The Völkl Yumi 84 is a playful, confidence-inspiring all-mountain ski designed for intermediate skiers ready to explore the entire mountain. This versatile "step-up" ski combines German engineering with user-friendly performance, making it perfect for progressing riders seeking reliability without intimidation.
 
Key Features:
84mm Waist Width - Ideal balance for groomer carving with enough float for occasional powder ventures
3D Radius Sidecut - Three different radii blended into one for maximum turn versatility and intuitive handling
Glass Frame Construction - Surrounds a Titanal Binding Platform for stability and power transmission without excess weight
Multilayer Woodcore - Beech and poplar combination creates a durable, responsive core (hardwood in binding area, lighter wood surrounding)
Tip & Tail Rocker - Easy turn initiation and float in softer snow conditions
Full Sidewall Construction - Direct power transmission and solid edge grip
Moderate Tip Taper - Makes turn initiation nearly automatic
 
Condition: top sheet edges are scuffed up, no major damage on the bottom or side of the ski
 
Specs:
Length: 161cm
Waist: 84mm
Shape: 125-84-107mm
Turn Radius: ~14m
Ability Level: Intermediate to Advanced
 
BINDINGS: Marker Squire 10 GW Demo
Reliable, lightweight bindings from Marker's trusted Squire series, featuring GripWalk compatibility and demo adjustability.
 
Key Features:
DIN Range: 3-10 - Perfect for lighter skiers, beginners to intermediates, and growing youth
GripWalk (GW) Compatible - Automatically fits both Alpine (ISO 5355) and GripWalk (ISO 23223) boot soles
Triple Pivot Light 2 Toe - Lightweight design with Anti Ice Rail to prevent snow/ice buildup
 
Performance Profile: The Yumi 84 excels on groomers and hardpack while maintaining versatility for crud, bumps, and occasional off-piste exploration. Edge-to-edge quickness combined with forgiving characteristics makes this ski a confidence booster for developing skiers. The lightweight construction reduces fatigue on long days while the Titanal platform provides enough stability for progressing to higher speeds.