The HUSK

Breathable Polo Boots | Irenita Air Boots for Horse Performance

Tue, 14 Apr 2026 12:00:40 GMT

Irenita Air Boots | Breathable Polo Boots for Peak Horse Performance

Upgrade Your Horse’s Performance Without Compromise

Your horse is working harder than you think.

Every stride, turn, and acceleration generates heat. Yet most traditional polo boots trap it—leading to discomfort, fatigue, and reduced performance over time.

The result? A performance ceiling you didn’t realise was there.

Irenita Air Boots are designed to remove it. SHOP HUSK AIR IRENITA BOOTS

Why Traditional Polo Boots Limit Performance

Most horse boots focus on protection—but ignore airflow.

This leads to:

Heat build-up during play
Reduced comfort and increased fatigue
Restricted movement from bulky materials
Lower performance across chukkas

If your boots hold heat, your horse is already working against its own gear. SHOP HUSK AIR IRENITA BOOTS

The Solution: Breathable, Lightweight Polo Boots

Irenita Air Boots – Built for Real Match Conditions

Unlike traditional designs, Irenita Air Boots combine:

Maximum airflow → Keeps legs cooler during play
Lightweight protection → Reduces strain and fatigue
Freedom of movement → Supports natural performance
Match-ready durability → Built for polo demands

Because elite performance starts with comfort, temperature control, and mobility . SHOP AIR IRENITA SPORT BOOTS

Performance Without Compromise

Every detail matters when you're on the field.

From the first chukka to the last, your equipment should enhance performance—not hold it back.

Irenita Air Boots deliver:

Protection and breathability
Strength and flexibility
Innovation and reliability

Built for the field. Refined for the game.

Tested, Refined, Proven in Polo

From design to field, every pair is:

Rigorously tested in real polo conditions
Continuously refined for performance
Engineered with purpose

This is not just gear—it’s performance technology for modern polo.

What Riders Are Saying

“I noticed the difference straight away.”

Less heat
Better movement
More comfort

When your horse feels the difference, performance follows.

Why Riders Don’t Go Back

Still using boots that trap heat?

That’s where performance starts to drop.

Once you switch to breathable horse boots, you’ll notice:

Increased stamina
Improved movement
Greater comfort under pressure

And once you feel it—you don’t go back.

Designed for Modern Polo Players

Today’s game demands more—from both horse and rider.

You shouldn’t have to choose between:

Protection or breathability
Performance or comfort

With Irenita Air Boots, you get both.

Shop Irenita Air Boots

Give your horse the advantage it deserves. SHOP HERE

�� Shop now
�� Or DM “AIR” for expert sizing advice

FAQ: Choosing the Right Polo Boots

Are breathable horse boots better for performance?

Yes. Breathable boots reduce heat build-up, improving comfort, stamina, and overall performance during matches.

Do lightweight boots still provide protection?

High-quality lightweight boots like Irenita Air Boots are engineered to deliver protection without restricting movement.

Why do polo horses need airflow in boots?

Polo is a high-intensity sport. Airflow helps regulate temperature, preventing overheating and fatigue.

Join the Conversation

Do you prioritise protection or breathability when choosing polo boots?

Or do you expect both?

Horse Leg Protection for Polo: Essential Safety Guide

Thu, 09 Apr 2026 13:58:37 GMT

The Science Behind The Husk’s Patented Technology

The Husk was born out of a real-world necessity. When the founder's Thoroughbred, Tia, developed lymphangitis due to the heat and bacteria trapped by standard neoprene boots, it became clear that the industry needed a revolution. We didn't just want to make another boot; we wanted to create a solution backed by science. Our products are tested under strict veterinary surgeon supervision, utilizing thermal imaging to prove that our boots keep legs cooler than any traditional alternative.

Our patented 3D mesh technology provides a multi-layered approach to safety. The outer layers are tough enough to deflect mallet strikes and resist abrasions, while the internal structure is designed to facilitate a constant flow of air. This prevents the 'swelling' often seen after a game and ensures that the horse's skin remains healthy and free from the rubs or sores that can sideline a pony for weeks. We believe that by combining engineering with equine biology, we can provide the best possible horse leg protection for polo.

Made in the UK: Quality and Sustainability

Quality control is paramount when lives are on the line. Since 2021, all of our products have been sourced and manufactured right here in the UK. This local approach gives us direct access to our manufacturers, ensuring that every stitch meets our rigorous standards. We don't believe in mass-producing gear in distant factories; we believe in craftsmanship and accountability. This proximity allows us to respond quickly to the needs of the polo community and maintain a level of quality that is simply not possible with overseas manufacturing.

Furthermore, sustainability is at the heart of what we do. We utilize up-cycled fabrics wherever possible and work tirelessly to minimize off-cut waste. By producing locally, we dramatically reduce our carbon footprint, avoiding the environmental cost of long-distance shipping from Asia. When you choose our polo horse boots, you aren't just protecting your pony; you are supporting a business that is kind to the planet and committed to boosting the home economy. It is a choice that reflects a commitment to excellence in every aspect of the sport.

Choosing the Right Gear for Your Team

Selecting the right horse leg protection for polo is a decision that should be made with both the horse and the player in mind. For professional teams, consistency and reliability are key. Having gear that can be easily cleaned, dried, and reapplied between chukkas is essential for a busy match day. Our boots are designed for easy maintenance, ensuring they remain hygienic and effective throughout the season. If you have questions about which style is best for your string, you can always Contact Us for expert advice.

Protecting Your Polo Pony: Key Takeaways

Investing in the right equipment is the most effective way to ensure your polo ponies remain sound and competitive for years to come. By prioritizing impact protection and breathability, you are addressing the two most significant risks on the polo field.

Prioritize Breathability: Avoid neoprene and choose materials that allow for heat dissipation.
Check for Mallet Resistance: Ensure the strike zone is robust enough to handle high-velocity impacts.
Maintain Proper Fit: A slipping boot can cause more harm than good; ensure a secure, ergonomic fit.
Support Sustainability: Choose UK-made products to reduce environmental impact and ensure quality.
Monitor Tendon Heat: Use boots that are vet-tested and proven to maintain lower leg temperatures.

Ultimately, the safety of the horse is the foundation of the sport of polo. By providing the best horse leg protection for polo, we honor the incredible athletes that make this game possible, allowing them to perform at their peak while staying healthy and protected.

What features should you look for in polo horse boots?

Not all protective gear is created equal. When selecting horse leg protection for polo, players must look beyond aesthetic appeal and focus on functional engineering. The requirements for polo are far more stringent than those for general schooling or leisure riding. Because the sport is so intense, the gear must be able to perform under extreme pressure without compromising the horse's natural movement or health.

Maximum Impact Protection: The boots must have a reinforced strike zone capable of deforming to absorb energy from mallets and hooves.
Full Coverage: Protection should wrap around the entire circumference of the leg to guard against lateral and medial impacts.
Lightweight Construction: Heavy boots increase the effort required for every stride, leading to faster fatigue and reduced speed.
Secure Fit: High-speed turns and deep turf require a fastening system that will not slip, even when wet or muddy.
Extreme Breathability: This is perhaps the most overlooked feature, yet it is vital for preventing tendon degradation during exercise.

At The Husk , we emphasize that a boot is only as good as its ability to manage the microclimate around the horse's leg. While protection is the primary goal, it should never come at the cost of the horse's physiological wellbeing. This is why we have pioneered patented technologies that allow for massive airflow while still providing the rugged protection required for elite-level polo matches, such as those seen at Toulston Polo Club .

Why is heat a major risk for equine tendons?

One of the most dangerous hidden threats to a polo pony is thermoregulation—or the lack thereof. During high-intensity exercise, the tendons in a horse's leg generate a significant amount of heat. If this heat is trapped against the leg by thick, non-breathable materials like traditional neoprene, the temperature within the tendon can rise to levels that actually begin to kill off collagen cells. This process, known as 'cooking' the tendons, significantly weakens the structure and is a leading cause of tendonitis.

Traditional bandages and many standard boots act as insulators. While they may offer some impact protection, they create a 'greenhouse effect' that can lead to overheating within minutes of starting a chukka. This is a critical concern in polo, where horses are expected to perform in short, explosive bursts of energy. Science has shown that even a few degrees of temperature increase can have a detrimental effect on the longevity of a horse's career. This understanding is the cornerstone of Husk Technology & Environment research.

Why is breathability the key to long-term soundness?

Breathability is the solution to the heat-retention problem. A truly breathable boot allows for 'convective cooling,' where the movement of the horse through the air creates a flow that carries heat away from the leg. In the context of horse leg protection for polo, this means using materials that have an open-weave or 3D-spacer structure. These materials do not just have 'vent holes'; they are inherently permeable to air and moisture across their entire surface area.

By keeping the tendons cool, we ensure that the collagen fibers remain strong and elastic. This elasticity is what allows a polo pony to land safely after a jump or push off for a sprint. When the leg stays cool, the horse feels more comfortable and is less likely to suffer from heat-related fatigue. For any serious player, ensuring that their FOR TEAMS equipment prioritizes thermoregulation is just as important as the mallet they choose to play with.

Horse leg protection for polo is essential to prevent career-ending injuries caused by high-impact mallet strikes, collisions, and extreme physical strain. Protective polo horse boots absorb shock, shield delicate tendons from accidental contact, and provide the necessary support for high-speed turns and sudden stops on the field.

Why is horse leg protection for polo so critical?

Polo is widely regarded as one of the fastest and most physically demanding sports in the equestrian world. The combination of high-speed gallops, sharp pivoting turns, and the close proximity of other horses creates an environment where injury is not just a possibility, but a constant threat. For the polo pony, the lower limbs are the most vulnerable area. These thin, delicate structures support a massive amount of weight while moving at speeds of up to 35 miles per hour. Without adequate horse leg protection for polo, a single misstep or a wayward mallet could result in a permanent, life-altering injury for the horse.

The role of a polo pony is unique. Unlike a dressage horse or a show jumper, a polo pony must engage in a high level of physical contact. 'Bumping' is a standard part of the game, where players use their horses to push opponents off the line of the ball. This contact often involves leg-to-leg friction or impact. When you combine this with the volatility of a polo mallet swinging at full force, the necessity for robust, high-performance gear becomes clear. Protecting these equine athletes is not just about performance; it is a fundamental welfare requirement for every player and owner.

Common Risks to Polo Ponies on the Field

To understand why we invest so heavily in protective technology at The Husk , one must first appreciate the specific hazards that occur during a typical chukka. The polo field is a chaotic environment where several high-risk factors converge simultaneously. Understanding these risks is the first step in mitigating them through superior equipment selection.

Mallet Strikes: A full-force swing of a polo mallet carries significant kinetic energy that can easily fracture bone or crush soft tissue.
High-Speed Collisions: Known as 'bumping,' these maneuvers involve direct body and leg contact between horses at high velocity.
Sudden Stops and Turns: The extreme torque placed on tendons and ligaments during a sliding stop or a 180-degree turn is immense.
Ball Impact: A polo ball is hard and travels at incredible speeds; a direct hit to an unprotected cannon bone can cause severe bruising or chips.
Ground Surface Variability: Uneven turf or slippery conditions can lead to overreaching, where the hind hoof strikes the back of the front leg.

Each of these risks can lead to varying degrees of injury, from minor skin abrasions to catastrophic tendon ruptures. By using specialized polo horse boots, owners can provide a buffer that absorbs the energy of these impacts, spreading the force across a wider surface area and shielding the underlying structures from direct trauma.

How do mallet strikes affect a pony’s performance?

A mallet strike is perhaps the most distinctive risk in polo. Unlike other disciplines where the horse is primarily managing its own body, a polo pony must contend with external objects moving at high speed. When a mallet head strikes the lower leg, the immediate result is often acute pain, which can cause the horse to break its stride, lose focus, or even stumble. In a game where split-second reactions are everything, this loss of performance can be the difference between winning and losing a chukka.

Beyond the immediate impact, the long-term effects of mallet strikes are even more concerning. Repeated minor trauma to the periosteum (the membrane covering the bone) can lead to 'splints' or bony growths that cause ongoing lameness. Furthermore, a strike to the superficial digital flexor tendon can cause internal bleeding and scarring, which reduces the elasticity of the tendon. This loss of elasticity makes the pony far more susceptible to a complete 'bowed tendon' in the future. High-quality horse leg protection for polo is designed specifically to withstand these high-energy impacts, acting as a suit of armor for the pony's most vital assets.

How to Choose Best Boots for Your Horse

Thu, 09 Apr 2026 13:31:21 GMT

How to Choose the Best Horse Boots for Your Horse

Choosing the right horse boots can be confusing, with so many options available. But selecting the correct horse leg protection is essential for both performance and injury prevention.

Step 1: Understand Your Discipline

Different disciplines require different protection:

Eventing → High-impact, all-round protection
Show jumping → Lightweight + impact resistance
Dressage → Lightweight + flexibility
Polo → Full coverage + durability

Choosing discipline-specific equestrian leg protection is key. SHOP HERE

Step 2: Look for Tested Materials

One of the most overlooked factors is whether the boots are actually tested.

Many products make claims—but few provide performance-tested horse leg protection .

HUSK stands apart by using materials tested for real impact performance , giving riders confidence in their choice.

SHOP HUSK

Step 3: Prioritise Fit and Comfort

Poorly fitted boots can:

Slip during movement
Cause rubbing
Reduce effectiveness

Look for:

Secure fastening
Anatomical fit
Comfortable lining

Step 4: Balance Protection and Weight

Heavy boots can restrict movement, while overly light boots may lack protection.

The best horse boots UK riders choose balance:

Lightweight feel
Effective impact absorption

Step 5: Choose a Trusted Brand

Not all brands are equal. Look for:

Proven materials
Modern design
Positive rider feedback

HUSK combines all three, offering trusted horse leg protection built for performance.

Final Thoughts

The right horse leg protection boots protect your horse, improve confidence, and support performance.

HUSK offers:

Performance-tested materials
Lightweight, modern design
Reliable protection for all disciplines

Shop H U SK Horse Boots

Explore advanced horse leg protection at thehusk.co.uk and find the right protection for your horse.

Best Horse Leg Protection UK | Performance-Tested Horse Boots | HUSK

Mon, 06 Apr 2026 14:01:24 GMT

Why Leg Protection for Horses Matters – And How H U SK Is Redefining the Standard

In the realm of equestrian sport, success hinges not only on the rider but also on safeguarding the horse. Whether you are participating in show jumping, eventing, dressage, or simply training at home, leg protection for horses is absolutely vital. A horse's legs are not only powerful but also susceptible to impact, strain, and injury.

