Key Features:

• Materials -  Nylon reinforced with 30% fiberglass
• Ratchets - Bombproof buckles made from aircraft-grade alloy featuring ultra-strong levers and springs
• Heelcup -  Nylon reinforced with 30% fiberglass
• Baseplate - Nylon reinforced with 30% fiberglass
• Bushing - Hard-All Mountain/Freeride
• Adjustability - Tool-less strap adjustment
• Forward Lean - Yes, Tool-less adjustment
• Canting - No
• Mounting System - Universal Mounting Disk - 4x2, 4x4 and EST/Channel
• Flex - 4

In-depth Tech Specs:

• Dynamic Flex Highback - Designed for playful response and flex. Mid-wide profile and friendly, ergonomic flex helps you turn, tweak and slash. Asym highback with small lateral side wing for added toe side turn power.Stiffer middle spine for solid turn performance.Thinner, flexible side edges to eliminate calf bite and a tool-less forward lean adjustment
• Power Spine Ankle Strap - New two-part molded ankle strap with a wider bottom section for flexible comfort and a stiffer center spine for unmatched response. Flip-It Strap compatible (Freeride mode + Surf mode).
• 3D Flex Fit 2.0 Toe Strap -3D Flex Fit 2.0 toe straps dynamically stretch to fit any shape boot. The new minimalist design is even lower profile and every bit as comfortable, durable and responsive as the original design.
• Flip It Strap - Jones bindings offer customizable dampening and response by switching between Surf Mode and Freeride Mode. Surf Mode lets you tweak harder, while Freeride Mode keeps you locked in for maximum response. Switch modes by changing the bushings from soft (Surf Mode) to hard (Freeride Mode) and adjusting the Flip-It ankle straps. The Flip-It strap allows you to interchange the ankle straps between the left and right binding to create custom response. Ride with the ankle straps in Freeride mode for morelateral support and board response or flip the straps into Surf Mode for solid heel support, but more ankle flexibility for getting loose.
• Skate-Tech - The NOW Skate Tech system works like a skateboard truck and enhances board control + reduces foot fatigue by transferring energy input directly from the binding to the board edges through a dynamic design.