Abstract: For a sanitary attachment (3), in which at least one part (2) can be transferred from a fixed position (8) into a released position (9) using a rotational movement, a receiver (11) designed as part of a key (1) is provided, with which the part (2) can be rotated, and which further features a ridge (24) that allows for engagement with an indentation (14) on the back of the part (2) and thus for axial detachment.

Abstract: The invention provides a stirrup (1), comprising a curved upper part (2) shaped to fit fully or partially around the sides and over the forefoot or boot of the rider, and a in substance straight tread (3) for supporting the sole of the forefoot or boot of the rider, wherein the stirrup comprises two or more separate structures or one single structure.

Abstract: Stirrups for horseback riding which include a tread for the support of the foot and an arched structure that extends from the ends of the tread for connection to a stirrup strap. The arched structure may be formed by two stirrup arms, each forming, in a single body with said arm, a half-ring lying in a plane substantially orthogonal to the plane in which said arched structure lies. The half-rings of said stirrup arms are brought together with each other to form a stirrup ring suitable for being passed through by the stirrup strap.

Abstract: A stirrup device for properly positioning the rider's feet while riding. The stirrup device includes a support ring with holes disposed through one side of the support ring and with apertures disposed through an opposed side of the support ring and also includes a foot support adjustably positioned upon the support ring in relationship to the holes and apertures.

Abstract: A stirrup for saddles. The stirrup includes a pair of side members that extend upwardly from opposing sides of a tread. The tread is provided with a forwardly and downwardly slanted orientation. The orientation of the tread places a rider's foot in a heels-up position in which the rider's heel is above the toes. The heels-up position may be beneficial to professional and experienced riders participating in rodeo events like team roping, barrel racing, or other events in which the rider benefits from being in a forward position over or in front of the saddle. A cross-member extends between upper ends of the side members in a non-parallel orientation relative to the tread. The orientation of the cross-member causes the bottom end of the stirrup to list toward the animal to provide a rider with a more natural position when standing in the stirrups.

Abstract: A variable angle stirrup support that acts as a stirrup leveling mechanism comprises a stirrup support bracket, a stirrup hanger rod support sleeve, and a stirrup hanger support member. The stirrup support bracket engages the lower end loop of a stirrup leather. The rotatable stirrup hanger rod support sleeve is positioned above the lower end loop of the stirrup leather for attaching the invention to a stirrup. The stirrup hanger support member connects the hanger rod support sleeve to the stirrup support bracket with a pivot pin positioned above the lower end loop of the stirrup leather to allow the stirrup support bracket to oscillate about a longitudinal axis between predetermined limited angles to align a stirrup's tread with a rider's leg and foot. A method of rotating a stirrup to align a stirrup's tread with a rider's leg and foot using the variable angle stirrup support is disclosed.

Abstract: A stirrup includes a stirrup leather opening and a foot opening. Above the stirrup leather opening is a top member that includes a number of bends. A first bend is in a first direction, a second bend is in a second direction, opposite to the first direction, a third bend is a first direction, and a fourth bend is in the second direction. The bends in the top member will orient the stirrup iron at an angle relative to the horse, rather than parallel to the side of a horse as in a typical straight or flat stirrup. The stirrup is more stable, reduces pain and stress in the leg, is easier to retrieve, and is safer than conventional stirrups.

Abstract: A stirrup for saddles. The stirrup includes a pair of side members that extend upwardly from opposing sides of a tread. The tread is provided with a forwardly and downwardly slanted orientation. The orientation of the tread places a rider's foot in a heels-up position in which the rider's heel is above the toes. The heels-up position may be beneficial to professional and experienced riders participating in rodeo events like team roping, barrel racing, or other events in which the rider benefits from being in a forward position over or in front of the saddle. A cross-member extends between upper ends of the side members in a non-parallel orientation relative to the tread. The orientation of the cross-member causes the bottom end of the stirrup to list toward the animal to provide a rider with a more natural position when standing in the stirrups.

Abstract: A western safety stirrup is disclosed having an elastic band forming the outer side of the portion of the stirrup wherein a boot is to be placed, held at top and bottom by studs. The upper stud is recessed below the outer side of the stirrup so as not to catch on clothing or brush. The lower stud has a flattened head and protrudes at an angle downwardly, and is attached to the elastic band by means of a leather wrap having holes in each end to place over the lower stud. When outward pressure is placed on the elastic band, it pops off and the boot is released from the stirrup. A leather keeper flap over the band attached at its upper end allows for the elastic to break away while protecting against snagging and provides a more western aesthetic appearance to the stirrup.

