e-Race Pro SW RP WCR 16

The Worldcup Rebels e-Race Pro provides advanced to expert skiers high-octane fun and a focus on medium-sized turns. Stable and responsive, the e-Race Pro has full race ski characteristics, but thanks to a narrower tip shape, it's easier to turn and less demanding than FIS-level models. Performance comes from a wood and Titanal core, a Worldcup plate and durable Phenolic sidewalls. The e-Race Pro employ's HEAD's EMC technology, which removes unwanted vibrations while maintaining rebound energy. 

Length: 160/165/170/175/180 

Radius: 14,8 @ Length 170

Sidecut: 117/68/102 @ Length 170

Plate: RACEPLATE WCR 14 SHORT

Bindings: 100904 - FREEFLEX ST 16 BR.85 [A]M.BK/SP.BL

• EMC
• Graphene Worldcup Sandwich Cap Construction
• RD Race Structured UHM C Base
• Rebel Camber

EMC
The HEAD EMC (Energy Management Circuit) features ceramic piezo plates incorporated into the front and rear of the ski. Here, the kinetic energy is converted into electronic energy and in turn, the electronic energy is used to absorb negative vibrations. This means that the ski runs smoother and allows you to ski at a higher level all day long.

GRAPHENE
GRAPHENE is the thinnest and lightest element ever discovered by mankind. GRAPHENE is also the strongest material on the planet, stronger than diamond and 300 times stronger than steel, all in the thickness of one atom.

Bindings: 100904 - FREEFLEX ST 16 BR.85 [A]M.BK/SP.BL

The Freeflex ST 16 is equipped with the Stream toe and the RACE PRO heel. The large adjustment range and the aerodynamic design of the toe ensure optimum safety and even faster runs.

The Adaptive Suspension Technology with independent spring-loaded pincers and the additional metal insert between plate and binding guarantee maximum speed, direct power transmission and best control. The sliding plate offers two mounting positions for a changeable pressure point and adjustment of performance.

Stand height: 17 mm
DIN: 5 - 16
Weight: 1325

FREEFLEX TECHNOLOGY
The Freeflex technology allows the heel of the binding to move back as the ski flexes, minimizing the influence of the binding on the natural ski flex.