At HUSK, we believe that horse leg protection should transcend mere coverage—it should actively perform, protect, and be proven effective.

The Importance of Horse Leg Protection

The lower legs of a horse contain minimal muscle and are heavily reliant on tendons and ligaments, rendering them particularly vulnerable to:

- Impact from fences or obstacles

- Strikes from opposing legs (such as brushing or overreaching)

- Repetitive strain during training routines

- High-speed collisions during competition

Without appropriate protective boots, even minor bumps can result in significant injuries and time away from work. Thus, investing in high-quality horse leg protection is not just advisable—it's essential.

The Drawbacks of Traditional Horse Leg Protection

A number of horse boots and leg protection products currently available have not kept pace with the demands of modern sport. Common issues include:

- Bulky boots that inhibit movement

- Overheating materials that compromise performance

- Poor fitting that leads to slippage or chafing

- Unverified materials that offer little assurance of genuine protection

Often, these products prioritise aesthetics or tradition over performance.

What Sets HUSK Horse Leg Protection Apart?

At HUSK, we prioritise performance above all in our equestrian leg protection. SHOP HUSK

1. Reliable, Performance-Tested Materials

In contrast to many conventional options, HUSK horse boots are constructed with materials rigorously tested for performance. We assess how our materials react to impact, ensuring they deliver genuine protection under actual conditions rather than just theoretical advantages. This commitment makes HUSK a trusted option for riders seeking reliable horse leg protection.

2. Featherlight Design for Unrestricted Movement

Our lightweight horse leg protection enables complete freedom of movement, allowing your horse to perform naturally and without hindrance.

3. Superior Impact Protection

HUSK products are meticulously designed to absorb and disperse impact, safeguarding against knocks, strikes, and high-impact collisions. Perfect for riders in need of robust protection for horse legs during both training and competition.

4. Secure, Comfortable Fit

Our comfortable horse boots are engineered to remain securely in place without slipping or causing discomfort. After all, protection is effective only when it stays right where it’s needed.

5. Crafted for Modern Equestrian Demands

Whether for show jumping or eventing, HUSK provides top-notch horse leg protection tailored to the challenges of contemporary competition.

Why Riders Are Opting for HUSK

An increasing number of riders in the UK are searching for superior horse leg protection, and HUSK is their top choice for a reason. We offer:

- Performance-tested equestrian materials

- Lightweight, breathable designs

- Dependable protection for horse legs

- Innovative solutions ready for competition

In a marketplace dominated by tradition, HUSK stands out with evidence-based performance.

SHOP HUSK

The Confidence Factor – For Horse and Rider

The ideal horse leg protection boots not only safeguard—they instill confidence. When you trust your gear:

- You ride with greater focus

- Your horse moves more freely

- You achieve peak performance

HUSK aims to instill confidence for both horse and rider through protection that is tried and trusted.

Final Thoughts: Elevate Your Horse’s Protection & Performance

If you’re relying on outdated or unproven gear, you may be jeopardising your horse's safety. HUSK provides:

- Advanced horse leg protection

- Performance-tested materials

- Lightweight, comfortable fit

For those seeking the ultimate horse leg protection in the UK, HUSK is raising the bar.

Shop HUSK Horse Leg Protection

Browse high-performance horse boots and leg protection at thehusk.co.uk and experience protection that’s built, tested, and trusted.

Why Horse Leg Protection Matters: The HUSK Standard

Thu, 02 Apr 2026 16:04:46 GMT

What are the best boots for show jumping and eventing?

Different disciplines require different types of horse leg protection. In show jumping, the focus is often on protecting the front tendons from the hind hooves during take-off and landing, as well as shielding the fetlocks from hitting the poles. Here, a tendon boot with a hard outer shell and a breathable lining is ideal. For eventing, particularly the cross-country phase, the needs are even more demanding. The horse needs full-round protection from solid obstacles, water, and varying terrain. The boots must be durable enough to withstand high-impact strikes while remaining light and breathable over long distances.

At HUSK, we offer a range of boots tailored to these specific needs. Our designs provide 360-degree protection without the bulk. Because our materials are so efficient at managing heat and impact, we can offer slimmer, more ergonomic profiles that don't interfere with the horse's natural gait. Whether you are hacking out on the weekend or competing at an international level, you can find the perfect fit in our SHOP FULL RANGE . Choosing the right boot is about understanding the specific risks of your discipline and matching them with the right level of technical support.

The HUSK Advantage: Science-Backed Innovation

Innovation at HUSK is never based on guesswork. Our products are tested under the strict supervision of veterinary surgeons. We utilize thermal imaging to monitor how our boots affect the leg's temperature in various conditions, ensuring that our claims of breathability are backed by visual proof. We also conduct extensive case study reviews with professional riders across all disciplines to ensure that our gear performs in the real world, not just the lab. If you have technical questions, our FAQ's page provides deeper insights into our testing protocols.

The genesis of HUSK was deeply personal. It was born when our founder’s Thoroughbred, Tia, developed lymphangitis caused by traditional neoprene boots. The resulting permanent scarring was a heartbreak that sparked a revolution in horse wear. We didn't just want to make another boot; we wanted to make a boot that would never cause the harm that Tia suffered. This commitment to 'Science Backed' and 'Kind to the Planet' remains at the heart of every HUSK product today. We invite you to Contact Us to discuss the specific needs of your horse and how our technology can help.

Why should you choose HUSK for daily training?

Many riders only think about horse leg protection on competition days, but the reality is that the vast majority of injuries happen during routine training. Daily exercise is where the cumulative effects of heat and repetitive impact take their toll. Using HUSK boots for every ride ensures that your horse's legs are always kept at an optimal temperature and shielded from accidental strikes. Our boots are incredibly easy to maintain—simply wash them down and they dry in minutes, ready for the next day's work. By making HUSK a part of your daily routine, you are making a long-term investment in your horse's health and career longevity.

Breathability: Superior airflow keeps tendons cool.
Durability: High-quality UK manufacturing ensures long-lasting use.
Sustainability: Feel good about using eco-friendly, upcycled materials.
Science-Backed: Tested under veterinary supervision for your peace of mind.
Impact Protection: Patented tech absorbs shocks effectively.

In conclusion, horse leg protection is a non-negotiable part of modern horse care. By choosing HUSK, you are opting for a product that balances mechanical safety with physiological health. Protect your horse's future with the science of breathability and the quality of UK-made innovation. Browse our collection today and see why we are setting the new standard in equine protection.

How does HUSK technology improve horse health?

The secret to the HUSK approach lies in our patented 3D mesh technology. Unlike solid materials that block air, our fabric is engineered to maintain a structural gap between the outer layer and the horse's skin. This gap acts as a conduit for air to flow through, driven by the horse’s movement. As the horse gallops, air is literally pumped through the boot, wicking moisture and heat away from the leg in real-time. This is the cornerstone of Husk Technology & Environment , ensuring that performance never comes at the cost of physiological health.

Furthermore, our boots are designed to be incredibly lightweight. Traditional boots can become heavy when wet, adding unnecessary weight to the limb which increases fatigue and the likelihood of stumbling. HUSK boots do not hold water; they are non-absorbent, maintaining their feather-light profile whether you are riding through a puddle or a heavy rainstorm. This combination of impact absorption and thermoregulation sets a new industry standard for equine safety.

Prevents thermal-induced tendon cell death.
Maintains consistent airflow throughout exercise.
Lightweight design reduces limb fatigue.
Impact-resistant layers for maximum strike protection.
Quick-drying material prevents skin scald and fungal issues.

Sustainable Protection: Made in the UK

Sustainability is not just a buzzword at HUSK; it is a core value that dictates our manufacturing processes. Since 2021, we have been committed to creating our products right here in the UK. This decision was driven by two factors: quality control and environmental responsibility. By keeping production local, we have direct access to our manufacturers and suppliers, allowing for meticulous oversight of every stitch and seam. You can learn more about our journey on our About HUSK page.

We utilize upcycled fabrics wherever possible, turning industrial waste into high-performance equestrian gear. Our manufacturing process is specifically designed to minimize off-cut waste, ensuring that we respect the planet as much as we respect the horse. By avoiding long-distance shipping from Asia or the Far East, we have significantly reduced our carbon footprint. This localized approach not only supports the home economy but also ensures that our customers receive a product that is ethically made and of the highest possible quality. When you choose HUSK, you are investing in a product that cares for your horse and the environment.

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Effective horse leg protection safeguards the lower limbs, which consist of vulnerable tendons and bone with very little muscle or fat for padding. High-quality protection prevents impact injuries from strikes or overreaching, while advanced ventilation maintains optimal temperatures to prevent tendon degradation and ensure long-term soundness in athletic horses.

Why is horse leg protection essential for performance?

For any equestrian athlete, the legs are the foundation of everything they achieve. Whether performing a sliding stop in reining, clearing a 1.50m oxer, or navigating the complexities of a grand prix dressage test, the strain placed on a horse’s lower limbs is immense. Horse leg protection serves as a critical barrier against physical trauma. Unlike humans, a horse’s lower leg below the knee or hock contains no muscle; it is a complex system of tendons, ligaments, and bone. This means that a single strike from a hoof or a hard surface can cause permanent damage, as there is no soft tissue to absorb the blow.

Mechanical protection is the most obvious benefit. During high-intensity training, horses can easily 'brush' (where the legs strike each other) or 'overreach' (where the back hoof strikes the front heel). These incidents often lead to hematomas, split skin, or even fractures in extreme cases. By using high-quality horse leg protection, riders can mitigate these risks, allowing the horse to focus on its task with confidence. When a horse feels protected and balanced, its willingness to perform at its peak increases significantly, knowing that its most vital tools are shielded from accidental harm.

The Hidden Danger: How Overheating Affects Tendons

While physical protection is vital, the equestrian world is beginning to understand a much more subtle but dangerous threat: heat. Traditional boots, often made from neoprene or thick foams, act as an insulator. During exercise, the core temperature of the superficial digital flexor tendon (SDFT) can rise dramatically. Research has shown that temperatures exceeding 45 degrees Celsius can lead to fibroblast death—literally killing the cells within the tendon. This thermal-induced degradation weakens the structure over time, making it far more susceptible to bows and tears.

This is where many standard products fail. They provide the strike protection but trap the heat, essentially 'cooking' the tendons during a strenuous workout. Effective horse leg protection must be breathable. It is not enough to simply have a few air holes; the entire material structure should facilitate continuous airflow. At HUSK, we recognized this danger early on. Our mission shifted from simply covering the leg to creating a micro-climate where heat can escape as quickly as it is generated. By keeping the tendons cool, we aren't just protecting against today’s knock; we are protecting against next season’s injury.

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HUSK Temperature Test: Why Breathable Horse Boots Matter

Tue, 31 Mar 2026 11:00:51 GMT

Results: Competitive Heat Dissipation Analysis

In our most recent comparative analysis, the data revealed a staggering difference in cooling rates. After 20 minutes of intense work, the temperature under the neoprene boot was on average 4 to 6 degrees Celsius higher than under the HUSK boot. More importantly, the cooling-down phase was significantly faster with HUSK. Within 5 minutes of removing the boots, the HUSK-protected leg had returned to a near-resting temperature, while the neoprene-protected leg remained in the "danger zone."

This data is vital for riders who care about the longevity of their horses. Chronic overheating of the tendons can lead to a degradation of the collagen fibers, making the horse more prone to bows and tears. By choosing HUSK, you are actively choosing a preventative measure that goes beyond simple padding. Our science-backed approach is what sets us apart in a crowded market of traditional equestrian gear.

Can breathable boots prevent long-term leg injuries?

Yes, by mitigating the primary risk factors associated with traditional leg protection. Beyond the heat issue, the breathability of HUSK products helps prevent skin conditions that can lead to scarring and permanent damage. When Tia, our founder's horse, developed lymphangitis due to neoprene boots, it was a wake-up call. The skin needs to breathe to remain healthy. When sweat and heat are trapped, the skin's natural barrier is compromised, allowing bacteria to enter and cause significant inflammation.

By using HUSK, you are maintaining the integrity of the skin and the underlying soft tissue. Our products are also incredibly easy to maintain, which further supports leg health. We recommend learning How to Clean your boots regularly to ensure the mesh pores remain open and functional. Clean equipment is a critical component of any horse health regimen.

Why our UK-made technology leads the market

Sustainability and performance are not mutually exclusive. At HUSK, we use up-cycled fabrics to maximize our environmental responsibility. By manufacturing in the UK, we drastically reduce our carbon footprint compared to brands that manufacture in the Far East. This local production also allows us to implement veterinary-led improvements almost instantly. We are not just making horse wear; we are innovating equine safety through a combination of patented technology and British manufacturing excellence. With our fabrics meeting IMPACT ISO test requirements, we are confident that not only do our fabrics manage temperatures, they also protect from impact.

Summary of the H U SK Temperature Test Findings

HUSK boots are consistently 4-6°C cooler than neoprene.
Thermal recovery is up to 50% faster with 3D mesh.
Patented technology prevents the "greenhouse effect" on tendons.
UK-made quality ensures reliable performance under stress.
Veterinary-supervised testing validates all heat dissipation claims.

Choosing the right protection for your horse involves looking past the aesthetics and focusing on the science. The HUSK temperature test proves that our approach to breathability is a game-changer for horse health. If you are looking to upgrade your current setup, we invite you to explore our SHOP FULL RANGE to find the perfect fit for your discipline.

The Science of Equine Thermography and Leg Protection

Our testing methodology is rooted in veterinary science. We utilize high-resolution thermal imaging cameras to track heat signatures in real-time. This process is conducted under veterinary surgeon supervision to ensure that the findings are both accurate and medically relevant. Thermography allows us to see the invisible—the gradual climb of temperature under a boot that might otherwise appear perfectly safe to the naked eye.

During a typical test, a horse is worked under controlled conditions wearing a HUSK boot on one leg and a leading competitor's neoprene boot on the other. After a set period of exercise, the boots are removed, and immediate thermal scans are taken. The results consistently show a "heat bloom" on the leg covered by the competitor's boot, whereas the leg protected by HUSK shows a much more even and lower temperature distribution. This is the hallmark of our HUSK Technology & Environment focus.

How does H U SK compare to perforated neoprene horse boots?

The primary difference lies in the material architecture. Neoprene is a solid synthetic rubber that blocks airflow. In contrast, HUSK uses a patented 3D mesh technology. This mesh creates a physical space between the outer environment and the horse's skin, allowing air to circulate freely. When the horse moves, the pumping action of the limb actually helps to push hot air out and pull cool air in.

