Expert articles on horse arena footing, riding surface construction, facility management, and equine health.
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Crumb rubber, recycled textiles, and plastic fibers have hidden costs. Here's the science behind why natural, plant-based additives deliver better performance with fewer risks.
Understanding the fundamentals of arena footing — from sand selection to additive ratios — is the first step to building a surface that performs for your discipline and climate.
Sand alone won't fix a failing arena. Particle shape, climate, discipline, and a modular FIBR / FLEX / LOCK system together build footing that actually performs — and the order matters.
Arena sand varies by quarry, season, and delivery — and keeps drifting after install. Why footing is a process, not a one-time purchase, and how ArenaSpec helps you monitor and adjust.
Our three-product footing system explained in plain language — and why understanding these properties is the key to specifying the right surface for your facility.
Why a confined gravel layer behaves like a structural slab — and what that means for your arena, paddock, round pen, driveway, or parking pad.
Why Sustainable Arena Footing Matters More Than Ever The equestrian world stands at a crossroads where performance demands meet environmental responsibility. Gone are the days when arena owners had to choose between superior footing and sustainable horse arenas practices. Perf...
A landmark study by the Animal Health Trust and University of Glasgow determined that arena footing ranks among the major risk factors for dressage horses developing lameness. The survey of over 2,500 British Dressage members found that uneven surfaces—whether too wet or too d...
The short answer is that arena maintenance operates on five overlapping schedules — daily, weekly, monthly, quarterly, and annually — and skipping any one of them shortens the life of every other. Rachel Murray’s 2010 Animal Health Trust research identified inconsistent arena ...
A galloping horse inhales up to 600 gallons of air per minute, according to Penn State Extension documentation. Every particle of respirable dust suspended in that air moves deep into the respiratory tract — past the nasal passages, past the upper airway, into the bronchioles ...
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