Abstract: The invention comprises a stirrup support bracket for mounting in the lower end loop of a stirrup leather and a rotatable stirrup hanger rod support positioned above the lower end loop of the stirrup leather for attaching the invention to a stirrup and a stirrup hanger support member for connecting the rotatable hanger rod support to the stirrup support bracket with a pivot pin positioned above the lower end loop of the stirrup leather to allow the stirrup support bracket to pivot about a longitudinal axis between predetermined limited angles to align a stirrup's tread with a rider's leg and foot and a method of rotating a stirrup to align a stirrup's tread with a rider's leg and foot.

Abstract: The invention relates to an aluminum riding stirrup having a tread with an upper surface where the foot rests and an arched structure that in turn includes one pair of branches whose bases are integral with the two sides of the tread and an upper arch that joins the branches, wherein the stirrup has one or more parts or elements made of titanium.

Abstract: A stirrup includes a base for supporting a riding boot and a magnetic member supported by the base. The magnetic member is configured to magnetically attract the riding boot to the base so as to releasably secure the riding boot to the stirrup. The stirrup further includes a pad coupled to the base, and the magnetic material is positioned between the pad and the base.

Abstract: A boot accessory for limiting how far a user can push his/her boot into a stirrup comprises an arch for hugging a front edge of the boot; a first hook disposed on the first end of the arch and a second hook disposed on the second end of the arch. The first hook curves outwardly from the first end of the arch and further a first end of the first hook curves back toward the front edge of the boot. The second hook curves outwardly from the second end of the arch and further a first end of the second hook curves back toward the front edge of the boot. A gap exists between the first end of the first hook and the arch and between the first end of the second hook and the arch, wherein the gaps are for engaging sides of the stirrup.

Abstract: A horse stirrup which also functions as a mounting aid by providing, in the same assembly, a foot supporting platform for riding, as well as a convenient, lower level platform for mounting. The mounting platform, and related structure, also function, in cooperation with the riding platform, to reduce the exposure of the rider to stirrup foot lock in case of a fall.

Abstract: A stirrup pad for equitation includes a top member defining a surface for contacting at least a portion of a sole of a rider's foot or footwear and at least one side edge, and a rear member defining a surface for contacting at least a portion of a heel of the rider's foot or footwear. The rear member extends downwardly from the top member side edge. The top member is oriented along a first plane, and the rear member is oriented along a second plane which is substantially perpendicular to the first plane. A front member may be included, extending downwardly from the top member side edge. At least the front member and the rear member include flange elements for removably attaching the stirrup pad to a stirrup.

Abstract: A wedge apparatus for a stirrup for reducing alleviating pain on a horseback rider's knees and ankles, the stirrup comprising a pair of opposing side bars, a hangar bar portion and a footrest bar, the wedge apparatus comprising (a) a wedge associated with the footrest bar, the wedge having a lateral portion and a medial portion, the lateral portion being thicker than and tapering toward the medial portion; (b) an impact-absorbing material; and, (c) an attachment mechanism for attaching the wedge and the impact-absorbing material to the footrest bar.

Abstract: A stirrup pad for equitation includes a top member defining a surface for contacting at least a portion of a sole of a rider's foot or footwear and at least one side edge, and a rear member defining a surface for contacting at least a portion of a heel of the rider's foot or footwear. The rear member extends downwardly from the top member side edge. The top member is oriented along a first plane, and the rear member is oriented along a second plane which is substantially perpendicular to the first plane. A front member may be included, extending downwardly from the top member side edge. At least the front member and the rear member include flange elements for removably attaching the stirrup pad to a stirrup.

Abstract: A stirrup insert for a stirrup including a bearing surface which is provided with a surface for placing a boot, and a holding area which can be detachably connected to the stirrup, where the bearing surface includes an internal part and an external part, where the internal part is surrounded by the external part at least in the z-direction, preferably, the internal part is softer than the external part.

Abstract: A riding stirrup includes a supporting structure terminating in a solid shape and a mechanical assembly pivotably mounted on the supporting structure and around the solid shape. Additionally, the riding stirrup includes a floor assembly including at least one U-shaped profile, a floor, and one or more resilient structures, wherein the floor assembly is mounted on the mechanical assembly for vertical movement relative to an axis of the solid shape.

Abstract: The invention relates to an articulated stirrup with a footplate and a U-shaped clamp with two lateral limbs and articulated regions arranged therein. The articulated regions have an upper retaining part and a lower retaining part with a hinge part. The lower retaining part reaches the footplate. The footplate has a supporting part which connects the lower retaining parts to each other.

