The Science Behind HUSK

At HUSK, our products are not designed around how technical they look. They are designed around how they perform against the horse.

The principle behind HUSK is simple: airflow, temperature management and impact protection without unnecessary weight or bulk. Achieving that, however, depends on the construction and quality of the technical fabrics we use.

It Starts with Airflow

At the heart of HUSK Air technology is our specialist 3D mesh fabric technology, developed from materials used in demanding applications including aerospace, military, automotive, police and medical industries.

Rather than simply perforating a solid material with holes, HUSK uses carefully layered three-dimensional fabrics to create two continuous channels through which air can move directly next to the horse's skin.

This distinction is important.

The horse's lower limb has relatively little soft tissue and limited capacity to dissipate heat compared with more muscular areas of the body. When we add boots or bandages, we potentially create another barrier to heat loss.

HUSK Air Boots are designed to minimise that barrier by allowing continuous movement of air next to the skin, helping heat and moisture escape rather than trapping them beneath the boot.

Why Holes Don't Necessarily Mean Breathability

It is easy to look at a boot covered in holes and assume that it must be breathable. Unfortunately, appearance alone tells us very little about how effectively air can actually move between the boot and the horse's skin.

Perforated foam and neoprene, for example, remain predominantly solid materials. Adding holes can improve ventilation, but the surrounding material can still restrict airflow and retain heat.

HUSK takes a different approach. Instead of relying simply on holes through a material, the three-dimensional structure itself creates space for air to travel.

So when assessing a horse boot, don't be fooled by appearances. A perforated or mesh-looking boot isn't automatically a cool boot. The construction, composition and quality of the material matter.

We Test What We Claim

We believe performance should be investigated, not simply assumed.

We regularly use thermal imaging as part of our product testing and development to examine how horses' legs respond to exercise while wearing different forms of protection.

In 2024, working with veterinary surgeon Lorna Broughton at her polo school, we recreated aspects of the methodology used in Katie Baxter's 2015 work to investigate lower-limb temperatures.

We compared HUSK Air Boots with an unprotected control, as well as commonly used forms of leg protection including bandages, open-fronted tendon boots and a LeMieux mesh snug boot.

Our testing demonstrated that HUSK Air Boots kept post-exercise leg temperatures much closer to the unprotected condition than the alternative forms of protection we tested. One particularly interesting result from our testing was that the mesh snug boot produced higher temperatures than the bandages.

For us, this reinforced an important point:

A boot looking breathable does not necessarily make it breathable.

What matters is what is happening underneath it, against the horse.

Lightweight Doesn't Mean Unprotected

Depending on size, a HUSK Air Boot weighs approximately 200–300g, but low weight should not be confused with low protection.

The technical fabric used within our boots has been laboratory tested for compression and is derived from technology used in industries where managing pressure and impact is important.

We have also undertaken impact demonstrations using a 5kg axe to investigate how the material responds to force.

The principle behind HUSK's construction is force dissipation. Rather than relying solely on a rigid shell, the three-dimensional structure is designed to deform and distribute energy through the material, reducing the concentration of force at the initial point of impact.

This is an important part of our philosophy. Protection shouldn't simply be about making a boot harder, thicker or heavier. We want to consider where the energy from an impact goes next.

Research by Dr Jorge MacDonough into polo pony injuries has also highlighted the importance of considering joint injury alongside tendon protection. For HUSK, this raises an important design question: are we protecting one structure while potentially transferring forces elsewhere?

Our own comparative testing has therefore included established equestrian brands, including Equilibrium and Premier Equine, to help us understand how HUSK Air technology performs alongside other approaches to equine leg protection.

The Same Philosophy Beneath the Saddle

The principles behind our Air Boots continue through our saddle pad range.

HUSK Wellness Air Pads

Our Wellness Air Pads use three layers of HUSK technical fabrics, applying the same principles of three-dimensional airflow, temperature management and compression performance beneath the saddle.

Rather than placing dense padding directly against the horse, the structure creates space within the pad through which air can move.

The objective is a more breathable microclimate between horse, pad and saddle, allowing heat and moisture to escape more effectively.

HUSK Basic Air Pads

Our Basic Air Pads offer a simpler introduction to the HUSK concept.

They use a different, less technically advanced internal construction, with soft three-dimensional pockets that work almost like cotton wool to maintain space and create air channels next to the horse's skin.

Although simpler than our Wellness technology, the principle remains the same: create space for air to move.

One of the most noticeable results can be less sweat beneath the pad, indicating that moisture has been able to evaporate rather than simply accumulating against the skin.

Why Moisture Management Matters

Cooling isn't the only reason we want air moving against the horse.

Skin that remains persistently warm and wet can soften and become more susceptible to friction, irritation and microbial or fungal problems.

This is why we think carefully about the commonly used phrase "moisture wicking."

Wicking can be useful when a material transports moisture away from the skin towards an outer surface where it can evaporate. But simply absorbing sweat and holding it within a material is not enough. If that moisture remains trapped close to the horse, the environment can stay warm and damp.

Our aim with HUSK is therefore not simply to absorb moisture. It is to create the conditions for air movement, heat transfer and evaporation, helping the horse's skin remain drier and more comfortable.

Quality Without Compromise

HUSK products perform because of what goes into them.

We use the same carefully selected technical materials consistently rather than quietly substituting cheaper alternatives. Wherever possible, we choose high-quality, often British-made fabrics, even when they cost us considerably more.

We could increase margins by compromising on materials.

We choose not to.

For us, the priority is creating products that genuinely perform for the horse or pony wearing them. We continually test, question and develop our products because we believe equestrian equipment should be judged by what it actually does — not simply by what it looks like or what is written on the label.

That combination of airflow, temperature management, lightweight impact protection, technical fabric construction and uncompromising material quality is what makes HUSK different.

Because when it comes to your horse, performance should never be compromised for profit.