Material: Neoprene is closed-cell; HUSK is open-mesh.
Heat Retention: Neoprene traps heat; HUSK dissipates it.
Moisture Management: Neoprene holds sweat; HUSK allows evaporation.
Weight: Neoprene gets heavy when wet; HUSK remains lightweight.
Hygiene: Neoprene can harbor bacteria; HUSK is easy to clean.

Because HUSK materials are sourced and manufactured in the UK, we have direct oversight of the quality. This ensures that every boot meeting our rigorous standards also meets the expectations of top-tier competitive riders. You can see our full range of solutions by visiting the SHOP FULL RANGE section of our site. Each product is built with this same commitment to thermal safety.

The HUSK temperature test confirms that patented HUSK breathable horse boots maintain significantly lower tendon temperatures than standard neoprene and perforated boots. By allowing heat to dissipate through advanced 3D mesh layers, HUSK reduces the risk of overheating, prevents permanent scarring, and ensures rapid thermal recovery during intense equestrian activities.

Why is the HUSK temperature test important for horses?

For competitive horse riders, understanding the thermal impact of protective gear is a matter of long-term health and peak performance. The horse's lower leg, specifically the superficial digital flexor tendon, is highly susceptible to heat-induced injury. During strenuous exercise, these tendons can reach temperatures that lead to cellular damage if the heat is trapped by non-breathable materials. The HUSK temperature test was designed to provide empirical evidence on how different materials influence this thermal buildup.

Neoprene and foam, common materials in traditional boots, acts as an insulator. While it provides excellent impact protection, its closed-cell structure creates a greenhouse effect against the horse's skin. This trapped heat can lead to conditions like lymphangitis, as experienced by the founder's horse, Tia. Our comparative study uses thermal imaging to visualize exactly where heat accumulates and how quickly it can escape when the horse is in motion and at rest.

By prioritizing thermal regulation, we don't just protect the leg from strikes; we protect the internal structures from the silent threat of heat. This is especially critical for high-performance disciplines like eventing, polo, and show jumping, where the physical demands on the tendons are at their peak. At The H U SK , we believe that data-driven design is the only way to ensure the safety of our equine partners.

Key Benefits of Thermal Regulation

Reduces the risk of tendon cell death (hyperthermia)
Prevents localized skin irritation and sweating
Speeds up recovery times after intense schooling
Minimizes the chance of secondary infections like lymphangitis
Maintains consistent performance in hot climates

The Oldest Horse Tendon Heat Studies

Mon, 09 Mar 2026 17:12:16 GMT

Studies on heating of tendons since 1994.....

The earliest and most foundational studies on the heating of horse tendons, specifically the Superficial Digital Flexor Tendon (SDFT), established that these structures experience significant in vivo hyperthermia during exercise, often reaching temperatures high enough to cause cell death (45°C or higher).

Key Oldest/Foundational Studies:

Wilson and Goodship (1994): This is widely cited as one of the earliest, most critical studies measuring the heat produced inside tendons in vivo. Their work established that the core temperature of the SDFT can reach 45°C during high-speed locomotion, contributing to degenerative changes in equine athletes. They identified the relationship between tendon strain/hysteresis and heat generation.
Birch et al. (1997): This study built upon the finding of high heat, demonstrating that temperatures of 45°C–48°C for as little as 10 minutes result in a rapid decline in tendon fibroblast (tenocyte) activity, leading to cell death.
Yamasaki et al. (2001): Further in vitro studies confirmed that only 27% of tenocytes survive exposure to 45°C for 10 minutes, validating the high sensitivity of tendon cells to heat. National Institutes of Health (NIH) | (.gov)
+3

Core Findings of Early Research:

Hyperthermia Source: Tendon heat is a result of energy lost (hysteresis) as the collagen fibers stretch and recoil, not just friction.
Critical Temperature: Core temperatures of the SDFT can reach 45°C (113°F) during galloping.
Cellular Impact: Temperatures over 42.5°C (108.5°F) cause microdamage to tendon cells, and sustained temperatures of 45°C-48°C cause rapid cell death, leading to central core degeneration.
Equine-Human Parallel: The equine SDFT is considered a model for the human Achilles tendon regarding heat-induced injury. National Institutes of Health (NIH) | (.gov)
+4

These foundational studies paved the way for modern research into how protective boots, wraps, and exercise regimes impact tendon health through heat retention.

Effect of Bandages & Tendon Boots on Skin & Tendons

Thu, 05 Mar 2026 13:51:10 GMT

Surprisingly research on the topic of heating of tendons has been taking place since 1995, yet still the equestrian sport continues to over look the value of mitigating this risk by continuing to use products that insulate tendons. The reasons baffle me, but over the time I have isolated a few reasons as to why this might be happening:

- Fashion/trending brands

- Lack of knowledge

- Lack of importance placed on long term well being over immediate impact

- Companies prioritising sales over substance

I feel quite controversial making these bold statements, but I think it's time to make bold statements to trigger greater awareness of a negative situation that has very simple solutions.

Today, and in the coming future, I will site studies that have been carried out to demonstrate the effects of insulating leg protection on horse and pony tendons, as well as what the effects mean to the future wellness of equines. Hopefully by amalgamating the research on our website, we will build a strong case to demonstrate a strong case for the need to make changes in how we protect our horses and ponies, and the key features that we need to look for in a product to provide the most effective protection.

Today I site:

Effect of a bandage or tendon boot on skin temperature of the metacarpus at rest and after exercise in horses

Simone Westermann Dr med vet, Viola Windsteig BSc, Johannes P. Schram Dr med vet, and Christian Peham Prof Dr techn

Abstract

Objective —To determine the skin temperature of the metacarpus in horses associated with the use of bandages and tendon boots, compared with the bare limb, at rest and after 20 minutes of lunging.

Animals —10 adult horses.

Procedures —Skin temperature on the bare metacarpus of both forelimbs was measured at rest and after lunging. Subsequently, a bandage was applied to the left metacarpus and a tendon boot to the right metacarpus and skin temperature was measured at rest and after lunging. Skin temperature was measured with fixed sensors and thermographically.

Results —Mean ± SD skin temperatures of the bare metacarpi were 14.1 ± 2.4°C (left) and 14.1 ± 3.4°C (right) at rest, and 14.4 ± 1.8°C (left) and 13.6 ± 2.6°C (right) after exercise. Skin temperatures under the bandage were 15.3 ± 1.6°C at rest and 24.8 ± 3.6°C after exercise. Skin temperatures under the tendon boot were 15.3 ± 2.6°C at rest and 20.6 ± 2.9°C after exercise. Skin temperatures under the bandage and tendon boot were significantly higher after exercise than at rest. Skin temperatures at rest were not significantly different with a bare limb, bandage, or tendon boot.

Conclusions and Clinical Relevance —Skin temperature of the metacarpus in horses increased significantly during exercise but not at rest when a bandage or tendon boot was used. The authors speculate that both a bandage and a tendon boot accelerate the warmup phase of exercise. Further research should focus on the effects of warmup and maximum exercise on the temperature of other anatomic structures such as tendons.

The application of bandages and tendon boots to the distal aspect of the limbs of horses is widespread and performed for many reasons. Originally, bandages were developed for wound coverings, rehabilitation, and protection of limbs from injury during transport. 1 According to manufacturer's information, another reason for use of bandages and tendon boots is the achievement of a warming effect and improved perfusion of the distal aspect of the limbs at rest and during training exercises. 2,3 It is necessary to take into account that the type of materials, their composition, and correct application techniques are important for protection of anatomic structures by bandages and tendon boots. 4–6 Tendon boots are used in training and are applied during some horse competitions. Bandages and tendon boots are supposed to support the anatomic structures, reduce the maximum extension of the metacarpophalyngeal or metatarsophalyngeal (fetlock) joints and protect the limbs from fractures and trauma; however, there is little scientific data to support their value except in protection against direct trauma. 4,7,8 They might be useful if uncoordinated movements occur because of fatigue. 3,7,8

The temperature in the core of the SDFT at rest is approximately 37.8°C, whereas the tissue around the tendon is near body temperature at approximately 37°C. 9 However, exercise at high intensity is reported to raise the core temperature of tendons to a mean ± SD temperature of 43.3 ± 0.9°C (without applied bandages or tendon boots), which causes fibroblast death in vitro. Although the tendon fibroblasts seem to be remarkably heat resistant, high temperatures in the core of the tendon should be considered a risk factor for injuries. 9–12

An infrared camera detects infrared radiation emitted by the body surface and delivers a colored picture that correlates with the distribution of skin temperatures. 13–15 With an infrared camera (ie, thermography), it is possible to detect areas of high temperature and differences in the expected symmetric distribution pattern of the skin temperature of the limbs. 13–15 It allows the assessment of temperature noninvasively in a circumscribed region. Applied sensors measure temperature at a distinct spot on the skin surface or may be implanted percutaneously. 16,17 The latter method is rapid, accurate, and minimally invasive. 17

The accuracy of thermography is debated because ambient temperature and other external conditions, such as radiation from the sun or airflow, may influence the surface temperature of the skin. 14,18–20 Under well-defined conditions, however, this technique has high reproducibility. 21–24

To the authors’ knowledge, investigation of skin temperature with both sensors and thermography has not been performed before in horses. The objective of the study reported here was to compare the skin temperature of the metacarpus under a bandage or a tendon boot with that of a bare limb, at rest and after 20 minutes of lunging by use of sensors and thermography. The hypotheses were that there would be a greater increase in skin temperature associated with the use of bandages and tendon boots after exercise, compared with the bare limb, and that there would be no significant differences between skin temperatures associated with the use of bandages and tendon boots.

Materials and Methods

Animals —The institutional ethical committee of the University of Veterinary Medicine Vienna approved the study. Ten adult horses (4 geldings and 6 mares) of mixed breeds (7 warmblood horses, 2 ponies, and 1 Arabian) were used in this study. Mean ± SD age was 12 years ± 3.4 years (range, 7 to 20 years) and all horses were free of lameness and had no signs of acute illness or injury.

Experimental procedures —The skin temperature of the metacarpus of each horse was measured in 4 conditions: at rest with bare limbs; at rest with a bandage applied to 1 metacarpus and a tendon boot applied to the other metacarpus; after exercise with bare limbs; and after exercise performed with a bandage applied to 1 metacarpus and a tendon boot applied to the other metacarpus.

On the day of examination, the horses were kept for at least 30 minutes in a stall before the experiment started, with closed doors and windows to avoid exposure to draft or direct solar radiation. The horses were not groomed and received no bandages, tendon boots, or other treatments than those described in the protocol. In the stable, thermographic images ( Figure 1 ) were acquired in front of the stall after the ambient temperature of the stable and the adjacent riding hall were recorded with a commercial thermometer. a Thermographic images were acquired with a portable infrared camera b equipped with a 12.5-mm focal length lens, an uncooled microbolometer, and a focal plane array infrared detector with a spectral range from 7.5 to 14 μm. The emissivity was adjusted to 1.00. A bubble level was fixed to the camera to ensure horizontal orientation. Images were recorded from a distance of 1 meter, maintained with a distance keeper, from the lateral, medial, dorsal, and palmar aspects of the forelimb from the carpus distally.

A modified temperature data logger c (2 × 10 cm) with an external sensor was put into small pockets of denim and fixed with a hook-and-loop-fastener and adhesive tape to the metacarpus. The sensor (3 × 4 cm) was located on the skin of the medial aspect of the limb in the region of the suspensory ligament and flexor tendons between zones 1 and 2 of the ultrasonographic zone designations for the metacarpal regions. 25 The data logger recorded the temperature with a sample rate of 50 Hz with a resolution of 0.1°C. At first, a baseline measurement at rest was acquired during 5 minutes. After that, the sensors were removed, data were loaded from the data loggers to a laptop, and sensors and data loggers were fixed again as described. Then each horse was lunged in a riding hall by the same person for 20 minutes (5 minutes at the walk and 5 minutes at the trot in each direction). Immediately after exercise, the sensors, data loggers, and pockets were removed and the data were loaded directly from the sensors to the laptop; then, postexercise thermographic imaging was performed.

On the following day, the procedure started again with resting thermographic imaging before the application of the sensors and data loggers to the limbs. Then a bandage composed of 100% polypropylene fleece with incorporated ceramic particles e was attached to the left forelimb. It was wrapped, always by the same person, first in the middle of the metacarpus, then from the fetlock joint up to a point immediately distal to the carpus.

A closed tendon boot made of neoprene f (thickness, 5 mm) with a bilateral lamination (inside, synthetic fibers; outside, synthetic fiber-cotton mix) was attached distal to the carpus of the right forelimb. Each bandage and tendon boot enclosed the fetlock joint. The tendon boot was available in 2 sizes (small and medium) to allow for different sizes of the forelimbs. The tendon boot was closed on the lateral side of the metacarpus and fetlock joint with 3 hook and loop fasteners. After recording the temperature at rest, the horses were lunged in the same manner as the day before. Immediately after lunging, the bandage and tendon boot as well as sensors and data loggers were removed and thermographic imaging was performed.

The recordings of the data logger were analyzed with the graph software. g The minimum and maximum skin temperatures of the bare metacarpi and the skin temperatures associated with the bandage and tendon boots were determined both at rest and after exercise. The thermographic images were analyzed with analytic software. h Mean and maximum surface temperatures were calculated from polygonal regions of interest. One polygon circumscribed the lateral metacarpal region (termed X1), and the second polygon enclosed the fetlock joint (termed X2). The mean value was calculated from the pixel temperature data of the polygon from X1 and X2 of dorsal, palmar, lateral, and medial aspects of the limb.

Statistical analysis —All recorded data were analyzed with statistical software. j The distribution of the data was tested with the Kolmogorov-Smirnow test, which revealed a normal distribution. Mean ± SD minimum and mean ± SD maximum temperature values measured with the sensor and overall mean ± SD thermographic values and mean ± SD maximum thermographic values were compared by means of a paired t test. Differences between temperatures were compared by use of repeated-measures ANOVA. For all comparisons, values of P < 0.05 were considered significant.

Results

The mean ± SD ambient temperatures in the stable on days 1 and 2 were 6.1 ± 1.8°C and 6.4 ± 1.3°C, respectively. The mean temperatures in the riding hall on day 1 and 2 were 5.4 ± 3.1°C and 6.7 ± 2.1°C.

