AmpTek All-Mountain Rocker – AmpTek All-Mountain features softer tips and a stiffer waist with 40% camber between the feet for powerful edge grip and stability, and 60% rocker at the tip and tail and forgiveness for effortless freeride versatility.

Flex Rating: 8 (1 Soft - 10 Stiff) – A symmetrical flex, stiff under the binding areas for punch and grip underfoot with a stiffer waist for stability at high speed.

Twin All Mountain – A symmetrical flex, stiff under the binding areas for punch and grip underfoot with a stiffer waist for stability at high speed.

Radcut – A traditional sidecut between the inserts fuses with multiple reverse sidecuts toward the tip and tail, providing real time sidecut adjustment to the ride, ie. longer when faster, shorter when slower, and delivering the perfect cut at all times. Radcut is offered in multiple versions, each tailored for individual riding styles. More aggressive sidecut blends deliver quicker, livelier turns, while smoother sidecuts offer a more fluid, relaxed ride.

Roller BC – Rossignol's Roller BC base technology features a milled core along the perimeter of the board, lifting board edges 1mm off the snow at a 2° angle for a surfy, freeride feel in deep snow and ultra-smooth edge-to-edge transitions.

Wood CK1 Core – A single type of wood laminated with Carbon and Kevlar fibers through the center for an easy-to-manipulate flex that isn't overpowering.

Carbon – Combining high flexibility with high tensile strength, low weight, high resistance and low thermal expansion make carbon fibers the perfect pick for explosive pop.

Aramid – Also known as Kevlar®, acts as a vibration dampener that softens rough landings. Durable, strong and extremely lightweight, Kevlar® is often used in ballistic body armor.

Sintered 7500

5S Serrated Edge Technology – Rossignol's exclusive edge tech offers five, smaller points of edge contact (one between the inserts and two on either side of the inserts), expanding grip to once unreachable areas of the board for increased stability and edge hold with a smoother, less aggressive feel.

6 x 2 Insert Pattern

Stiff Flex – 8 (1-10 Rating System)

Aluminum Alloy Rockered – Unique for the NX2 this is the stiffest and most responsive baseplate Flow designs.

Glass-Filled Nylon Modback – The modular hibacks separate the lower and upper zones for targeted strength, support, and flex. The Glass-Filled Nylon offers a lively and fun feel. In the NX2 model the lower zone automatically triggers Active Strap Technology.

Dual-Entry Versatility – The reclining hiback is a pivotal part for the fastest Dual-Entry.

Reclining Hiback – When you open the reclining highback, a simple system actively lifts up the strap, and this same system tightens the strap automatically when you close the hiback.

PowerStrap – These straps cover a larger area of your mid-foot and connect the ankle and toe zones for a more convenient, comfortable, and more powerful riding experience.

Fusion PowerStrap – A 3-D shaped PowerStrap fuses the ankle and toe zones over the mid-foot, and is padded for a comfortable form-fit to your boot. This PowerStrap provides maximum support and energy transmission.

Active Strap Technology – Dual-Entry has never been more convenient without sacrificing the superior performance, comfort and power transmission that Flow bindings are famous for. With our revolutionary Active Strap Technology, the strap automatically lifts up when you open the reclining highback and actively tightens again when you close the highback. AST reduces friction and creates more room so that getting in and out of your binding is faster and easier than ever.

Aluminum LSR Locking Slap Ratchet – Buckles that give you the option to easily get in and out of Flow bindings any way you want. The aluminum design reduces friction and weight.

Aluminum 5mm offset Multidisk – 4HP + 3HP + M6-Channel

OC-Kush Base & Heel-Pad – This cushioning dampens landings and absorbs chatter. Featured on the NX2 series, this OC-Kush basepad fits perfectly to the rockered baseplate shape for efficient energy transfer.