The Dalbello Cabrio MV 95 W Ski Boots deliver an ideal blend of downhill precision, shock-absorbing comfort, and custom fit for dedicated female freeride and all-mountain skiers. Built around Dalbello's acclaimed three-piece Cabrio construction, this boot offers a smooth, progressive 95 flex that dampens harsh terrain vibrations while maintaining reliable lateral support. The 101 mm medium-volume shell accommodates slightly wider feet and higher insteps without compromising heel retention or foot hold. Featuring a fully heat-moldable IF Pro liner and pre-mounted GripWalk soles, the Cabrio MV 95 W ensures all-day warmth, effortless walking traction, and immediate edge response across the entire mountain.
Best Use: All-Mountain, Freeride
Skill Level: Advanced - Expert
Flex: 95
Last Width: 101 mm (Medium Volume)
Construction: 3-Piece Cabrio Design
Shell Material: Polyurethane (PU)
Cuff Material: Polyurethane (PU)
Liner: IF Pro W (Instant Fit Pro Women)
Buckles: 3 Micro-Adjustable Aluminum Buckles
Power Strap: 40 mm Velcro Strap
Sole Type: GripWalk (ISO 23223)
Weight: 1,860 g
Micro-Adjustable Buckles: Allow fine-tuned closure pressure across the foot and leg for a precise, slip-free fit.
40 mm Power Strap: Secures the upper cuff firmly against the shin to maximize forward lean support and energy rebound.
Contour 4 Technology: Maps pre-shaped relief zones at the four critical fit points—ankles, heels, fifth metatarsals, and naviculars—to eliminate common pressure points right out of the box.
Dynalink Heel Retention: Independent instep closure pulls the foot directly down and back into the heel pocket, preventing heel lift without warping the lower shell.
Progressive Cabrio Construction: Three-piece structure consisting of the lower shell, upper cuff, and kinetic external tongue provides an even, smooth flex, dependable lateral stability, and effortless entry and exit.
MyFit System and IF Pro Liner: Fully customizable shell and high-density, heat-moldable liner adapt to individual foot morphology for maximized thermal efficiency, immediate foothold, and seamless edge-to-edge power transmission.