Abstract: A horse stirrup which also functions as a mounting aid by providing, in the same assembly, a foot supporting platform for riding, as well as a convenient, lower level platform for mounting. The mounting platform, and related structure, also function, in cooperation with the riding platform, to reduce the exposure of the rider to stirrup foot lock in case of a fall.

Abstract: A stirrup assembly for aiding a rider when mounting a horse provides a stirrup assembly wherein part or all of the side of a stirrup can be rotated down into a locked horizontal position to become a step. The act of pulling down the movable side part compresses a strong return spring. When the movable side part is fully down, a latch is set which keeps it from returning. What was part of the stirrup side can now be used as a step for mounting and is quickly returned to its original upright position by the return spring when the rider steps on the latch release.

Abstract: A riding boot for use with a stirrup, the riding boot including a sole for engaging the stirrup, the sole coupled to the riding boot and a magnetic member coupled to the sole. The magnetic member is a polymer including a magnetic metal.

Abstract: A mounting horse aid for attachment to a stirrup iron lowers the distance between a step, on which a rider steps to swing into a saddle and the ground. The attachment is pivotally mountable on the stirrup iron and is pivotally movable between a normally latched position, covering the rider's boot and an unlatched position to provide the lowered step for a rider.

Abstract: A flexible stirrup includes a base, a top, at least one flexible section connecting the base and the top, and a stabilizing hollow sheath enclosing at least a portion of the at least one flexible section. The flexible section includes at least one connector having a stem with a coupler at a first end and at a second opposed end thereof. The stem and first and second couplers may include at least one cross-sectional dimension that is substantially equal. At least a portion of an external surface of the at least one connector is in stabilizing contact with at least a portion of an internal surface of the hollow sheath.

Abstract: The invention relates to a stirrup insert (24) for a stirrup comprising a bearing surface (50) which is provided with a surface (34, 36) for placing a boot, and a holding area (52) which can be detachably connected to the stirrup. Said bearing surface (50) comprises an internal part (28) and an external part (26). Said internal part (28) is surrounded by the external part (26) at least in the z-direction. Preferably, the internal part (28) is softer than the external part (26).

Abstract: There is provided a platform stirrup for supporting an equestrian rider's foot. The improved stirrup allows the rider to rest his weight on each foot by placing weight on both the heel of the foot and the ball of the foot. The stirrup still allows the rider to make good heel contact with the barrel of the horse. The platform stirrup includes a substantially planar platform defining an inner edge and an outer edge, a front edge and a rear edge, and the platform is shaped so as to accommodate the rider's foot. A forward arch extends from the inner edge of the platform in a substantially right angle; and a rear support extends from the rear edge of the platform in a substantially right angle. A forward strap is affixed to the inner forward arch; and a rear strap is affixed to the rear support or edge of the platform. The forward strap and the rear strap are also affixed to the saddle and the straps are configured so as to position the platform substantially parallel to the ground.

Abstract: A combination apparatus comprises stirrup leathers engaged with a pair of stirrups, each of the stirrups providing a support bar; a pair of spaced apart stirrup sides; and a linear foot rest. The foot rest and the support bar are fastened between the stirrup sides with the foot rest and support bar spaced apart for admitting a riding boot resting on the foot rest. The support bar provides a symmetrically positioned longitudinal axis oriented in parallel with the foot rest. The support bar is configured with a diminishing thickness between its ends. The diminishing thickness of the support bars is of such magnitude as to position the foot rests in a horizontal attitude when the apparatus is mounted on a horse and the stirrups are engaged by the boots of a rider.

Abstract: Until recently, stirrups have not provided adequate support for a rider allowing for ease of balance when riding, and especially while racing. The super stirrup described herein provides a stable platform or base accompanied by a number of support bars that allow the rider to rest and reposition his or her weight easily. Thus, the super stirrup improves the performance of a rider in both leisure and sport riding.

Abstract: A mounting horse aid for attachment to a stirrup iron lowers the distance between a step, on which a rider steps to swing into a saddle and the ground. The attachment is pivotally mountable on the stirrup iron and is pivotally movable between a normally latched position, covering the rider's boot and an unlatched position to provide the lowered step for a rider.

Abstract: A saddle (1) for a horse comprises a pair of side support panels (4) for engaging in the back of the horse (2) and a seat (8) resiliency carried on the side support panels (4) by a pair of mounting members (10) integrally formed with the seat (8) and the side support panels (4). Side members (5) releasably secured to the side support panels (4) extend downwardly on opposite sides of the animal and are releasably secured by a girth strap (6) extending beneath the belly of the horse. A pair of sweat absorbing pads (22) secured to the underside of the side support panels (4) act to transfer sweat from the back of the horse for evaporation thereof. A seat cover (28) is secured to the seat (8), and straps (32) extending from the seat cover (28) carry stirrups (33).

