Flexible strap segments and serial beads spread curb pressure more evenly, improving rider-horse communication while reducing discomfort.
Flexible gripping panels flex inwardly to adapt to varying horse body shapes, resolving the trade-off between universal fit and structural complexity.
An integrated equine halter combines physiological sensors with GPS location tracking to monitor vital signs and environmental conditions in real time.
A flexible saddle tree accepts interchangeable rigid members to adapt quickly to varying horse back shapes.
Bell-shaped attachment pieces enable easy installation of a textured elastic wrap that resists rope friction and prevents saddle horn damage.
A locking headplate uses a rotatable displacing element to adjust saddle tree width.
Bell-shaped attachment pieces tighten under load to increase rope friction, preventing slippage while protecting the saddle horn from damage.
Segmented base and load elements with a wedge mechanism enable single-handed operation without visual feedback under arctic icing conditions.
A flexible forward substrate reduces trauma to horse and rider by distributing weight through elastic deformation.
Segmenting the stirrup insert into parts with different Shore hardness values resolves the trade-off between high boot friction and structural rigidity.
Tapered latigo end inserts through rigging and engages notches to prevent loosening, eliminating manual tightening.