SPX 12 ROCKERACE GW Hot Red

DESCRIPTION

Designed for competitive skiers, the SPX 12 Rockerace binding is based on LOOK’s World Cup styles and shares the iconic Hot Red colour.

Its extremely long elastic travel delivers excellent retention, instant power transfer, and superior shock absorption to significantly reduce unwanted pre-release. A short mounting zone combined with a semi-suspended heel enhances ski flex for increased precision and control.

The binding is compatible exclusively with ISO 5355 A and GripWalk® ISO 23223 A boots, and with skis equipped with an R22 plate.

DETAILS

SKU: FCLBS04
Brake width: <80 mm
DIN / ISO: 3.5–12
Weight: 1130 g / 1/2 pair

TECHNOLOGY

SPX Heel
LOOK’s SPX heel design delivers 27 mm of elastic travel for best-in-class shock absorption, confident retention, and a significant reduction in unwanted prerelease. An oversized heel pivot increases coupling strength between the boot and binding for more efficient power transmission.

Full Action Toe Piece
Featuring 45 mm of elastic travel and a 180° multi-directional release, the FULL ACTION toe piece delivers class‑leading retention and controlled release, while increasing coupling strength at the boot‑to‑binding interface for maximum power transmission.

Multi-Directional Release
LOOK is the only binding brand to develop a true mechanical upward release that functions independently from the heel, providing an effective 180° multi-directional release in the event of a fall.

Short Mounting Zone
The shortened mounting zone reduces swing weight and improves response, while creating a deeper, rounder, and more consistent ski flex for enhanced control and precision.

Long Elastic Travel
Extended elastic travel ensures reliable retention when you need it most. LOOK bindings offer industry‑leading lateral and vertical elastic travel with fast re-centring prior to release, delivering superior shock absorption and reduced unwanted pre‑release.

Rolling Control
LOOK binding components are engineered to deliver industry‑leading roll coupling strength at the boot‑to‑binding interface, minimising roll before engagement and ensuring the most efficient power transmission while skiing.