Abstract: An apparatus that provides for a conveniently removable mounting stirrup that assists a rider in climbing into a riding saddle, and provides for compact storage. The removable mounting stirrup includes features for a convenient saddle attachment and removal while on top of the riding animal.

Abstract: An extendable stirrup has a main stirrup and a retractable step parallel to and slideably attached to the main stirrup. The retractable step has an upper lift portion and a lower step portion. A latch holds the retractable step in the retracted position for riding. For mounting, the user releases the latch thereby allowing the retractable step to automatically descend to an extended position. The user places a foot on the lower step portion of the retractable step to assist in mounting a saddled animal. After mounting the saddled animal, the user engages the upper lift portion with his boot and raises the retractable step to a retracted position whereby the latch holds the retractable step in the retracted position adjacent to the main stirrup.

Abstract: A stirrup mounting device includes a stirrup attachment bar adapted for attachment to a stirrup strap loop extending from a saddle and a stirrup mounting bracket attached to a stirrup. The stirrup mounting bracket may be pivotally attached to the stirrup attachment bar so that the stirrup can rotate with respect to the stirrup strap loop about a vertical pivot axis. The vertical pivot axis is offset with respect to at least one of a vertical axis extending centrally through the stirrup strap loop and a vertical axis extending centrally through the stirrup so that the stirrup is offset toward the rear end of the stirrup attachment bar when the stirrup is rotated to a riding position. The stirrup mounting device can be used alone, or can be combined as part of a stirrup extender device where both the stirrup extender and the stirrup mounting device share a common stirrup attachment arm.

Abstract: A stirrup (210,310) includes a footrest (214,314) as well as a hanger (216,316) for suspending the stirrup from a saddle. A shock absorber (350) is provided for the footrest (314) and has passages (364) which allow the shock absorber to be tied to the footrest. Each of the passages (364) extends between two opposite surfaces of the shock absorber (350) and is made up of two tapering portions (374) which narrow in a direction away from the respective surfaces.

Abstract: A stirrup bushing is provided with a star-shaped cross-sectional configuration that allows structural distortion when compressed by the forces exerted by a rider. The bushing consists of an inner sleeve adapted to fit tightly around the rod of the stirrup and of outer fins extending radially along the length of the inner sleeve. In an alternative, preferred embodiment, the bushing also includes an outer sleeve enveloping the longitudinal fins, so as to provide an additional structure and an expanded surface to distribute and attenuate the forces exerted by the supporting strap over the rod of the stirrup. The invention lies in the idea of providing voids in the structure of the bushing, such that compressive forces are relieved through deformation, rather than contained in a fixed geometry that produces deterioration of the material.

Abstract: A stirrup extension device includes a saddle having a primary stirrup attached thereto and extending downwardly from the saddle. A strap has a first end, a second end, a first side and a second side. A coupler is attached to the first end of the strap. The coupler is removably attachable to the primary stirrup. A secondary stirrup is attached to the second end of the strap. The coupler is coupled to the primary stirrup.

Abstract: A riding stirrup (10) includes a hanger rod (11) for connecting the stirrup to a saddle, and a stirrup loop (12) connected to the hanger rod. The stirrup loop (12) defines a stirrup opening (14) through which a rider may extend their foot when the rider is sitting in the saddle. The stirrup loop (12) also includes an elongated base support tread (17) positioned generally at the bottom of the loop. The base support tread (17) extends at a slant with respect to a stirrup centerline (CL) which extends perpendicular to the longitudinal axis of the hanger rod (11), through a midpoint of the rod, and through the base support tread. This slant places the distance between an outer tread section (21) and the hanger rod (11) greater than the distance between an inner tread section (20) and the hanger rod.

Abstract: A stirrup includes a footrest as well as a hanger for suspending the stirrup from a saddle. A shock absorber is provided for the footrest and has protrusions which impart a nonslip character to the shock absorber. The protrusions have respective ends which face away from the shock absorber, and each of these ends is formed with a concavity.

