Climbing Shoes 9A line

• DIAMOND
• OZONE QC
• OZONE SLIPPER

OZONE QC

Ozone QC are asymmetric, anatomically shaped climbing shoes, sophisticated weapon for competition and sport climbers, the climbing shoe, which shortly after its launch has seen tremendous success and positive feedback from users. Also, the test results of well-known climbing periodicals confirm functionality of the shoe. Ozone QC are surprisingly precise on the tiniest footholds, edges and holes. Ozone QC sets a new trend and breaks barriers in climbing. Unique patented 3-Force system provides fixation of the forefoot by reacting against force vector by which the climbing shoes are naturally twisted from the foothold. Vibram XS Grip sole provides excellent friction. Well-designed heel part fits perfectly. Ozone are available in this quick closure (QC) or slipper version.

Weight	Sizes
454 g (7 UK)	3-13 UK

 

Technical overview

• Last: Asymmetrix – slightly bent, very asymmetric
  
• Upper: microfiber synthetic leather
• Lining: Polyester
• Midsole: Suflex – 3D Fit
• Sole: Vibram XS Grip, 4 mm
• Padded airy tongue
• 3-Force fixation of the forefoot
  

 

 

 

3-Force patented system

Original solution by Rock Pillars from 1994 enables to use rubber foil in the construction of front toe-box. It was improved by our new 3-Force system. 3-Force uses connection of 3 points which enabled controlled inner force distribution in order to maintain better torsion stability. Inner rand rubber in the place of big toe stabilizes standing on edge and protects the big toe while toe-hooking, it continues in periphery of toe-joints to outer edge. In this way it stabilizes this periphery and with slight tension it circuits inner foot arch where is in the space of big toe´s joint fixed in a way of perforated ending tongue. This support softly this joint and prevents from horizontal movement from the tip-toe.

3-Force system:

• Stabilizes inner edge while standing on small edges by force contra-reaction from inner foot arch.
• Stabilizes front part of the slipper construction in the area of toe joints.
• Stabilizes big-toe position from horizontal movement from the tip-toe.
  

 

Details