See how a malleable stirrup pocket with pivot mechanism secures a child's foot during rides whi
A flexible swivel arm creates lateral foot release in a riding stirrup while preserving stable support and frame strength during normal use.
A pivoting side arm with a flexible section keeps the rider's foot secure in use while opening laterally for fast release during falls.
Elastic straps and breakaway buckles keep a rider's foot stable in the stirrup yet release under excessive force to reduce drag injury risk.
A laterally opening stirrup uses magnetic locking, a return spring, and a 3D tread to balance secure grip with foot release during falls.
A one-way pivoting retaining device uses elastic locking to hold the foot in riding but release it automatically during a fall.
An inverse stirrup uses the girth strap to resist upward and transverse forces.
Curved sliding surfaces enable relative rotation between stirrup head and buckle loop before unclipping.
An elongated D-ring with a parabolic curve allows limited pivotal forward movement of the stirrup, accommodating riders with limited knee flexibility.
A safety stirrup uses an inclined supporting assembly with an elastic second plate to cushion rider impact.
Divided opening in arch-shaped side piece prevents complete leather passage, eliminating boot entrapment risk during accidents.
An inverse stirrup resists upward and transverse forces using the rider's foot, preventing ejection during sudden horse movements.
Integrated rigging slots constrain stirrup strap lateral motion to stabilize riders during fast turns.
An articulated bicycle stirrup embeds a tensile support part within a plastic body to reduce overall weight while maintaining structural integrity.
A hinged safety stirrup uses a rotating guide arm to direct the rider's foot outward during disengagement.
A horse saddle uses integral resilient mounting members to carry the seat, absorbing shocks between panels.
A riding saddle integrates a lever-based damping device to distribute rider mass over time during horse landing.
A stirrup iron uses a cam mechanism to pivot a foot plate for mounting assistance.
Segmented frusto-conical arch enables radial foot release, eliminating complex molds and simplifying assembly.
A safety stirrup uses a coil spring to retract its foot support when not in use.
Segmenting the side arm into multiple joints reduces kick force required for detachment while allowing removal from various angles.
A riding stirrup integrates a coupling device on the tread underside to secure a belt while preserving foot space.
A safety stirrup uses magnetic attraction and a ball joint to secure the lateral branch during normal riding.
Movable support arms release stirrup straps during falls to prevent rider entrapment.
Sliding protective segments adjust length to eliminate pinching and saddle wear from double-thickness straps.
Segmented rungs accommodate varying rider heights while the tapadero cover prevents foot slippage and entrapment during falls.
A tapered wedge apparatus attaches to stirrup footrest bars to hold rider boots in a neutral ankle position.
A horse-riding stirrup uses a segmented metallic reinforcement core embedded in polymeric side arms to maintain structural integrity during assembly.
Elastic semi-arch stirrup resolves the contradiction between foot grip and safety by allowing the flexible arch to bend away from the rigid base during falls.