Look SPX 11 GW B90 Bindings

The LOOK SPX 11 GW B90 bindings are unisex ski bindings designed for junior skiers with an aggressive style as well as for adults with a smaller build. Designed for all-mountain skiing, they combine a secure hold with a high elastic travel to reduce unintended releases while ensuring efficient power transfer. The DIN range of 3.5 to 11 caters to a wide range of skiers, from those improving their skills to experienced skiers seeking responsiveness and support.

Toe and heel technologies designed for performance on the Look SPX 11 GW B90 bindings

The toe piece features Full Action Toe (FDC) technology, which offers 45 mm of elastic travel and 180° multi-directional release. This multi-directional release allows the binding to release the foot in multiple directions during a fall, helping to reduce the stress transmitted to the lower leg. At the rear, the SPX heel piece incorporates an additional 27 mm of elastic travel, complemented by an oversized heel pivot that enhances the stability of the boot-binding connection. This entire system ensures superior shock absorption, thereby limiting unwanted releases on varied terrain or in conditions of significant vibration.

GripWalk Compatibility and Power Transfer

The SPX 11 GW B90 is compatible with ISO 5355 A-standard alpine boot soles as well as ISO 23223 A GripWalk® soles, a curved-sole design that facilitates walking off-piste. This dual compatibility offers flexibility in choosing a ski boot. The increased coupling force at the boot-binding interface optimizes power transfer to the ski, resulting in a more direct response during turns. Rolling Control technology contributes to this precision by managing the binding’s behavior during lateral forces.

A mounting zone adapted to the ski’s natural flex

The short mounting zone of the SPX 11 GW B90 bindings preserves the ski’s natural flex—a particularly important factor for all-mountain skis, whose performance depends directly on the core’s ability to flex freely. The lightweight composite construction helps keep the overall weight of the binding system down without compromising the stiffness needed for efficient power transfer. Putting on and taking off the boots has also been made easier, which is a practical advantage in everyday use, especially for young skiers who put on their own gear.