YOU WON´T BELIEVE IT´S A WIDE SNOWBOARD

A large foot should not be a limitation to progression, and the Magnum makes sure of this by offering a perfect blend of support, response, and flex to allow you to continue to step your game up all over the mountain.

Designed to feel like a standard width snowboard, the Nitro Magnum is a wide board that turns and rides effortlessly in pow and hard-pack with precision. The new Directional shape allows for more float in pow, while the new Dual Degressive sidecut and new Power Pods provide a turning sensation that you have never experienced before. Good bye heel and toe drag – Hello armpit to the ground carves!

FEATURES

POWER PODS
POWERLITE CORE
REFLEX CORE PROFILE
BI-LITE LAMINATES
SINTERED SPEED FORMULA HD BASE

CHARACTERISTICS

Shape        DIRECTIONAL
Camber     CAM-OUT
Width         WIDE
Flex            MOUNTAIN
Sidecut      DUAL DEGRESSIVE

RIDING STYLE

ALL-TERRAIN

FREERIDING

FREESTYLE

BOARD FEEL

1 Soft & Playful
10 Stiff & Responsive

CAMBER

SIZES

171cm
167cm
163cm
159cm

COLLECTION

PRODUCT VIDEOS

PRODUCT GALLERY

POWER PODS

Overlaying a tighter sidecut radius in the center of the board with a larger one
towards tip and tail is creating our exclusive POWERPODS which have two amazing effects: On one hand, there is extended board width under the bindings, resulting in additional edge control, especially on hard and icy surfaces as well as simply less toe and heel drag for larger boots and flatter stance angles. On the other hand, our POWERPODS make the board super reactive and fast turning once it’s put on edge – while keeping it easy to control if ridden with less dynamics.

SINTERED SPEED FORMULA BASE: HIGH DENSITY - HIGH DURABILITY

Utilizing a new base material compound, we have been able to achieve higher abrasion resistance, increased wax absorption and higher on-snow speeds.

POWERLITE CORE: LIGHTWEIGHT PERFORMANCE AND POP

The highest grade of ultra-lightweight poplar wood in our Powerlite core makes
for the perfect ride with lots of pop and unmatched strength at a minimum
weight.

171

167

163

159