The Blaze 104 is a lightweight, agile powder ski engineered for precise turns and playful power across all conditions. Featuring a thin Titanal Binding Platform for solid strength and reliable binding retention without added weight, and a Hybrid Multilayer Woodcore built with eco-friendly Green Core materials for lively yet stable performance. Völkl’s innovative 4 Radius Drive sidecut delivers razor-sharp agility in tight turns and rock-solid control on longer arcs, while Suspension Tips & Tails with elastic TPU bumpers absorb shocks and smooth out rough snow for excellent float in powder and crud. Reinforced with durable Full Sidewall ABS for precise power transfer and enhanced edge hold, plus 3D.GLASS layering in the tip and tail for increased rebound and grip. The tip and tail rocker with cambered midsection ensures effortless turn initiation and powerful exits, making the Blaze 104 a versatile all-terrain powder weapon for both resort runs and freeride touring.
Edge & Construction
Construction: Full Sidewall ABS
Core: Hybrid Multilayer Woodcore with Green Core materials
Base: P-Tex 2100 sintered polyethylene
Profile: Tip & Tail Rocker with camber underfoot
Binding Platform: Titanal Binding Platform (0.3mm)
Key Features
Green Core: FSC-certified woods, eco-friendly glue, and recycled PET foam for sustainable, lively performance.
Suspension Tips & Tails: Elastic TPU bumpers on edges to absorb impacts and improve stability in varied snow.
Titanal Binding Platform: Thin Titanal layer under bindings for strong, reliable screw retention.
4 Radius Drive: Four distinct turning radii for maximum versatility, agility, and stability across snow types and speeds.
Full Sidewall ABS: Durable sidewalls for impact resistance and precise power transfer.
3D.GLASS: Multi-layered glass in tip and tail for enhanced rebound, edge grip, and responsiveness.
Base P-Tex 2100: High-density, sintered polyethylene base for superior glide and durability.
Tip & Tail Rocker: Rockered shovel and tail combined with camber midsection for smooth turn initiation and exit control.