Spark R&D Unisex Arc ST Pro Splitboard Bindings - Durable Reliable Lightweight Easy-to-Install Puck-Compatible All-Mountain Freeride Touring Bindings, Black 24/25, Small
R 28,829
Availability: Currently in Stock
Delivery: 10-20 working days
This item may be available in a different size, colour, scent, version or platform:
Spark R&D Unisex Arc ST Pro Splitboard Bindings - Durable Reliable Lightweight Easy-to-Install Puck-Compatible All-Mountain Freeride Touring Bindings, Black 24/25, Small
LIGHTWEIGHT PERFORMANCE - The Spark R&D Arc ST Pro Splitboard Bindings are the lightest and highest-performing bindings on the market, crafted with meticulous attention to detail and premium materials; They combine the essential features of the standard Arc ST Bindings with custom components to enhance performance
RESPONSIVE ASYMMETRIC HIGHBACKS - Featuring carbon-reinforced Asym Rip 'N' Flip Highbacks, these snowboard touring bindings offer medium flex and a surfy feel; The individual left and right highbacks are ergonomically designed for optimal comfort and control, while the flatter upper section provides excellent lateral mobility
ADVANCED ST WHAMMY BARS - Integrated into the baseplate, the ST Whammy Bar Climbing Wire allows for seamless adjustments between stowed, low (12-degree), and high (18-degree) positions; This feature ensures smooth transitions while touring, enhancing versatility on varied terrain
PREMIUM PILLOW LINE STRAPS - The Pro Series Arc ST Bindings come equipped with lightweight, durable, and waterproof Pillow Line Straps made from premium Pebax plastics; These straps provide incredible support and comfort, with a flex window for maximum agility, while the toe straps can be used as toe caps or traditional straps
COMPATIBILITY & CONVENIENCE - Designed to work with all puck-compatible splitboards, these Spark R&D bindings feature the innovative Tesla Snap Ramp for easy attachment and removal; Additionally, they incorporate custom hardware, including lightweight 7075-T6 aluminum parts, ensuring durability and reducing overall weight