At rest, the mean minimum temperature determined with the sensor ( Table 1 ) was significantly higher for metacarpi with a bandage, compared with bare metacarpi, and significantly higher for metacarpi with a tendon boot, compared with bare metacarpi. Significant differences between metacarpi with bandages or tendon boots and bare metacarpi were also found after exercise. The mean minimum temperatures of the bare metacarpi at rest and after exercise were not significantly different, whereas the skin temperatures associated with bandages and tendon boots were significantly higher after exercise. After exercise, the temperature associated with a bandage was significantly higher than that associated with a tendon boot.

Table 1—Mean ± SD minimum and maximum skin temperatures measured with sensors on the left and right metacarpal region of 10 horses with a bare limb or with a bandage (left limb) and a tendon boot (right limb) at rest or after exercise.

Bare limbCovered limbVariableLeftRightBandage (left)Tendon boot (right) Rest Minimum (°C)6.34 ± 2.07 a 5.94 ± 2.09 a 7.82 ± 1.94 b , A 7.53 ± 1.83 b , A Maximum (°C)14.05 ± 2.37 a 14.07 ± 3.3515.33 ± 1.85 b , B 15.31 ± 2.60 B Exercise Minimum (°C)7.40 ± 1.47 a 6.51 ± 1.97 a 18.21 ± 3.80 b , c , C 15.50 ± 2.65 b , d , C Maximum (°C)14.41 ± 1.80 a 13.64 ± 2.6324.84 ± 3.60 b , D 20.57 ± 2.88 D

a–dWithin a row, values with different superscript lowercase letters differ significantly (P < 0.05).

A–DWithin a column, values with different superscript capital letters differ significantly (P < 0.05).

In contrast, analyses of the maximum temperatures determined with the sensors revealed only significant differences between bare metacarpi and bandaged metacarpi at rest and after exercise. The maximum temperatures associated with a bandage and a tendon boot were also significantly different between rest and after exercise ( Table 1 ).

Evaluation of the thermographically determined temperatures revealed no significant difference between the mean and maximum temperatures at rest among the 3 groups ( Table 2 ). In contrast, after exercise, a significant difference was detected between bare metacarpi and those with a bandage or a tendon boot for the mean and maximum temperatures of regions X1 and X2. After exercise, significant differences were detected for the mean and maximum temperatures between metacarpi with a bandage and a tendon boot for region X1. For region X2, only the mean temperatures differed significantly after exercise between metacarpi with a bandage and a tendon boot.

Table 2—Overall mean ± SD skin temperatures and mean ± SD maximum skin temperatures measured thermographically on the left and right metacarpal region (X1) and metacarpophalangeal (fetlock) joint region (X2) of 10 horses with a bare limb or with a bandage (left limb) and a tendon boot (right limb) at rest or after exercise.

Bare limb Covered limb X1X2X1X2VariableLeftRightLeftRightBandage (left)Tendon boot (right)Bandage (left)Tendon boot (right) Rest Mean (°C)8.67 ± 3.258.97 ± 3.588.34 ± 3.058.53 ± 3.6111.57 ± 3.1911.48 ± 3.0911.57 ± 3.5311.88 ± 3.82 Maximum (°C)11.55 ± 3.8211.65 ± 4.8410.17 ± 3.5410.07 ± 3.8013.63 ± 3.8413.86 ± 3.2413.66 ± 4.2013.51 ± 3.76Exercise Mean (°C)8.40 ± 2.03 a 8.80 ± 2.20 a 9.05 ± 2.05 a 8.93 ± 2.18 a 15.00 ± 3.59 b,c 13.14 ± 3.20 b,d 14.41 ± 4.11 b , A 13.54 ± 3.36 b , B Maximum (°C)12.04 ± 3.35 a 13.05 ± 3.97 a 12.38 ± 3.17 a 12.33 ± 3.01 a 18.91 ± 4.31 b,c 17.80 ± 3.97 b,d 18.02 ± 4.31 b 17.34 ± 4.30 b

A,BWithin a column, values with different superscript capital letters differ significantly (P < 0.05).

Discussion

The objective of this study was to determine skin temperature on the equine metacarpus at rest or after exercise with or without applied bandages or tendon boots. No significant differences were detected in skin temperature at rest and after exercising of the bare limb. Temperatures increased significantly when a bandage or a tendon boot was used during exercise. From these results, it can be hypothesized that the use of a tendon boot or a bandage increases the temperature of the skin during training. This should be verified in further studies.

Some new materials used in bandages and tendon boots seem to be quite effective for heat retention. The manufacturer of the bandage used in this study claims that incorporated ceramic particles reflect infrared radiation from the skin and contribute to a warming effect. 26

Reducing heat loss over the skin surface could be beneficial, particularly at low ambient temperatures that cause peripheral vasoconstriction. 27 The influence of ambient temperature on skin temperature has been reported. 24,28,29 In a previous study 24 with higher ambient temperature of 25.9° to 27.8°C, skin temperatures in horses at rest were 29.5° to 34.6°C. In the present study, the ambient temperatures in the stable and riding hall were quite low and the variations of the ambient temperature in the stable and riding hall (between 0.0° and 11.5°C) might have affected the results; this should be evaluated in further studies. The assumed beneficial effects should be verified in studies that elucidate the effects of increased temperature on the tendon tissue.

Although we measured the temperature of the skin, it can be assumed that the temperature of the underlying structures also increased. Moderate warmup exercise increases blood flow in tissues. 30 Increased blood flow can help to reduce the risk of injuries because of prolonged time to fatigue, which is a reason for tendon, muscle, and bone injury. 31–33

However; some authors suggest that heat development within the SDFT could cause tendon damage in horses during exercise. 9,10,12 It is not known whether heavy exercise performed with limb bandages or tendon boots is detrimental because of accumulation of heat in the limb. It can be hypothesized that the coverings decrease evaporation heat loss from the skin surface, resulting in a reduced cooling effect. Additionally, the core of the SDFT in horses is a hypovascular area in which heat removal might be compromised. The resulting hypoxia and insufficient cell metabolism might have detrimental effects on tendon cells. 34–37 In the present study, horses were not strenuously exercised, so intrinsic heating of the tendons likely did not occur, and no information on maximum skin temperature development at maximum exercise was obtained.

In the present study, no significant differences were detected in skin temperature at rest or after exercise in the bare metacarpus. In a previous study, 20 it was determined that airflow (evaporative heat loss) efficiently cools the skin of the distal aspect of the horses’ limbs. Therefore, in the present study, evaporative heat loss, particularly when horses were trotting, may have contributed to cooling of the skin surface in horses with bare metacarpi. Results of another study 38 indicated that exercise increases blood flow in the foot. It seems logical that increased blood flow should increase skin temperature, particularly under bandages, as occurred in our study. In that study, 38 however, exercise did not result in increased foot temperature in horses that were bandaged for up to 15 hours, compared with horses without a bandage. It can be speculated that the duration of bandaging, the location at which the temperature was measured (at the coronary band distal to the bandage vs under the bandage in the present study) or the ambient temperature (not indicated in the reported of the previous study 38 ) had an effect on the results of both studies.

In a previous study 20 in horses, it was determined that airflow efficiently cools the skin of the distal aspect of the limbs. Therefore, in the present study, evaporative heat loss, particularly when horses were trotting, may have contributed to cooling of the skin surface in horses with bare metacarpi.

In the present study, the temperature was measured with a sensor fixed on the skin as well as with an infrared camera. Thermography was performed to obtain information about the temperature distribution of the skin in the metacarpal region. The sensors could only determine skin temperature under the bandage or the tendon boot at certain locations, but their use yielded comparable information to that provided by thermography, although actual temperatures were different, likely because the sizes of the regions in which the temperature was determined were different and the skin temperature varied throughout the metacarpal region.

This study had additional limitations. The order in which the horses were examined was not randomized. Ideally, the direction of lunging, day of lunging, and assignment of left and right forelimbs to groups with or without bandages or tendon boots should have been randomized but were not. In addition, the results only apply to the forelimbs (vs the hind limbs) and the bandages and tendon boots used in the present study and would not necessarily be the same for other bandage or tendon boot materials or constructions.

In the present study, the skin temperature of the metacarpus did not increase significantly when bandages or tendon boots were applied during a period of rest but did increase significantly after exercise. Further studies should evaluate the possible beneficial effects of increased skin and tissue temperatures as well as the risk of overheating the tissues when bandages or tendon boots are used during strenuous exercise.

INTERESTED IN LEG PROTECTION TESTED AND PROVEN TO NOT ADD HEAT TO TENDONS:

CLICK HERE

ABBREVIATION

SDFTSuperficial digital flexor tendon

Hama GmbH & Co KG, Monheim, Germany.

VarioCam, Infratec GmbH, Dresden, Germany.

DL-121TH Voltcraft, Conrad Electronic SE, Hirschau, Germany.

Voltcraft, Conrad Electronic SE, Hirschau, Germany.

Back on Track GmbH, Moers, Germany.

TSM Fesselkopf Bandage, AET GmbH, Hallertau, Germany.

DL-120 TH Voltcraft, Conrad Electronic SE, Hirschau, Germany.

IRBIS, Infratec GmbH, Dresden, Germany.

PASW Statistics, version 17.0, IBM SPSS Statistics, Armonk, NY.

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36. Birch HL, Bailey AJ, Goodship AE. Macroscopic ‘degeneration’ of equine superficial digital flexor tendon is accompanied by a change in extracellular matrix composition. Equine Vet J 1998; 30:534–539.
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37. Langberg H, Olesen J, Skovgaard D. Age related blood flow around the Achilles tendon during exercise in humans. Eur J Appl Physiol 2001; 84:246–248.
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38. Dyson S, Lakhani K, Wood J. Factors influencing blood flow in the equine digit and their effect on uptake of 99m technetium methylene diphosphonate into bone. Equine Vet J 2001; 33:591–598.
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American Journal of Veterinary Research

Issue: 01 Apr 2014

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Clean Sport - HUSK & NAF Collaboration

Tue, 17 Feb 2026 20:06:37 GMT

H U SK & NAF COMMITMENT TO CLEAN SPORt.....

Our Commitment to Clean Sport

Clean Sport is important to all sport and we all have a responsibility to protect it. The regulations exist to protect the health and wellbeing of both horse and rider athletes. As official suppliers to the British Equestrian Teams, partners of numerous governing bodies and as dedicated horse advocates, NAF take Clean Sport incredibly seriously. For over 40 years, NAF have proudly maintained a clean record with no positive tests on our products.

Surpassing High Expectations

NAF & HUSK are 100% committed not only to meeting, but surpassing the high expectations of Clean Sport requirements.

Monitored by Our Chemists

NAF's chemists monitor all formulations from pilot batches to finished product. With fully documented HACCP control procedures that ensure consistently safe products with full traceability.

Extra mile for Quality

NAF's products are sold in tamper evident pots and when it comes to quality we will always go the extra mile.

Quality That Goes The Extra Mile

We are immensely proud to be working with NAF, and that in over 40 years, no NAF product has ever led to a positive dope test.

With testing becoming increasingly extensive and advanced across all disciplines, NAF confirms that they will not rest on our laurels, very much in line with HUSK's ethos, and we continue to hold Clean Sport to the highest of priorities.

Any member of an equestrian sporting discipline eligible for participation can expect their horse(s) to be tested. This includes equestrian sports and member bodies such as British Dressage, British Eventing, British Showjumping, Para Equestrian Dressage, Driving, Endurance, Reining, Vaulting and British Riding Clubs.

For more information about Clean Sport under the FEI, visit the FEI Clean Sport Page.

What is Clean Sport?

Clean Sport is the commitment to keeping equine athletes healthy, honest, and competition-ready, free from prohibited substances. It’s about doing the right thing for your horse, your team, and the sport.

Click to VIEW HUSK & NAF's Supplement Selection

Fri, 30 Jan 2026 14:27:55 GMT

H U SK horse uv goggles & how they help.....

UV blocking, or more accurately, UV reducing, masks are becoming a popular concept, and H U SK have just launched their UV Eye Goggles, or what some might refer to as Horse UV Eye Visors. There are a surprisingly large number of reasons you might want to use one, including Equine Recurrent Uveitis, eye conditions such as cataracts, corneal ulcers, conjunctivitis, eyelid cancer or ocular tumours, photosensitivity, sunburn protection, headshaking, and post-injury or post-surgical recovery.

Ways H U SK Horse UV Goggles Can Help your Horse or Pony.....

Equine Recurrent Uveitis (ERU or Moon Blindness)

Horses with ERU, an inflammatory eye condition, benefit significantly from UV masks. UV exposure can exacerbate symptoms such as eye pain, swelling, and cloudiness. Masks with high UV protection (90–95%) should reduce flare-ups and aid in managing this chronic condition by shielding the eyes from sunlight.

Photosensitivity

Horses with light-coloured coats, pink skin, or pale eyes (e.g., blue-eyed horses or those with white face markings) are prone to photosensitivity. UV masks protect against sunburn and reduce the risk of UV-related skin damage or photosensitisation, which can cause painful skin reactions.

Eye Conditions

Conditions such as cataracts, corneal ulcers, and conjunctivitis require protection from UV rays, dust, and wind, which can worsen symptoms or delay healing. UV masks with high protection ratings (>90%) are recommended by veterinarians for these cases to prevent further irritation or damage.

Sunburn Prevention

Horses with pink or unpigmented skin, especially around the muzzle, eyes, or white face markings, are at risk of sunburn, which can lead to discomfort or increase the risk of squamous cell carcinoma. UV masks, particularly those with nose coverage, provide a physical barrier to block harmful rays.

Headshaking Syndrome

Horses exhibiting headshaking, often triggered by sunlight, wind, and/or environmental irritants like dust or pollen, may benefit from UV masks. These masks reduce exposure to triggers, helping to alleviate symptoms and improve comfort during turnout or riding. If you have a horse that headshakes, especially in strong sunlight, then a good UV mask is worth trying.

Eye Cancer or Tumours

Horses with a history of eyelid cancer or other ocular tumours (e.g., squamous cell carcinoma) require UV protection to prevent recurrence or worsening of the condition. UV masks act as a preventative measure by minimising sun exposure to vulnerable areas.

Insect Protection

While not exclusively for UV protection, many UV masks also shield against flies, mosquitoes, and gnats, which can irritate eyes and transmit diseases. This is particularly beneficial for horses with sensitive eyes or allergies to insect bites, reducing stress and the risk of infections.

High UV Environments

In regions with intense sunlight, such as southern USA, the Gulf States, many regions of Australia, and South Africa, for example, or during seasons with high UV exposure (e.g., summer or areas with reflective snow), UV masks can protect horses from excessive UV radiation, even if they don’t have specific medical conditions.

