The Zero G Tour W is a ski touring boot aimed at freeriders who want a more forgiving flex on tours and summit climbs. The boot is built with a polyurethane shaft and a polypropylene shell. The walking mode Double Blocking Mobility Cuff System provides 55-degree range of motion during walking and non-existent play in the locked position with a correct flex of 110.
The sole of the boot from Vibram has dual density, yellow rubber in areas that are in direct contact with the binding for higher power transfer when skiing. Black rubber has a softer density that provides increased grip and safety when walking and climbing. The fasteners, Low Tech Inserts, are certified by Dynafit according to ISO 9523.
Specifications
- Flex index: 105
– Read: 99 mm
– Inner shoe: Ultralon® Light W with lacing
- Buckles: 4 Light Magnesum with walking mode
– Strap: Powerstrap 35 mm
- Outsole: VIBRAM Touring with Low tech inserts ISO 9523.
- Weight: 1500 grams (size 26,5)
CAS Customization Shell
The shell has an anatomical shape that mimics the shape of the foot. The notches on the shell provide less surface tension and facilitate heating before adaptation. The material maintains the changed shape better and longer.
Shell features:
- Anatomical and precise shape
- Simplified and fast thermoforming
– Simplified customization
Scaling:
- Punching (increased volume): The polyether material can be heated and punched in problem areas
– Sanding (increased volume): the material is sandable in problem areas
Double Blocking Mobility Cuff System
A locking mechanism that gives the boot 55° mobility in walking position with maximum stability and safety. Has a self-adjusting system that removes all play in the locking mechanism.
Polypropylene
The boot is built from polypropylene which is a very durable material with high impact resistance and resistance to fatigue and cracks.
Low Tech Inserts
Certified soles according to ISO 9523 with low tech inserts - fasteners for Low Tech bindings certified by Dynafit.
Vibram
Tecnica works with soles from Vibram, which developed a dual-density rubber compound. Yellow rubber in areas that are in direct contact with the binding provides higher power transfer when skiing. Black rubber has a softer density that provides increased grip and safety when walking and climbing.