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Image - 1 - 4Quattro Pro GW Ski Boots
Image - 2 - 4Quattro Pro GW Ski Boots
Image - 3 - 4Quattro Pro GW Ski Boots
ScarpaMen's

SKU: 712411900

4Quattro Pro GW Ski Boots

Was £790.00Now £434.5045% off

Green

Overview

The latest version of the 4Quattro family is the Pro, using Pebax throughout the shell, cuff and tongue and ramping up the flex and walk mode for added performance. It’s the lightest, most powerful boot in its class. The new cuff uses a rigid structure in the rear and is lowered at the front for faster transmission of energy.

Ideal For

  • All Mountain
  • Backcountry
  • Freeride
  • Ski Touring

Performance

Ski Boot Flex

How forgiving or stiff the boot feels when you flex forward

Ski Boot Flex rating: 10.0000 out of 10

Volume

Internal volume of boot and suitable foot shape

Volume rating: 6.0000 out of 10

Performance

Suitable skier type

Performance rating: 10.0000 out of 10

Ski Boot Terrain

Suitable terrain

Ski Boot Terrain rating: 10.0000 out of 10
1555g (MP 26.5)
Weight
130+
Flex
100mm
Last Width
Grip Walk
Sole Unit

Features

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Grilamid Bio Alpine Axial Hybrid

Alpine Axial Hybrid construction consists of a tongue and strap combination connected on the medial side of the shell, which provides a precise fit at the midfoot and the ball of the foot, and accommodates a wide variety of foot types and sizes. This construction allows for the fit and precision of a classic overlap ski boot construction, while allowing easier entry into the boot, and enables excellent transmission of impulses when turning and unparalleled control.

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Presa SKI-01 sole

The sole has an ergonomic design that guarantees excellent grip when walking or hiking, and is compatible with GripWalk certified downhill or ski touring bindings.

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Secure Speedlock 4 Mechanism

Provides a secure and powerful dual lock for extra security to tackle any kind of descent.

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Grilamid Bio

This polymer with a high BIO content guarantees a significant reduction in CO2 emissions while maintaining its main properties of stiffness and elasticity and high impact unaltered. In fact, it derives from the synthesis of castor oil. The castor plant does not compete with food crops for the land and is grown in semi-arid areas (India, China, Brazil). It is, therefore, an excellent alternative to polymers derived from fossil sources and is completely recyclable.