The Hoji Free 130 is compatible with alpine bindings according to UNI EN ISO 9523 and offers the best possible downhill performance and stability together with top-climbing properties previously only found on pure top-climbing boots. Hoji Free 130 is compatible with alpine frame bindings, Low Tech bindings and MNC (Multi Norm Compatibility) bindings.
The uncompromising construction is based on new knowledge, innovations and technology. The Hoji Lock System is a solid locking system that stabilizes the cuff against the chassis and provides a lock without backlash. With one and the same grip, the cables to the boot's strap and top buckle are also locked - One move to switch.
In the walking position, the movement of the shaft is 55 degrees, which provides optimal uphill characteristics and saves a lot of energy for the practitioner. In downhill mode, the forward slope is 15 degrees with the option to remove a spoiler for 11 degrees of slope. The ski's shell is molded in Grilamid for the best imaginable stability combined with low weight. Read for normal to wide feet with a well-constructed and enveloping inner shoe from Sidas that is hot-air molded for a personalized fit.
TÜV certified inserts according to Dynafit's Master Step System. Compatible with Dynafit's integrated Cramp-In Crampons.
The Hoji boot is designed and developed by the Canadian freerider Eric “Hoji” Hjorleifson and Fritz Barthel, the author of the Low Tech / TLT system.
Specification
- Forward walking position: 11°
– Shaft rotation: 55°
– Inner shoe: Sides Liner
– Sole: Formula Pomoca Climb
- Material: Grilamid and Grilamid in combination with fiberglass
– Weight: 1550 gram
certification
UNI EN ISO 9523
Grilamid® Loaded with Glass Fibers
Grilamid® is a light, very durable material with high impact resistance, resistant to fatigue and cracks with long-term resistance to degradation by UV light. Combined with fiberglass, it gets higher torsional stiffness and longevity.
Pomoca Hoji Free Outsole
A sole approved according to the ISO 9523 standard for use in low-tech bindings as well as in alpine bindings without inserts. Triangular grip surfaces provide increased grip on rocks, mud and snow. Two high wings contribute to optimal grip under the central part of the foot. In the rear area there is a larger volume damping for increased comfort on long climbs.