Post-Surgical or Injury Recovery

After eye surgeries or injuries, UV masks provide a protective barrier to prevent irritation from sunlight, dust, or debris, promoting healing and reducing the risk of complications such as infections or ulcers.

General Comfort and Stress Reduction

Horses that squint, show discomfort in bright sunlight, or toss their heads due to UV exposure can benefit from UV masks. These masks improve overall comfort, reduce stress, and allow horses to graze or move without visual or physical discomfort.

FOCUS

Some people report that when their horses use Goggles that their horses appear to have more focus and confidence. This positive outcome is more on a horse by horse preference basis.

If you are interested in purchasing H U SK Horse UV Goggles CLICK HERE

How to Protect My Horse's Legs in Cold, Wet Weather....

Mon, 12 Jan 2026 22:08:00 GMT

As the Winter sets in and temperatures drop, the question is what type of leg protection should I use for my horse or pony?

The Answer is "always use BREATHABLE horse boots for your horse or pony"

What happens to horse/pony legs in cold weather? When it’s cold = constriction of blood vessels . The uppermost layers of your horse or pony’s skin are covered with veins which circulate the blood close to the surface before returning it to the lungs. In hot weather, this is desirable, but when it’s cold heat loss must be minimised. This is achieved by blood being blocked from the veins close to the surface and rerouted into vessels which run deep under the skin, right next to arteries. This means the blood returning to the heart and lungs is warmed by the outgoing (countercurrent) arteries, preventing cold blood from penetrating the body.

The Role of Hair in Keeping Warm Pilo-erection is when the horse’s hair stands on its ends. The purpose of this is to trap air between the horse’s skin and hair, and this regulates the horse’s temperature keeping it even and comfortable on cold days. Horse’s don’t want to be overly snuggly and warm, they like to have an average temperature around them, but it’s not comfortable for them to be too hot. Also if they become hot, their body immediately sweats to cool them down and this can create a dramatic and uncomfortable drop in temperature if the atmospheric temperature is cold. So it’s all about balance.

Different Leg Protection Fabric Properties:

Fluff/Fur: Although in its natural form fur is a good thermoregulator, the problems with this material is that it hold dirt and wet. This can risk bacterial/fungal infections, and if wet will add extra strain to your horse/pony's legs. Wet skin is also more fragile and rubs are more frequent this time of the year. As it's difficult to dry fur/fluff in damp cold weather, we risk applying damp leg protection, which can lead to problems. Also please be mindful if the fur is man made it does not have the same thermoregulating properties as natural fur, it is purely aesthetic.

Neoprene/Foam: Often this material has holes on horse/pony leg protection. This does not mean that they reduce leg temperature effectives, as remember, these materials are used in wet suits for example to keep the body warm, they are naturally insulating. So although they may not increase temperatures as much as a solid piece of this fabric, they still insulate. This fabric also hold water and can become quite heavy, leading to risk of injury through strain, or even leg protection slipping through their weight.

HUSK Fabric: As this fabric is porous inside as well as outside, water and air pass straight through. This leads to a dry environment around the leg, and also the atmospheric temperature is not affected around the leg either. The legs are kept in the most natural environment possible to do what they do best. The boots remain light as they do not hold water, and the fabric is totally porous, so incredibly light in the first place, and they dry fast, so no damp leg protection on legs.

The best we can do is to maximise the amount of air to the skin when exercising using HUSK breathable horse boots and HUSK breathable saddle pads, this will help your horse not to get too hot too fast. HUSK breathable horse wear mimics the pilo-erection of horse hair to trap the air between the skin and the atmosphere to balance the temperature around the horse’s skin, keeping it in a health state. If you are using breathable horse boots , it would be worth not clipping out your horse or pony’s legs. This helps with the thermoregulation process for your horse or pony.

Warm your horse or pony up steadily…..

“Adequate warm up before exercise, training and competition is essential to avoid injury to muscles, ligaments and/or tendons” (2)

…..and to ensure a good amount of time to cool down progressively also. If you horse has sweated, as you warm up and cool down, maybe a light exercise sheet would help. Your horse’s/pony’s trunk has a wealth of vascularisation unlike the legs, and will sweat when required to cool your horse or pony down. Once the hair is wet it sits against the skin and loses its thermoregulating abilities. So if the ambient temperature is really cold and your horse is wet with sweat, it’s a little bit like going out without drying your hair, cold! This is why people used to use “thatching” when they wanted to dry off their coats. “Thatching” involved rubbing your horse’s coat with straw or hay to take the thick of the wet off and then stuffing the straw or hay under the rug to keep the air gap which would help the horse’s coat to dry!

We will leave it to you to decide based on the information that we have given you today, but remember horses and ponies are not humans!

DID YOU KNOW H U SK HAVE LAUNCHED THE NEW GEN 2 AIR BOOTS?

SMOOTHER - SLEEKER - STRONGER

SHOP HUSK BREATHABLE HORSE BOOTS BELOW : https://www.thehusk.co.uk/shop-full-range/Air-Boots-c186382256

& for HUSK Breathable Saddle pads the link is here: https://www.thehusk.co.uk/shop-full-range/Saddle-Pads-c186382011

The post Cold Weather & Breathable Horse Boots appeared first on TheHUSK .

HUSK Air Boot Impact Tests

Tue, 09 Dec 2025 10:55:32 GMT

Do you know if your horse's leg protection has been tested for impact?

HUSK Air Boots are made with precision and the consistent desire to make

the BEST leg protection for horses in the world.

Here are the PROMISES that we make to horses

all over the world with our HUSK Air Boots :

- With that we source the highest quality fabrics, and we never swap them out for anything less

- We ensure that our fabrics are tested for durability, as well as qualities such as impact, compression, and of course breathability

- We consistently test our products and listen to customer feedback with the aim to improve our boots where we can

- Our designs are unique to us, we don't copy others as we seek to be AHEAD of the market with innovation, to consistently improve on what we have already, not go backwards

- We ensure HUSK leg protection is light, and minimises any discomfort or distraction to horses

Here's HUSK's Fabric Compressional Tests :

We looked at how much compression was required to compress the fabric by 40% using an industry standard test BS EN ISO 3386-1. The compression required was 43.4 kPa.

HUSK's Warp and Weft Tests :

We use an industry standard test BS EN ISO 6330: 4A/50/A and the maximum the fabric can be mis-shaped is 5%

HUSK are proud to demonstrate these statistics for our fabrics that we use to embody our Air Boots are of high quality and tested to ensure consistency of the quality that we promote, and that we offer only the BEST to our horses.

Breathable Horse Boots - What's Important to Look for....

Tue, 11 Nov 2025 12:06:10 GMT

Choosing your horse's boots

There are so many horse boots on the market, it has become a very complicated process when choosing what is right for your horse or pony.

What are the questions that are important to ask?

Does my horse or pony need boots?

It might be that the reality is that your horse or pony, and the activities that you pursue with your horse or pony do not warrant the need for horse boots at all, and that's ok!

Am I buying boots because they match my horse or pony's outfit?

Fashion has become a big driver to how people make their decisions now a days. It would be worth asking the question as to whether you are looking for a fashion item or a performance item. If it's fashion, be diligent around the effects that they have on your horse or pony, and whether it's a worthy choice for your horse or pony. If it's performance it's worth asking "what am I looking to protect?"

What are you looking to protect?

This question is key to help you assess the shape of the boot, the protection levels, the time that your horse will be wearing the boots for.

Have the boots been researched effectively, consistently?

If you are looking for impact protection, have the boots had impact and pressure tests performed on them? Have the boots had thermal imaging tests and temperature tests carried out on them? Do you know the weight of the boots? Do they hold water? How durable are they?

Are the boots made consistently with the same materials every time?

When products are mass produced, often the manufacturers change the materials to lower costs, and sometimes this means that a lesser quality fabric is used. The tests that were carried out might be on a different style of boot with different materials used for example. Therefore it is important to sense check the materials first prior to making a commitment.

Do the boots have a warranty on them?

If the company is committed to making high quality products that genuinely protect your horse it's likely they will offer a warranty or a repair service. This is an important offering to help determine your choice.

HUSK Air Boots have the following answers to the above questions:

Have the boots been researched effectively, consistently? Are the boots made consistently with the same materials every time?

HUSK have carried out consistent temperature tests using thermal imaging technology alongside vets and professional riders in all weathers to demonstrate consistent results. We have also carried out placebo controlled trials alongside vets.

In terms of impact, the materials used by HUSK have lab controlled compression test statistics. We only use these fabrics, and we oversee our manufacturing in our UK factory to ensure consistency. The team have also performed impact tests using a 5kg axe to assess the protection provided by impact dissipation as well as fabric impact resistance.

We have compared our HUSK Air Boots against Le Mieux, Equilibrium, Premier Equine, and Majyk Equipe.

We know where we source our hook and loop, binding, cottons, and we design our own elastic, and of course the body of the HUSK Air Boots is made from NASA and Military fabrics.

Do the boots have a warranty on them?

Yes HUSK Air boots have one year's warranty on them. We trust that our boots are so well made that if they fail within a year we look to replace or repair them for our customers.

Why not take a look at the HUSK Air Boots today by clicking on the link: CLICK HERE TO LOOK

The Danger of Heating Your Horse's Tendons

Wed, 25 Jun 2025 12:10:00 GMT

And How HUSK Air Boots Reduce the Risk to Your Horse.......

Although we don't necessarily see the effects of the heating of our horse or pony's tendons immediately, the video below goes into detail about the cumulative effect of over heating and cooling your horse's tendons.
A good example would be similar to when a wooden door is subjected to heat and then cool over the years, and the expansion and contraction through exposure to extreme temperatures leads to splitting and degrading of the wood. This is the same with tendon tissue.
The effects of this tendon damage are subtle to start with:
- Reduced flexibility - Reduced performance Over time we start to see:
- Increased injury severity - Increased injury frequency
The simple solution is to aim to reduce the risk of injury for your horses, and if you can find leg protection that not only protects from impact AND doesn't increase temperature then INVEST in HUSK !
HUSK Breathable Horse Boots have been tested over and over again for impact protection as well as effect on heat. HUSK Breathable Horse boots have been tested alongside vets in comparison to MOST OF THE Equine Horse Boot MARKET LEADERS:
- Le Mieux Air Mesh Boots - Equilibrium Tri Zone Boots - Premier Equine Air Cooled Boots - Professional Choice Air Cooled Boots
To demonstrate that HUSK Breathable Horse boots are the BEST leg protection for horses on the market.
Take a look for yourself via CLICKING HERE
And if you would like to WATCH our video to explain more CLICK HERE
Thanks for reading! HUSK Team xx

HUSK Interview in PoloHub Press

Thu, 12 Jun 2025 17:36:00 GMT

Click on Link Below to Take you to ACTUAL Interview with PoloHub on HUSK Breathable Horse Boots!
Link: Please take a read of what they asked and what we had to say!
Bursting with pride �55358;�56617;
One of the supporters of La Irenita G Squared, Husk, talked with PoloHUB about the brand beginnings.
Interview with the founder of HUSK Polo: Louise Butcher.
Tell us about your beginnings with polo?
I’m actually a dressage rider! I worked in pharmaceuticals before hand! I left to care for my children and my horse reacted to her own sweat through protective boots, which left scars on her legs, so decided to make something to protect her without damaging her again.
I started selling my first prototype on Facebook and a British polo player found them and wanted to try them. Within a few months Jacinto Crotto saw the boots during Prince of wales match and took at photo and sent it to Jorge MacDonough. As you probably know, Jorge had been passionately trying to educate polo players about the risks of bandages and insulating boots, and was looking for boots that looked like a honeycomb cage! He flew to uk to meet me and saw the boots that we in his imagination! So he and his family worked alongside me to design the boots we have today. Sadly Jorge passed away a year before we launched the final design, so his family gave us Irenita name and logo to put on the boots in memory of Jorge and his passion for horse welfare.
Why you thought of something to protect the legs of horses?
I always have said that the boots are a tool to change behaviour of the human, to be more compassionate toward the horse, what if gifts to us, and to consider its welfare before how it looks.
I am very self critical! Which is a blessing and a nightmare in one!
H ow did you advise yourself in the early days?
So I coach myself in the sense that I am always looking for the next improvement, I never stop seeking to improve. I also firmly believe that everyone can teach you something, so it’s very important to listen to every side of a story, good and ugly to help shape you and your business. The Mac Donough family of course have been incredible, always there to give advice and support. We look out for one another!
What feedback do you have from players who use HUSK?
The players that use HUSK are very passionate about them, which is wonderful. All of our players have come forward to us to ask to be involved. They understand the importance of protecting horses for the long term, they are on board fully with what we are trying to achieve, and want to be a part of the future of horse welfare projects like HUSK. They see that their horses suffer less injury, they witness improved performance, they see the value in the boots for sure! And are very loyal to HUSK.
How do you see the future of horse care or new equine protection elements?
The future for horse care is going to become more and more important in the future as we see the rise in animal welfare activists and so on. I see many more horse care products joining the market, but what I think is missing is a deeper understanding of horse health and how we humans affect it. We are now embarking on a programme of studies alongside vets, osteopaths & chiropractors to look further into this relating to heat of legs.
Thank you very much Louise for the interview.
Find more info in Husk Official Account on Instagram @huskpolo

Or read below…..

The post HUSK Interview in PoloHub Press appeared first on TheHUSK .

Horse Sport Needs to Act Before it Becomes Outlawed…

Tue, 10 Dec 2024 17:34:00 GMT

Over the last few years there has a been a significant rise in the reporting of horse welfare episodes. As a result, the horse industry, which includes us as horse owners, are being driven to re evaluate our actions.
Horse & Hound Magazine new article is alerting the industry to please take action before we lose the blessing of being able to interact with horses in the future.
What could these re evaluations involve for us as horse owners?
Putting ourselves in the minds of horses and ponies and ask ourselves honestly, are our horses happy? Are we honestly doing the best we can to protect the long term health of our horses? Are our horses comfortable? Are we putting style/fashion over the needs of our horses? Are we putting our needs in front of their needs? Am I choosing the best breathable horse boots? Am I choosing the most tested breathable horse boots? Am I putting price before quality?
It's quite likely that some of the answers might not be what we want to hear, but it’s important to face these questions and answers now so we can make positive changes before it’s too late ….

