FORM & FUNCTION
You know that feeling when you put on something that looks and feels amazing and you immediately know you're in for a great night-the VETTA makes your shred experience just like that... but on the mountain.
Flex: 4/10
Riding Style: Freestyle / All-Mountain
Key Features:
Flushcup Technology – Designed to hold boots even without a highback, these have a flush inner surface where the highback meets the heelcup. This gives direct energy transfer between boot and binding.
Hanger 1.0 Nylon Reinforced with 15% Fiberglass – I-Beam wall sections are both rigid and light. Baseless design allows for uninterpreted board flex. Transfers energy to the board's edges.
Post – Nylon with 50% Glass Fiber
Combo Disc – 4x4 & Channel compatible
Flex Hinge Highback – Pre-rotated 10 degrees, with a higher medial side to follow your leg angles, a lateral hook for added support, and a flex hinge that dampens chatter and eliminates calf-bite. 15mm Higher than the original Flex Hinge.
SIEVA Ankle Straps – The word SIEVA means single-injected EVA. The body of the strap is made entirely with one-part EVA injection, eliminating any stitching and reducing gluing to less than 1% of the strap area. A nylon webbing that is strong, durable and flexible is inserted
in the body of the strap at one end and sealed by a micro-injected logo. After turning heads with our Hyperfuse, we decided to push the boundary of strap manufacturing and overall design. This SIEVA strap is about durability, comfort and reducing weight.
WMNS's PRro Grip Toe Straps – Probably the best toe strap in NOW's range, here with a feminine touch.
NOW Tool-less Adjuster Straps
PA66-GF Buckle Levers – NOW's PA66-GF buckles are made with the same high-grade Nylon and Glass Fiber blend found in our post and disc. This material is light and strong.
Skate Tech - The Hanger powerfully transfers energy input from the straps to the bushings and onto the edges of your board. The Kingpin acts as a fulcrum, magnifying this energy through leverage. Traditional bindings diminish energy transfer by the flexing and bending of their baseplate, forcing you to crank your straps down harder, ride with more forward lean, or run taller and stiffer highbacks.
