In one example, a snowboard binding includes a retention and release assembly configured to be mounted to a snowboard, and including a manually operable retention mechanism. The snowboard binding further includes a boot interface portion configured to releasably engage the retention and release assembly, and the boot interface portion further configured to releasably retain a boot, and when the boot interface portion is fully engaged with the retention and release assembly, the boot interface portion is rotatable relative to the retention and release assembly.

In one example, a snowboard binding includes a retention and release assembly configured to be mounted to a snowboard, and further includes a retention mechanism operable by a wireless remote control. A boot interface portion of the snowboard binding is configured to releasably engage the retention and release assembly, and the boot interface portion is also configured to releasably retain a boot. In operation, the user can enable release of the boot interface portion from the retention mechanism by activating the wireless remoted control so as to cause the boot interface portion to be unlocked from the retention mechanism.

A snowboard binding with magnetic assistance for aligning a ladder with a buckle is provided, the snowboard binding comprising an ankle guard attached to a first side of the snowboard binding, the ankle guard comprising an ankle strap and an ankle buckle configured to receive an ankle ladder for securing a boot to the snowboard binding, wherein the ankle buckle comprises a binding extension comprising a first magnetic material; and the ankle ladder attached to a second side of the snowboard binding, the ankle ladder comprising a ferromagnetic material, wherein the ferromagnetic material is attracted by the first magnetic material to align the ankle ladder with the ankle buckle.

A snowboard binding with magnetic assistance for aligning a ladder with a buckle is provided, the snowboard binding comprising an ankle guard attached to a first side of the snowboard binding, the ankle guard comprising an ankle strap and an ankle buckle configured to receive an ankle ladder for securing a boot to the snowboard binding, wherein the ankle buckle comprises a binding extension comprising a first magnetic material; and the ankle ladder attached to a second side of the snowboard binding, the ankle ladder comprising a ferromagnetic material, wherein the ferromagnetic material is attracted by the first magnetic material to align the ankle ladder with the ankle buckle.

Coupling assembly between a footwear and a sport equipment comprising at least one housing on the footwear near the sole suitable for receiving a first metallic element, a binding, on the sport equipment, provided with a seat for the insertion of the footwear, the binding being equipped with at least a second metallic element positioned in the seat, the first or the second metal element being an electromagnet, which when activated is magnetically bound to the other element.

Coupling assembly between a footwear and a sport equipment comprising at least one housing on the footwear near the sole suitable for receiving a first metallic element, a binding, on the sport equipment, provided with a seat for the insertion of the footwear, the binding being equipped with at least a second metallic element positioned in the seat, the first or the second metal element being an electromagnet, which when activated is magnetically bound to the other element.

The present invention comprises a fairing apparatus for a snowboard comprising a raised structure that may be positioned adjacent to the user's binding, having a geometry that deflects snow or ice away from the user's bindings and boots. In various exemplary embodiments, the raised structure may comprise two forward extending ridges located near the edges of the snowboard. In various exemplary embodiments, the forward extending ridges may extend laterally beyond the edges of the snowboard and may generate lift as the apparatus moves through snow or ice.

The present invention comprises a fairing apparatus for a snowboard comprising a raised structure that may be positioned adjacent to the user's binding, having a geometry that deflects snow or ice away from the user's bindings and boots. In various exemplary embodiments, the raised structure may comprise two forward extending ridges located near the edges of the snowboard. In various exemplary embodiments, the forward extending ridges may extend laterally beyond the edges of the snowboard and may generate lift as the apparatus moves through snow or ice.

A binding system includes a base plate and a strap. The strap has a first end and a second end, the first end being affixed relative to the base plate. A strap adjustment assembly is mounted to the base plate. The second end of the strap is connectable to the strap adjustment assembly such that the strap adjustment assembly is operable to at least one of automatically tighten the strap relative to the base plate and automatically loosen the strap relative to the base plate in response to an input signal.

A binding system includes a base plate and a strap. The strap has a first end and a second end, the first end being affixed relative to the base plate. A strap adjustment assembly is mounted to the base plate. The second end of the strap is connectable to the strap adjustment assembly such that the strap adjustment assembly is operable to at least one of automatically tighten the strap relative to the base plate and automatically loosen the strap relative to the base plate in response to an input signal.