When it comes to horse tack and accessories that you choose, these might be some of the questions that you would like to ask yourself.
Does your horse really need it? If the item is being used for a purpose, has the item been tested to prove it can effectively achieve its purpose? Are the tests easily accessible for the public? Why are we buying particular items? Is it to help your horse or to help you ride your horse? Is your horse comfortable and happy in that item? What are the best breathable horse boots on the market? What are the best breathable saddle pads on the market?
So many questions!
You might be aware that Founder, Louise, started HUSK, not out of the desire to create a horse wear brand, but because she could not find a quality breathable boot for her horse Tia, so instead made some herself. The boots were so revolutionary that the business started through people asking Louise to make them for their horses, and from there it grew. The HUSK breathable boots and breathable saddle pads are consistently tested using thermal imaging guns, axes, and now has many years of positive customer experience behind them, all of which is available to read on the website.
Many HUSK customers tell us that our products are the future of the equestrian world, they are eco conscious, protective, breathable, and above all proven. A great foundation to help decide which leg protection to purchase for your horses.
Check out HUSK Best Breathable Horse Boots TODAY!

HUSK continue to research their Air Boots to ensure that they protect horses for the long term �55358;�56688;

The post Horse Sport Needs to Act Before it Becomes Outlawed… appeared first on TheHUSK .

HUSK Irenita Air Boots to the Test Once Again!

Mon, 25 Nov 2024 17:30:00 GMT

HUSK prove once again that they make the BEST breathable horse boots! As you know, HUSK regularly test their products, not only for temperature, also impact protection ability with their axe test for example. This time we re visited our temperature tests, to demonstrate that HUSK Breathable Boots are the MOST breathable boots for polo, eventing, and dressage. HUSK Breathable Horse Boots do not add any additional heat to the horse’s legs during exercise. Click on the YouTube Video to WATCH how fantastic HUSK Breathable Boots are!

Link to buy HUSK Air Boots here…..

The post HUSK Irenita Air Boots to the Test Once Again! appeared first on TheHUSK .

BEST Breathable Horse Boot Test with HUSK

Mon, 18 Nov 2024 22:15:00 GMT

Thermal Imaging Test Results for HUSK an Independent Review by E.T.S Electrical

What did we want to do?

To test the temperature of peripheral lower leg of horse using HUSK boots after 10min exercise and 30min stabling. To also review the porosity of HUSK boots. All tests were taken using a thermal imaging camera. We wanted to see whether H U SK were the BEST Breathable Horse Boots!

How did we do it?

Peripheral skin temperatures and images were taken of the horse’s leg at intervals using a thermal imaging camera.
Thermal images were also taken at these points in time.
The horse was walked briskly on the road for 10min to warm the legs up.
Temperatures and images were taken before exercise with and without HUSK boots, directly after exercise, and 30min post exercise with and without HUSK boots.
Emissivity of thermal imaging camera was set at 0.95 to ensure accurate readings.
Temperatures were taken more than once at a given time point to ensure consistency and no skews in data.

Did the results show that HUSK were the BEST breathable horse boots?

Ambient air temperature was recorded at a consistent 8 degrees centigrade.

Temperature reading with NO leg protection was between an average of 12.6 and 13.1 degrees centigrade.
HUSK Breathable Horse Boot temperature taken directly after and readings ranged between an average of 9.3 and 10.6 degrees centigrade before exercise.

Discussion:

It is clear that the HUSK boots have no marked effect on rise in temperature.
In fact one might argue that the temperature dropped somewhat after applying boots and exercise.
Could this be attributed to Katie Baxter 2013 assumption that it is air accessing the skin that cools peripheral temperatures down, which in turn helps to regulate core temperatures? The fact that the temperature was still sustained for a minute after removal of HUSK boot, before rising again possibly supports this assumption.

Thermal images show the colour of the leg in the background of the boot. This demonstrates the porosity of the boot, which suggests good access to air flow from the outer environment, and the possibility of hot air escape from the internal environment of the boot.
An interesting point to note was that when the HUSK boot was removed after exercise, the average temperature was 8.7 degrees centigrade before rising, the thermal image shows cooler colours on the leg at that point before warming up. This further supports the possibility that airflow around the leg supported by the HUSK boot assists in keeping the peripheral leg temperature cooler for that moment.
To note also that Goodship 1994 proved that core leg temperatures can be up to 11 degrees centigrade higher than peripheral temperatures!

Are HUSK Boots the BEST Breathable Horse Boots? :

The HUSK boot shows here that it at least does not contribute to any over heating of the leg in this instance, suggesting that it may even support the cooling of it due to giving leg access to airflow, as if there were no boots on the leg at all. The HUSK boot shows good porosity, again supporting the notion of giving the leg access to its natural environment to remain at natural temperatures during exercise, and not to insulate the leg.
TO BUY HUSK BREATHABLE HORSE BOOTS TODAY CLICK ON THE LINK BUY HUSK

The post Thermal Imaging Test Results for HUSK an Independent Review by E.T.S Electrical appeared first on TheHUSK .

Which Breathable Horse Boots are MOST Protective? – Surprising Results!

Mon, 18 Nov 2024 21:13:00 GMT

Today we performed a very crude axe test to see which breathable horse boots were most protective? We performed impact tests on Equilibrium, Le Mieux, and HUSK Breathable Horse Boots (La Irenita Air Boots).
Did you know hard plastic can split when subjected to the force of a 5kg axe? And HUSK Breathable Boot fabric did NOT SPLIT as the fabric weaken the force by spreading it through the layers.
"Sometimes we think that the tougher the shell looks the more protection it gives you, but this experiment shows that this is not always the case. " Founder Louise
An example is why we have air bags in a car - similar concept with HUSK Breathable Horse Boots, and why we are so passionate about the fabrics that we use.

It’s 5min video on our You Tube channel, but well worth a look! We explain the basics behind what dissipation of impact should look like. A great visual!

CLICK HERE TO WATCH
https://youtu.be/5iUJLji7vo4

The post Axe Test for HUSK and 4 Competitor Boots – Surprising Results! appeared first on TheHUSK .

Should Horse Boots be Tested? Article in Your Horse Magazine

Mon, 18 Nov 2024 21:12:00 GMT

Your Horse Magazine feature of SHOULD HORSE BOOTS BE TESTED? Louise Butcher, Director and Founder of HUSK, is interviewed, talking about her experiences in marketing for the health care industry, in which claims made must be proven time after time, and her surprise to see that in the equestrian world that claims can be made on an assumption rather than tests. Louise believes that ALL HORSE BOOTS SHOULD BE TESTED to prove the claims that they make. And ALSO THE TESTS MUST BE THE SAME so that the results are comparable.
HUSK Team TEST THEIR BOOTS regularly to prove that they do what they promise, to be one of the most TRUSTED HORSE BOOTS on the market.  The BEST Breathable Eventing Horse Boots!

Take a look at July 2019 Issue to find out more!

The post Should Horse Boots be Tested? Article in Your Horse Magazine appeared first on TheHUSK .

WHY USE Breathable Horse Boots? – Why is it Important?

Sun, 10 Nov 2024 17:41:00 GMT

HUSK Breathable Boots were one of the first and BEST Breathable Boots EVER on the market, and HUSK are the ONLY innovators of the Thermoregulating boot, holding a patent for their technology, horse boots that regulate temperatures. So WHY use breathable horse boots?

Why Thermoregulating over Breathable?

Breathable boots are simply about the product having holes in it somewhere, it doesn’t define what effect this has on the temperature or air flow, it can just look breathable! Thermoregulating is the actual effect that the horse boot has on the horse leg temperature, which is what we are looking to achieve.

HUSK BEST breathable boots are so far the ONLY boots that are proven to regulate the atmospheric temperature around the horse’s legs, keeping it at a constant natural temperature as if the horse has no leg protection on.
That is to say, as the horse warms up, the legs naturally warm up too, as it is important to drive blood and lymph to the tissues to increase mobility and flexibility. The temperature inside the leg reaches a plateau with no leg protection, so naturally, environmental temperatures effect the speed at which the leg reaches optimal temperature, so on a cold day it takes longer to reach the optimal temperature than a hot day.
However once leg protection is applied it affects the optimal temperature reached as well as the speed at which these temperatures are reached.

What Happens When Horse Leg Temperatures Rise too Fast?

The body likes balance, and on a cellular level if temperatures rise too quickly, it does not give the body time to adjust to the change. This can increase the risk of injury. Especially to tissue with less vascularisation such as tendons or ligaments.

What Happens When Horse Legs Temperatures Rise too High?

To put it crudely we are all meat, horses too, and on simple terms we cook! So imagine a piece of steak exposed to too much heat and no air to dry it out, it starts to liquify. This softening of tissue leads to over extension or flexion of tissue which can increase risk of injury and severity of injury.

What Happens When Temperatures are Cooled too Fast?

It’s the same as if the temperatures are heated up too quickly, the body cannot adjust fast enough and cuts corners. The best solution is to keep temperatures as natural and constant as possible, and if changes happen to do your best to make the changes slowly. For example the old fashioned warming up and cooling down exercise, not cutting corners and trying to speed processes up.

HUSK breathable horse boots are rated one of the best breathable horse boots for leg protection and temperature regulation on the market today. The spring effect within the boots dissipates force of impact and protects horse legs from impact injury. HUSK breathable horse boots are unbelievably light weight, adding minimal strain to the legs, as well as maintaining a level of flexibility to reduce the risk of injury through restriction and compensation. This is why we use breathable horse boots

Click here to see HUSK Breathable Horse Protection Boot Collection

The post Breathable Boots for Horses – Why is it Important? appeared first on TheHUSK .

HUSK Tested La Dolfina's Horses' Legs During Argentine Open!

Mon, 28 Oct 2024 18:55:00 GMT

Yes! HUSK tested ALL of La Dolfina's horses during the Argentine Open alongside their vet to see how hot their legs got under polo wraps vs HUSK Boots. As most of you are aware, the topic of heating of tendons is becoming more and more recognised.

It has been proven in numerous work that once tendon temperatures reach over 40 degrees of heat, cells become damaged. Before we talk about our research, please be reassured on a number of facts:

1. Cells regenerate, so if cells die, new ones will form, so it is the amount of time that cells are subjected to this level of heat vs the rate of cell regeneration that is of importance. It is also the rate of extreme temperatures, so extreme heat to extreme cold, that causes most damage as we are asking the tissues to adapt faster than their natural rate.

2. Core tendon tissue can cope with greater temperatures than superficial, and skin. The closer to the surface the tissue, the more greater damage heat can do.

HUSK pride themselves in producing leg protection that is researched and specific to addressing the dangers of covering horses legs. Our research is ongoing, and as a result our products constantly evolving. However when you buy a HUSK breathable horse boot you know that tireless research has been piled into their production.

The Test

This test was carried out in Argentina on 20th November 2019, height of polo season. The ambient temperatures were between 39 and 44 degrees.

To note HUSK team prefer real life case studies as opposed to double blind placebo controlled trials.
The results are more true to life as tested on the vivo as opposed to in vitro. In terms of our sample size, we have a wealth of data that we publish on our site that continues time and time again to produce the same results, both independent to us and carried out by us. We welcome data all the time from others relating to the temperature management of our boots.

The Aim

The aim was to compare temperatures and temperature increase after warm up (approx 2min), one chukka (7mins of galloping), and cool down (approx 2min). We also compared these temperature increases, and final temperatures to horses in fleece polo wraps (no liners or tendon boots).

The equipment used was a Flir thermal imaging gun.

We tested the horses in the first chukka, so they had not been standing around for too long to increase temperatures further.

The Results

Bandaged horse 1:

Starting temperature

Front right leg: 32.2 degrees Front left leg: 31.8 degrees

After exercise:

Front right leg: 37.2 degrees

Front left leg: 38.1 degrees

Temperature increase between 5-6.3 degrees in 7 min with bandages

HUSK Booted Horse 2:

Starting temperature:

Front right leg: 31.7 degrees

Front left leg: 31.3 degrees

After exercise:

Front right leg: 33.2 degrees

Front left leg: 33.6 degrees

Temperature increase between 1.5 and 2.3 degrees

Other observations:

Temperature taken of bandaged leg after exercise whilst on leg was 32.7 degrees, and when removing the bandage was 37.2 degrees showing that the bandage itself was insulating itself, holding 4.5 degrees worth of heat around the leg.

HUSK breathable horse boot temperature was taken immediately after the exercise and boot was 28.9 degrees, suggesting that the boot was not insulating the leg, as leg temperature was 33.6 degrees, higher than the boot temperature itself.
This demonstrates the concept of Thermoregulation, where the circulating air around the leg meets the heat radiating from the leg itself, an average temperature between the two is created as a balance. This ensures that the rise in temperature needed to loosen up the tissues is natural and gradual, but reaches a plateau so not to over heat.

Conclusion:

It is quite clear in this modest case study that HUSK breathable horse boots keep legs cooler than polo wraps in extreme temperatures, and results can clearly be seen in such short periods of time. For health reasons of the horses we did not wish to carry the test out for any longer a period of time, as we could see a dramatic comparison in 7 min, so we would predict that the temperatures would rise to an even more extreme amount as time went on.

It was clear also that the polo wraps were holding the heat against the leg of the horse, and the HUSK boot was not. The theory behind this is that the HUSK breathable horse boot not only allows air to move vertically from the hot leg to the atmosphere, the unique layering of 3D material allows air to flow constantly between the layers and around the leg, keeping the temperatures down.

Therefore it is important to consider leg protection for the long term health of your horse beyond simply impact protection. In the case of HUSK breathable horse boots, please see our Axe Test on our Blog page to see he protective qualities of the boots vs competitors
If you want to look at HUSK's range of Breathable Horse Boots please click on the link below: https://www.thehusk.co.uk/air-boots

The post HUSK Real Life Case Studies on Heating of Tendons La Dolfina appeared first on TheHUSK .

What Happens When Horse Tendons Over Heat?

Mon, 21 Oct 2024 21:11:00 GMT

What Happens When Horse Tendons Over Heat?

Short and sweet text on what happens to cells when they over heat?

The effect of exercise-induced localised hyperthermia on tendon cell survival
H L Birch 1 , A M Wilson , A E Goodship Affiliations Expand

PMID: 9202452 DOI: 10.1242/jeb.200.11.1703

Tendons that store energy during locomotion, such as the equine superficial digital flexor tendon (SDFT) and human Achilles tendon, suffer a high incidence of central core degeneration which is thought to precede tendon rupture.
Although energy storage contributes to the efficiency of locomotion, tendons are not perfectly elastic and some energy is lost in the form of heat.
Recent studies have shown that the central core of equine SDFT reaches temperatures as high as 45 degrees C during high-speed locomotion.
In this study, we test the hypothesis that hyperthermia causes tendon cell death and results in tendon central core degeneration. Tendon fibroblasts cultured from the core of the equine SDFT were subjected to a temperature of 45 degrees C in an in vitro system for 0-180 min, and cell survival fraction was measured and compared with that for equine dermal fibroblasts and a commercial rat kidney fibroblast cell line (NRK 49F).
Tendon fibroblasts were significantly more resistant to hyperthermia than NRK 49F cells after 30, 45 and 60 min of heating and significantly more resistant than dermal fibroblasts after 45 and 60 min of heating.
After 10 min of heating at 45 degrees C, the tendon fibroblast cell survival fraction was 91 +/- 4%, whereas heating for 10 min at 48 degrees C resulted in a drop in the cell survival fraction to 22 +/- 4%.
In conclusion, while temperatures experienced in the central core of the SDFT in vivo are unlikely to result in tendon cell death, repeated hyperthermic insults may compromise cell metabolism of matrix components, resulting in tendon central core degeneration.