Abstract: A stirrup extending device includes a frame slidable in a housing and having a stirrup attachment bar outside of the housing. The frame can be slid partially into the housing to move the stirrup attachment bar toward the housing to a retracted position and partially out of the housing to move the stirrup attachment bar away from the housing to an extended position. The housing is mounted in the normal saddle stirrup strap loop with the stirrup attachment bar extending below the stirrup strap loop. A stirrup is mounted to the stirrup attachment bar with appropriate mounting brackets to provide a nonrotatable connection, a partially rotatable connection, or a fully rotatable connection not available in prior art stirrup extenders, where the stirrup is free to rotate with respect to the stirrup attachment bar. The frame can be made as a single piece and assembled as a single piece into the housing as two housing sections are brought together to form the housing.

Abstract: A stirrup includes an elongated footrest as well as a hanger for suspending the stirrup from a saddle. The footrest and the hanger can pivot relative to one another on an axis parallel to the longitudinal axis of the footrest. A shock absorber is provided for the footrest and has spaces for anchoring the shock absorber to the footrest. The footrest, in turn, has anchoring members for the shock absorber.

Abstract: The present invention relates to a system for use in connection with a stirrup (5) for controlled positioning of a rider's foot relative to a riding animal by means of the stirrup (5). The system comprises a foot support (3) and a riding boot (1), said stirrup (5) being arranged to carry said foot support (3), which in use is in contact with the lower surface of the riding boot (1). The upper side of said foot support (3) is formed with a first pattern adapted to cooperate with a second pattern formed at the underside of the riding boot (1), said first and second patterns being arranged with cooperating abutments directed so as to prevent the rider's foot from moving horizontally in at least one direction.

Abstract: An equestrian stirrup insert for enhancing the stability and traction of the stirrup foot plate. In this regard, the present invention provides for a traction enhancing insert assembly that is installed into the foot plate of stirrups. The insert is formed from milled aluminum. The milled aluminum plate provides a durable surface that has greatly improved wear characteristics. The assembly includes a top traction surface that is placed onto the foot plate of the stirrup. A mounting plate is placed beneath the stirrup and connected to the underside of the traction surface using fasteners. Since the insert is rigidly fixed to the stirrup using fasteners, the insert is prevented sliding in the stirrup. In this manner, the rigid relation ship between the insert and the foot plate of the stirrup allows for enhanced force transfer from the rider's foot into the stirrup with a greatly reduced potential for the insert to slip relative to the stirrup.

Abstract: An improved equestrian saddle creates an angle of separation between the stirrup and the body of the horse to aid the insertion of the rider's foot. A fender conforms to the shape of an attached molded plate. As a result, the stirrup strap is twisted, turning the associated stirrup away from the horse. The molded plate is intended to be shaped by a user, maintain its shape during normal use conditions, and be re-shaped by the user at will. Alternatively, the plate could be molded into a permanent shape and attached to the fender. In yet another embodiment, the plate could be shaped by the user and then made rigid by the user. The plate is preferably inserted into a pocket in the fender structure.

Abstract: A stirrup includes an elongated footrest as well as a hanger for suspending the stirrup from a saddle. The footrest and the hanger can pivot elastically relative to one another on an axis parallel to the longitudinal axis of the footrest.

Abstract: An adjustable stirrup leather and a saddle including such a stirrup leather for suspending a stirrup relative to a saddle seat wherein a spring element is provided within the stirrup leather to provide a torsional force to properly align the stirrup for a rider's foot when the saddle is placed on a mount. In a preferred embodiment the spring element is vertically adjustable depending upon an adjusted length of the stirrup leather.

Abstract: A riding stirrup (10) includes a hanger rod (11) for connecting the stirrup to a saddle, and a stirrup loop (12) connected to the hanger rod. The stirrup loop (12) defines a stirrup opening (14) through which a rider may extend their foot when the rider is sitting in the saddle. The stirrup loop (12) also includes an elongated base support tread (17) positioned generally at the bottom of the loop. The base support tread (17) extends at a slant with respect to a stirrup centerline (CL) which extends perpendicular to the longitudinal axis of the hanger rod (11), through a midpoint of the rod, and through the base support tread. This slant places the distance between an outer tread section (21) and the hanger rod (11) greater than the distance between an inner tread section (20) and the hanger rod.

Abstract: A riding stirrup includes a foot-receiving part 1 and a plate-like part 2 which is suspended from a strap 14. The part 1 is pivotally received on a tongue 7 held by a flange 8 and a retaining plate 9 which is secured to the plate 2 by snap fasteners 11. Normal downward forces on the stirrup do not dislodge the plate 9, but if the rider falls from the saddle the part 1 pivots in direction A levering the fasteners 11 apart. The retaining plate 9 is thus freed allowing the foot-retaining part 1 to separate from the suspension part 2.