ROXA R3S 130
ALL MOUNTAIN CABRIO SERIES SKI BOOTS
LAST: 99 BioFit
LINER: I.R. Freeride MS
FLEX INDEX: 130
MATERIAL: Grilamid / Grilamid
WEIGHT: 1610g for SIZE 26.5
SHELL TYPE: Nex Gen 3 Piece Cabrio
BUCKLES: 4 aluminium
SIZES: 24.0 – 30.5 (CONVERSION PAGE)
Superior warmth comfort and durability. High performance, ultralight. Low pressure, full-contact fit. 100% heat-moldable
Anatomic 99 mm last with pre-formed relief in the most common fit “issue” areas provides an outstanding fit for all day comfort.
Use of advanced CAD Design technology, 3D Printed prototyping, and cutting edge ultralight polymers achieves minimal form with outstanding strength-to-weight ratio.
The majority of Roxa adult models are AT/ Alpine sole or Grip Walk/Alpine sole compatible.
I.R. FREERIDE LINER MS
This liner was specifically designed in coordination with Intuition to integrate with the R3 platform models. Ultralon EVA, flex notch gussets and 100 heat moldable construction provides outstanding fit, warmth and ultralight weight. The I.R. Freeride liner is the best of the best.
3 PIECE CABRIO DESIGN TECHNOLOGY
This unique technology combines a 3 piece construction (shell/cuff/tongue) that comfortably secures the foot and lower leg while optimizing smooth and progressive flexibility. Cabrio boots are extremely versatile and really shine in varied terrain and snow conditions.
Roxa’s Cabrio models offer hike cuff and fixed cuff variations in several men’s and women’s specific models. They represent the absolute cutting edge in ski boot design and grace the feet of some of the world’s best skiers. Just ask Glen Plake..
A: OPEN THROAT SHELL: Provides easy entry and exit.
B: POLYAMID (NYLON) TONGUE: Delivers smooth forward flex with quick rebound. maintains contact with the skiers leg throughout the turn and provides excellent shock absorption and sensitivity.
C: HIGH SHELL WALLS: Tenacious lateral power and control without making the boot overly stiff forward.
D: OPEN REAR SHELL: Accommodates a high range of hike function without compromising performance.