Conclusion is that the proteins that hold the cells together begin to degrade, affecting the stability of the cells. This is an affect that becomes visible over time, not immediately, but it seems the regular heating and cooling of cells exacerbates the problem. It appears to be the regularity of the exposure to insulation that causes the damage. Therefore attempting to keep temperatures as consistent as possible, and temperature variances as minimal and gradual as possible is paramount.
It is important to not over look these risks, as if we are using boots to "protect tendons" it's paramount that we understand what protection really means, and it is not just bumps. It is our responsibility as guardians of our horses to ensure that we take the time to look into the research carried out on the boots to uphold the promises made, as there are many promises and claims on the market. HUSK Breathable Horse Boots have been repeatedly tested to uphold their claims around breathability and non heating features, they have also compared their products to leaders on the market making the same claims.
BUY HUSK BEST BREATHABLE HORSE BOOTS HERE!
https://www.thehusk.co.uk/air-boots

Link below to Research

https://www.ncbi.nlm.nih.gov/m/pubmed/9202452/

HUSK Air boots have been tested to prove causation of temperature beyond natural increase is not significant (studies in blog).

The post What Happens to Cells When Subjected to Heat? appeared first on TheHUSK .

HUSK Demo with Meghan Elphick, Lucinda & Ellie Fredericks RELEASED!

Sun, 15 Sep 2024 17:53:00 GMT

View the Video Here……

WATCH THE HUSK DEMO WITH MEGAN ELPHICK, ELLIE FREDERICKS, AND LUCINDA FREDERICKS!

AND CHECK OUT ALL the horses kitted out in HUSK BEST breathable horse boots to protect their legs and BEST Breathable saddle pads….

The post Meghan Elphick Video of HUSK, Lucinda & Ellie Fredericks Demo RELEASED! appeared first on TheHUSK .

WHICH HORSE BOOTS DON'T HOLD WATER?

Sun, 08 Sep 2024 17:59:00 GMT

As climate change gets more and more apparent, we see many more deluges of rain all over the world. The latest waterproof coats and clothing for people is constantly evolving, as are turn out rugs for our horses, but what about horse leg protection, horse boots? Which horse boots don't hold water? Generally horse boots are still made of neoprene, foam, or sheepskin and even if they have holes/perforated they absorb the water! The other extreme of climate change is the increases in temperature, so either simply hot, or worse still wet and hot, and again the same kind of horse boots being most commonly used.
Water Proof Horse Boot MUST HAVES:

Abundance of perforations or vents?
NOT Foam, neoprene, or fur lining

Although horse owners might be able to re assure themselves that they are buying breathable boots if the foam or neoprene is perforated for example, these breathable horse boots do not solve the problems we are now and in the future facing. Which horse boots do not hold water?
What Happens When Horse Boots Get Wet?
Wet can cause many problems:

Firstly weight adding strain to the horse, which will increase the risk of injury.
Wet and warm will create a damp environment which can cause bacterial and fungal build up, particularly when the boots are re applied and still not dry.
Wet also causes the skin to weaken in structure leading to greater risk of bacteria and fungus penetrating the deeper layers of skin and blood stream leading to greater risk of infection, and discomfort for your horse or pony.
Not to mention the comfort and mental well being of your horse can most definitely affect their happiness, performance and behaviour.

Just a few reasons why it’s so important to not under estimate the importance of the kind of leg protection applied to your horse.
Heating of tendons was on trend a few years ago and people were going crazy for it, the notion has now been forgotten, replaced by fashion and cost. But this issue hasn’t lost its importance and neither has the choice we make relating to leg protection….. ask yourself what breathable horse boots really means, and how breathable are your horse boots in reality.

Take a look at HUSK range in the comfort that you are investing in protection for your horses from not only impact, but also heat and wet…

SHOP HUSK Breathable Boots here

The post Your Horse’s Boots DON’T Have to Hold Water… appeared first on TheHUSK .

Should I Use Polo Wraps or Horse Boots? by Dr Jorge MacDonough (International Polo Vet)

Fri, 30 Aug 2024 21:07:00 GMT

“No Bandages for Polo?”

By the late Dr Jorge MacDonough, International Polo Vet, La Irenita

What are the Issues with Horse Bandages and Boots for Polo?

Should I use polo wraps or horse boots for polo? In all equestrian disciplines where you want to achieve maximum athletic performance, even in animals of great economic value, many believe bandaging firm and booting will minimise over flexion of the fetlock, avoiding excessive strain on the tendons and ligaments. Horse protective boots and bandages are also used to protect horses and ponies from impact. However from a veterinary perspective, there are considerations that must be made relating to when these products are used, how they are applied, and which products to choose.

Considerations when deciding whether to use polo wraps or horse boots for polo :

1. How much do the polo wraps heat my horse's legs vs horse boots?

Most horse leg protection limits the dissipation of heat due to the insulating nature of materials used, lack of porosity, and lack of access to air circulation from the atmosphere.

When tendons and ligaments are in exercise, they produce heat naturally to optimise mobilisation of the tissues: however this heat must be dissipated immediately.

Excess heat for extended periods of time decrease the ability of the horse or pony’s body to produce cells that contribute to the matrix of tendons and ligaments, these cells are being produced all the time to prolong the life span of these tissues. Therefore if the constant production of these cells is disrupted, these structures will slowly over time become degraded and weakened.

Furthermore, due to this disruption, the body assumes that there is a problem and produces and sends inflammatory mediators as a response to the over heating, and these are responsible for tenderness and pain, as well as further weakening of these tissues.

Another point to make is that the lower limb of a horse is inefficient at removing heat via the blood because these organs have little vascularisation, unlike other parts of the body. So it is paramount that this process is not limited further by covering these structures, and limiting lymphatic, blood and and other fluid flow.

2. Do polo wraps or horse boots limit my horse's movement?

It’s been demonstrated that bandages, and some boots modify the angles of flexion and extension of the fetlock at speed. This will affect accuracy of footing via such unnatural movements or positions as a result of this restriction.

By restricting the mobility of a horse’s joint at speed, such as the fetlock, may result in a subsequent injury elsewhere, and a bandage or a boot will not hold against the weight of a horse to protect this.

The vast majority of polo horses through observation end their career through joint injuries rather than injuries to tendons. Therefore, it is preferable to take more care of joints, as the tendons and ligaments care for themselves if kept within their natural environment.

3. Soft tissue compression against canon bone

Tendons are positioned vertically, plumbed vertically, and this positioning is designed to aid the flow of fluid, such as blood and lymph, up and down the leg. These fluids nourish the tissues with vitamins, minerals etc, as well as transporting waste away into the blood stream for excretion. If the tissue is pushed against the cannon bone by over tightening and over usage of leg protection, this action is limited, and the leg is starved of nourishment. Nourishment of blood, nutrients, and opportunity to remove water product via optimal lymph flow. This will lead to problems with the lower leg, and possibly further, in the long term.

4. Interference with the circulation

Compression via over tightening or over use of leg protection increases venous oedema and inflammation of the distal structures, in this case the lower leg. This is because the body translates this restriction into a potential injury, and reacts to resolve the problem with inflammatory marker increases, as well as sudden increases in blood flow to the site to help it heal. Many injuries can be avoided when the flow of the venous blood of the foot is free and consistent. Optimal blood flow will also contribute to the health and quality of the hoof. We also have the lymph that removes any waste, such as dead cells, and if this is restricted then we run the risk of a build up of toxin in the the area leading to infection. This could explain sudden bacterial infections relating to a small unsuspecting injury.

5. Possible alteration of proprioception through lack of nerve stimulation

Horses ascertain the exact position of their legs by the activation stimuli (nerves) inside the tendons and ligaments, as well as on the skin. Tight bandaging and booting, and limited access to air flow to the skin can potentially limit the effectiveness of these stimuli, and therefore affect the accuracy of the horse’s or pony’s foot placement. This clumsiness can lead to injury. However, we do not know to what extent excessive pressure and lack of air flow would interfere with this.

6. Increased weight to distal legs

Bandages weigh about 200 grams, and conventional boots even more! And when wet as a result of sweat or water, this leg protection can weigh almost double. As a result of this added weight, horses and ponies use more energy to get off the ground. This over exertion will eventually lead to premature fatigue, resulting in clumsiness and possible injury.

7. Increase in skin moisture through sweat

Damp, wet leg protection will increase risk of abrasion and irritation to the leg. Fungus and bacteria thrive in such damp conditions also. The highest risk is then posed when the fungus or bacteria penetrates the irritated skin, leading to infection.

To note: All these problems are exacerbated on hot days, when bandages and boots are used excessively, or when there is an excessive use of seals and tapes in the middle of the cannon bone to secure leg protection to the leg. Further issues arise when bandages may be put on too tightly or unevenly.

SO DO I USE POLO WRAPS OR HORSE BOOTS FOR POLO?

The considerations mentioned earlier do not take into account the risk of impact injury to horses and ponies through contact horse sports and exercises. And research must go into this prior to a decision as to which type of leg protection to purchase.

To note that the original requirement for leg protection was to reduce the risk of laceration to the skin via impact injury, not for support. One must consider the fact that no boot or bandage can claim to protect from a break or fracture to the bone, as an impact so great to create such an injury is likely to over take any effects of leg protection due to the sheer velocity of, and weight behind the impact, as well as the weight of the horse.

SOLUTION TO THE DILEMMA OF WHICH TYPE OF LEG PROTECTION TO CHOOSE

Taking into account the issues highlighted above, choice in leg protection must meet the following conditions:

– Light (so that the animal perceives the leg protection as little as
possible)

– Resistant to the most common external shocks

– To not hold water, sweat, or dirt (particularly allowing the dirt to sit on the surface of the boot or bandage lining, and therefore against the skin)

– Fully permeable to air, with as little insulating material as possible

– Easily placed and removed, without elasticity that will lead to over tightening

– Not to limit natural joint mobility (flexion, extension and lateral)

– Secure (so not to become easily detached)

It is also important to note that no leg protection will protect from the weight of a horse or pony in the event of an unforeseen incident, they can minimise risk, but not prevent it.

HUSK boots have patented their air flow and protective technology, and are becoming the number one choice of leg protection in high goal polo.
Check out HUSK Boot (Breathable Boots) collection via the link:
https://www.thehusk.co.uk/air-boots

The post What are the Issues with Horse Bandages and Boots? by Dr Jorge MacDonough (International Polo Vet) appeared first on TheHUSK .

First Signs of Tendon Injury in Horses

Mon, 26 Aug 2024 13:31:00 GMT

Studies on tendons have shown that with age and/or exercise tendon degeneration and a decrease in the quality of the fibres are observed. ¹ This phenomenon translates into signs of weakness visible to the naked eye, and the first signs of tendon injury in horses:
70% of owners have already noticed signs of tendon damage (heat, swelling, etc.) without marked lameness
If these signs appear too frequently and are not treated, the risk of tendinitis is increased: a pathology with a long and perilous healing protocol, the outcome of which is uncertain, as did you know 80% of horses with signs of tendon injury relapse ^.2

HUSK Air Technology used in their leg protection ensures that when protecting your horse or pony’s legs during exercise, turnout, or travel, that minimal additional weight and restriction is added to the legs. This in turn ensures a minimal risk of stress or strain to your horse or pony’s tendons, joints, or ligaments. In addition HUSK’s flag ship proven technology ensures the management of environmental temperature around the leg to minimise the risk of over heating arresting further degradation of tendon health.With this new product,

HUSK are also committed to an eco-responsible approach thanks to using up cycled high quality NASA and military fabrics, as well as committing to UK production close to their HQ.

WHICH HUSK BOOTS SHOULD I USE FOR MY HORSE?
HUSK leg protection comes in various styles to suit your horse’s needs:

– Irenita Air Sport Boots – a super light weight medicine boot style designed to give optimal 360 degree proven impact protection, support, and freedom of fetlock movement to minimise injury

– Air Hybrid Boots – Simple, soft, flexible brushing boot style, that is exceptionally breathable, unlike any other brushing boot out there

– Air Tendon Boots – The most flexible, breathable, and protective tendon boot on the market – challenging the status quo of show jumping!

– Air Over Reach Boots – Incredibly light boots that do not hold water, ensuring a healthier environment around the pastern

To research further into HUSK Air Leg Protection Range please click on the link: https://www.thehusk.co.uk/air-boots

1.Birch, H.L., Bailey, A.J. and Goodship, A.E. (1998) ‘Macroscopic “degeneration” of equine superficial digital flexor tendon is accompanied by a change in extracellular matrix composition’, Equine Veterinary Journal, 30(6), pp. 534–539.
2.Dowling, B.A. et al. (2000) ‘Superficial digital flexor tendonitis in the horse’, Equine Veterinary Journal, 32(5), pp. 369–378.

The post Tendon Degeneration and Signs of Weakness appeared first on TheHUSK .

Why I Love Horse – My Story by HUSK Founder, Louise

Mon, 01 Jul 2024 15:36:00 GMT

We’ve all got many stories to share as to how and why we fell in love with horses, but I thought I would share mine, as it’s a huge theme in my life and led me to starting HUSK. This is why I love horses.

I was an only child, I lived in a world of dreams as a kid. Our small suburban garden was a field, and every house we moved to I tried to convince my parents that it would be big enough for a pony! My imaginary ponies fitted in there perfectly! My parents were not horsey at all. We lived near a farm, which was unusual for the outskirts of London, and often I would wander down the footpath as the fields felt so huge and made me feel so free. I used to go and pet a little chestnut pony there called Woody, he made me feel understood without words, and it fascinated me!

The sound of horseshoes on the road when we used to picnic in what we called the countryside, a greenbelt just outside of London, made me run to where they were. I would watch in awe. It wasn’t the riders that I noticed, although I’m sure they thought I was admiring their riding technique, nor their tack, all I saw was the form of the horse and its energy. I felt and saw a trail of magic dust around and behind them. My grandad was obsessed with magic, and he used to perform a lot of tricks, and we used to watch magicians every Saturday night that we visited. The magic of a horse however was greater than that, they transcend every perceived human barrier.

