Meet the jack-of-all-trades, master of fun. The ARV 94 is balanced to excel when buttering and pressing with plenty of stability and pop to confidently send it on the pro line. The Poplar Core, Ash binding insert and w3Dgewall construction enhance edgehold and binding retention in a rugged package.

The AR Freestyle Rocker in the tips and tails virtually eliminates hang ups on rutted out lips and landings while adding a touch of all-conditions versatility for exploring the rest of the mountain. The ARV 94 is the multi-tool of freestyle skis, ready for anything and built to last.

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PARK TO POW
Versatile waist width, twin tip construction and smooth tip and tail rocker lines provide a huge performance envelope from the terrain parks to secret stashes in the trees.

COMPETITION READY
Flex pattern tuned to press and butter everywhere while maintaining plenty of stiffness and stability for the biggest hits to tackle features any way you imagine.

ART BY DAVID ALABO
ARV Series skis feature iconic artwork from David Alabo that explores surrealist futurism through intricately immersive design.

AR FREESTYLE ROCKER
Rockered tips and tails are combined with positive camber underfoot allowing the ski to float and track through deep, variable snow while maintaining solid edge hold in firmer conditions.

POPLAR CORE
The 100% Poplar Core delivers stability, power, and pop for predictable response without excess weight.

ASH BINDING INSERT
Hardwood binding insert provides superior screw retention.

2.5 IMPACT EDGE
Oversized and specially heat treated, this edge is supremely durable and built to resist impact damage.

S7 BASE
A sintered base optimized for speed, durability and wax retention.

W3DGEWALL
The w3Dgewall is a 3D molded, injected sidewall that’s angled where it joins the wood core. During ski construction, this creates a mechanical bond in the mold and a more uniform connection between the sidewall and core. With more material in strategic areas and a three-dimensional taper in the tip and tail, the w3Dgewall balances ideal performance characteristics with reduced weights.

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