OJK Plates Snowboard Binding Pads Drag Drake Black

Advanced Pads for Better Edge Feel

Lightweight, flexible snowboard binding pads weighing 168 g each. Made from polyethylene resin, they excellently absorb vibrations and are characterized by exceptional resilience, which translates into excellent control and precision while riding. The pads enhance the board's flexibility, allowing for sharp carving, even on uneven, challenging surfaces. When riding in powder, you'll experience even better floatation above the snow.

No More Boot Drag at Greater Angles

The OJK Plate snowboard binding pads are designed to eliminate the problem of boot toe drag, a common issue during aggressive carving. By raising the bindings and utilizing a unique plate design, the distance between the boot and the snow surface is increased, allowing full edge engagement without the risk of losing balance. This solution not only improves riding comfort but also allows for more dynamic and confident riding.

Unique Construction

The unique plate construction allows for fast and stable riding in various snow conditions, making them an excellent choice for both beginners and advanced snowboarders. The product is made in Japan, ensuring the highest quality and reliability.

Key Features:

- Drag Drake model

- Dimensions 235 x 165 mm at the front and 152 mm at the heel

- Thickness 11 mm

- Lightweight construction: weighs only 168 g per pad

- Easy installation

About OJK

OJK is a renowned snowboard manufacturer based in Japan. The brand specializes in creating snowboarding equipment. With over 50 years of experience in plastic molding technology and its own production facilities, OJK produces snowboards and binding plates using unique patents. Since 2000, the brand has been producing freestyle and alpine snowboards, including boards with unique multi-radius sidecut technology. In 2017, OJK developed a model that became the prototype for the current OJK Plate binding pad, and in 2018, they introduced the OJK Carving Plate 01, marking the beginning of the production of "OJK Plate" plates.