And for me this magical feeling has not grown old, I still feel it when I’m in their presence. It makes me sad how we humans try to harness it and control it, rather than celebrate it and ride it! As for me, that’s what horses want, they are completely free in their minds, they are born free, and I’m truly convinced that as much as humans see it as their challenge to control it and train it, horses see it their challenge to free us humans mentally and physically!

They know what we are thinking, even when we try to mask it, they feel it! They don’t need to be near us to feel us either, nor do they need to be near each other, they are telepathic. They see the world as I did as a child, boundless, full of opportunity with so much to explore, they are happy not to be in control, and I’m sure it fascinates them to see how humans are so obsessed with it!

So HUSK was born, to get that message across in a tangible form of products. Breathable horse boots and saddle pads, products that allow the wind to flow in the horses’ hair once more, and to encourage humans to liberate themselves in the act of liberating their horses. Encouraging people to remember the need for that feeling of freedom, not only for their horses, but themselves. So consciously choosing products that minimise their horses’ restriction, whilst protecting them is, believe it or not, is helping to free the human as much as the horse!

It’s not about what the horse looks like, in their match matchy Le Mieux saddle pads and bandages, horses don’t care for that, nor armouring them up to the point of potentially more injury via restrictive, hard shell Dalmar eventing boots. HUSK breathable horse boots and pads are all about what is right for the horse to help them perform confidently and comfortably, along with the protection that they ask for, as opposed to what we think they need, plus it’s all been tested to prove the claims made. Watch how agile your horse is in the field, slipping and sliding in the mud with their friends, their bodies are made to be gymnastic and fast, and cope with it too.

Think about it! Stand with your horse, close your eyes and feel, recognise the feelings that they give you. Ride and close your eyes, drop the reins, feel who your horse really is and love it. Let’s get back to what it’s all about! Galloping in open fields, beaches, woodland, playing in the arena and laughing, challenging yourself to jump a ditch, canter down a hill, wind through un touched paths in the forest. Remember why you fell in love with horses and nurture it.

Louise x
To SHOP Our HUSK AIR BOOTS please click on the link: https://www.thehusk.co.uk/product/Irenita-Total-Air-Sport-Boots

The post Appreciating the Horse – My Story appeared first on TheHUSK .

HUSK Interviewed on Starting a Horse Business From Home

Wed, 15 May 2024 09:34:00 GMT

How HUSK Horse Business Started from Home

HUSK founder Louise has been a huge fan of natural horsemanship, valuing the importance of understanding the horse in its natural habitat and using connection methods to help the horse bond instinctively with the human. In 2011 5 years before even the seed of thought if HUSK was planted in Louise's brain, Louise attended a workshop run by Monty at Bury Farm, Leighton Buzzard, UK. Louise also has many books written by Monty Roberts that still sit on her work desk today. So in 2021 when Louise received a call from Monty Robert's daughter Debbie Loucks to interview her about how Louise started a small horse business from home such as HUSK, and now works along side some of the most revered polo players in the world, such as US top polo player Nic Roldan! California is 8 hours behind, so the interview was held at 9pm UK time, and Louise was sitting in her office in the dark! The first interview launched on starting a small horse business from home was launched on 30/09/21 on Horse Radio Network, on the HorsemanshipRadio.com channel both Louise and Debbie talked for quite sometime about Louise's philosophy of creating products that aim to protect horses without compromising their natural health markers and systems, hence the HUSK hash tag #liberateperformance and how she started a small horse business from home.
Link to listen to HUSK's first interview with Debbie Loucks here also featuring Nic Roldan: https://www.horseradionetwork.com/2021/09/192-by-hands-on-gloves-polo-legend-nic-roldan-natural-wellness-for-equestrians/
Forward into the future Louise and Debbie re connected in 2023 to progress the conversation further and deeper. To identify the effects of leg protection on horse wellness and how HUSK La Irenita Air Sport boots are designed to minimise these effects and keep horse leg temperatures cool. Debbie did not prepare Louise for the questions that she had, and the questions were not for the faint hearted! But it gave Louise the opportunity to expose some difficult truths about leg protection and how HUSK have worked tirelessly, and are still working, to overcome these challenges for the well being of the horse. This interview went live on Horse Radio Network, on the HorsemanshipRadio.com channel on 01/05/24.
Link to listen to HUSK's second interview with Debbie Loucks here also featuring Monty Roberts: https://www.horseradionetwork.com/2024/04/253-science-and-innovation-thermoregulation-in-equine-athletes-by-handsongloves/
If you would like to listen to either or both interviews, please download the Horse Radio Network App or click on the links above.
CLICK the link here to BUY HUSK BEST Breathable Horse Boots https://www.thehusk.co.uk/air-boots

Best Breathable Boot Tests with Vet Lorna Broughton

Wed, 24 Apr 2024 16:49:00 GMT

Comparing BREATHABLE HORSE BOOT TEMPERATURES

H U SK Air Irenitas vs. Le Mieux Mesh Snug Boot, Open-Fronted Tendons & Fleece Bandages – Which Horse Leg Protection is the Coolest?!
MOST BREATHABLE HORSE BOOTS SUMMARY:

The HUSK
LE MIEUX SNUG BOOT
BANDAGE
OPEN FRONTED TENDON BOOT

WHat did we test for the most breathable horse boot?: WE compared the tendon leg temperatures of 4 polo ponies after 15min of cantering between HUSK Air Irenita Boots, Le Mieux Snug Mesh Boots, non branded open fronted tendon boots and bandages with veterinary observation to see which was the most breathable horse boot.
HOW DID WE TEST for the most BREATHABLE HORSE BOOT?:

Using a thermal imaging gun aimed at the same point of the tendon each time
Each of the 4 fit polo horses had their temperatures taken prior to 5 min walking warm up followed by 15min consistent cantering in a 60 * 40m sand arena.
Ambient temperature ranged from 12 degrees to 15 degrees.
The 4 horses that were tested each wore a H U SK breathable horse boot, a polo wrap, either an open fronted tendon boot, or a Le Mieux Mesh Snug boot, and each had a control leg with no leg protection on at all.
After the 15 min of cantering , the horses were walked in to the yard and boots removed and temperatures immediately taken , leaving no time for the contact with air to affect the results.

What were the results of the breathable horse boot test?: The Ponies and what happened to their legs.....
Red is a thin skinned sensitive thoroughbred – likely to experience fast temperature rise requiring greater need for fast heat expiration.

Open Fronted Tendon Boot

Front left

Before – 197 – 24.7 °C
After – 202 – 34.2 °C
Difference - 9.5 °C

The HUSK

Front right

Before – 198 – 25.8 °C
After – 203 – 28.8 °C
Difference - 3 °C

Nothing

Back right

Before – 199 – 25.8 °C
After – 204 – 28.7 °C
Difference - 2.9 °C

Bandage

Back left

Before – 200 - 26.6 °C
After – 205 – 33.4 °C
Difference - 6.8 °C

Tony is a heavier set thoroughbred – likely to experience steady temperature rise than Red with a slower rate of heat expiration.

OPEN FRONTED TENDON BOOT

Front Right

Before - 194 – 23.1 °C
After – 207 – 31.6 °C
Difference - 8.5 °C

The HUSK

Front Left

Before – 193 – 28.9 °C
After – 206 – 29.8 °C
Difference - 0.9 °C

NOTHING

Back Right

Before - 195 – 21.5 °C
After – 208 – 25.3 °C
Difference - 3.8 °C

BANDAGE

Back Left

Before – 196- 24.8 °C
After – 209 – 29.8 °C
Difference - 5 °C

Oreo - Chunkier argentine breed likely to experience slower temperature rise but even slower rate of expiration than Tony.

The HUSK

Front Right

Before – 185 – 24.4 °C
After – 212 – 25 °C
Difference - 0.6 °C

NOTHING

Back Right

Before – 186 – 26 °C
After – 214 – 25.2 °C
Difference - 0.8 °C

BANDAGE

Back Left

Before – 187 – 22.3 °C
After – 213 – 27.8 °C
Difference - 5.5 °C

Hippo - Thin skinned sensitive thoroughbred – likely to experience fast temperature rise requiring greater need for fast heat expiration.

The HUSK

Front Left

Before – 189 – 25.8 °C
After – 215 – 27.8 °C
Difference - 2 °C

Le Mieux Snug Boot

Front Right

Before – 190 – 25.4 °C
After – 216 – 29.6 °C
Difference - 4.2 °C

BANDAGE

Back Left

Before – 191 – 26.6 °C
After – 218 – 28.2 °C
Difference - 1.6 °C

NOTHING

Back Right

Before – 192 – 26.2 °C
After – 217 – 25 °C
Difference - 1.2 °C

AVERAGE TEMPERATURE RISES PER BOOT
Based on 4 horses - No leg protection – 1.175 °C Based on 4 horses - The HUSK – 1.625 °C Based on 4 horses - Bandage – 4.725 °C Based on 2 horses - Tendon boot – 9 °C Based on 1 horse - Le Mieux – 4.2 °C
OBSERVATIONS Sweat on the skin, particularly on neoprene and foam based boots – Le Mieux (even though foam had holes) and tendon. Bandages had “wicked” the sweat so had basically absorbed the sweat into the fabric making them wet and heavy. The HUSK Boots remained dry and light. Le Mieux and Tendon boots had left clear indentation marks on the skin where they had compressed the area potentially causing a restriction in lymph and blood flow. Bandages had ruffled fur below the knee and below fetlock suggesting movement and of leg limited somewhat. No indentation or scuff marks where HUSK boots had been.
CONCLUSION/DISCUSSION:
The results show that the optimal way to keep leg temperatures to a healthy level is either using no leg protection at all, which in some activities is not viable, or using HUSK Air Irenita Boots to protect the legs without increasing the leg temperatures much above the legs with no leg protection on. The Le Mieux Mesh Boot only had exposure to one horse, however the average temperature rise in 15min was 4.2 degrees, 2.6 degrees higher than HUSK's mean temperature rises, and close to the temperature rises caused by fleece bandages.
Surprisingly the open fronted tendon boots had the greatest rise in temperature, and despite more than a third of the leg being bare, we suspect the neoprene/foam lining was causing the extreme insulation. Therefore it wise to consider any boots with foam or neoprene lining, even if they are perforated. We also discussed the possibility of a cumulative effect of the open fronted tendon boots combined with fleece bandages, which many polo players use, considering that the increase in temperatures caused by the bandages was 4.7 degrees and the open fronted tendon boots temperature increase averaged at 9 degrees this could be very detrimental to the tendon health. If bandages are still a preferred choice, it might be worth considering applying HUSK Air Tendon boots over the bandages in place of standard neoprene or foam based ones.
In conclusion, we highlight a trend demonstrating that leg protection other than HUSK Air Boots heat tendons to a greater degree than the natural rise in temperature when exercised in only 15 min of cantering on a relatively mild day. Based on previous research relating to tendon health and heat health experts discuss their concerns over exaggerated temperatures, it is worth considering these concerns when choosing leg protection for your horses and ponies.

How Does Water Damage My Horse's Skin?

Wed, 03 Jan 2024 18:36:00 GMT

Studies show that when skin comes into contact with water the risk of irritation is increased. They also show that as the temperature of water increases, irritation increases also! Here are the reasons as to why:

If you want to investigate HUSK products further here are the links below:

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Lucinda & Ellie Fredericks Visit HUSK HQ!

Thu, 02 Nov 2023 18:45:00 GMT

How nervous were we! Inviting an Olympian & prospective Olympian to our humble small holding on Exmoor! We got the fire on, The Dark Horse Photography was at the ready, and of course tea and coffee – it was a cold night! As soon as Cinda and Ellie dived through the door to get warm, they grabbed our Ethical Sweats & Snoods to warm up and fell in love! Like kiddies in a sweet shop everyone was rummaging around and admiring all of the HUSK range!

We talked and laughed a lot, and then got down to some sensible conversation!

Louise: Breeding…… Tell us about your breeding experience….

Lucinda: It’s always a surprise! No horse ever pops out the same. For example Upsi and Daisy are siblings, but Upsi is compact, springy, & Daisy longer in body, and took alot longer to mature. Each have their own incredible talents, but neither can be trained the same way.

Another tip is to send the mare away to stud, so many people try to keep their mares at home and through my experience there is more success in the mare taking and having a good pregnancy when she is at a stud.

Louise: Training…… Can you explain how you would train Upsi vs Daisy…..

Lucinda: Upsi is very compact, and was pretty athletic from a young age. Very fizzy! So it was about training Upsi’s brain to be more specific and exact, to stretch, and fitness. We use lots of interesting pole and grids to keep Upsi’s mind focussed, and lots of fun. Daisy is taking more time, she’s got a longer body to grow into, but will cover a lot more ground when she’s fully fledged. However we need to take things more slowly with her, to carefully develop her strength and flexibility.

Louise: How do you see the future of eventing?

Lucinda: It’s exciting! British Eventing are now offering a pay as you go option for aspiring eventers! It gives people much more flexibility financially and logistically. Also did you see Ellie on the front cover of the BE Handbook? So exciting!

If you are unaffiliated there are new opportunities such as at Pontispool where they host the Cotswold Cup. And of course you can get involved if your school is part of the NSEA, as there are inter school competitions happening quite alot over the year too.

Louise: How do you fund your eventing empire?

Lucinda: There are many ways, of course through teaching is one. Breeding is another income stream for us to support our business, as well as bringing on youngsters. And finally having owners who kindly support us with fantastic horses, and supporting their keep.

Louise: In a world of many eventers all doing similar things to earn a living, how do you and Ellie differentiate yourselves and stand out from the crowd?

Lucinda: My career was based around “tricky” horses, I was a brave rider, maybe a little crazy!! But I always worked with tricky horses, and that was what I became known for.

Ellie: I love quirky horses, and ponies! We are really good at bringing them on, helping them to realise their potential, be confident with that, and help them to manage their whizzy brains. That’s what I would like to be known for too.

Louise: What is your main tip for anyone out there with a tricky pony or horse?

Lucinda & Ellie: Consistency, counting, count, count, count! Put out poles and count strides up to the poles, over the poles, after the poles, grid work the same. Make it fun and to keep the focus for both horse and rider, don’t forget to count!

1,2,3,1,2,3,1,2,3!!!!

The post Lucinda & Ellie Fredericks Visit HUSK HQ! appeared first on TheHUSK .