Zenith Z11 Oversize TPI2

This is an "Active Ski"
These are skis for the skier who likes to challenge themselves to improve achieve their personal best. The pursuit of enjoyment, well-being, fitness and the new environments of skiing.

Overview

This ski is designed for 100% of the Mountain. It is 4 skis in 1! High speed skiers who want the quickness of a carving ski and the versatility of a freeride ski in Short to Long radius turns. The Mutix Technology adds more options!

TPI2

The new tool-free integrated ski/binding interface has a contorl beam combined with VAS (Visco Absorption System) to absorb vibration and facilitate rebound in the ski. You can use the binding on another Rossignol with TPI interface to build your ski collection!

Mutix Technology

The Mutix Technology is added to the Z11 making it an All Mountain Ski, that will excel in any condition and any terrain. The Z11 is ideal for high speed and aggressive skiers looking for versatility in turn size, turn shape and power! The customizable nature of the ski makes it a match to your personal preference for the conditions and terrain.

IPS H Full Drive

The Twin Pulsion plate channels energy to 2 front and rear arms to independently apply pressure to the edge of the ski. The Twin Pulsion plate and arms are connected under the foot for easy trnasition from edge-to-edge.

The result is easy turn initiation and a powerful exit. The Visco insert dampens the ski to smooth out the ride.

Oversize

Completely new, spectacular sidecut for increased power and control. This new profile enhances power while a wider width underfoot facilitates control. The result is greater on-snow agility.

VAS - Vibration Absorbing System

Visco elastomer material inserted in the ski's construction to dampen vibrations. This adds greater control, stability and contact with the snow.

Twin VAS
This system is located under the interface. It absorbs vibrations and facilitates rebound, while additionally providing pressure to the tip and tail. Twin VAS varies in stiffness depending on the model.