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SHIFT ALPHA BOA® 95
Women · Alpine boots
SHIFT ALPHA BOA® 95
Salomon's Shift Alpha BOA® 95 women's boots blend freeride versatility with alpine expertise for more enjoyment both uphill and downhill. The FreeSpine™ connecting cuff and shell enhances power and control, while the Exobelt™ and BOA® Fit System provide a micro-adjustable, precision fit and a targeted foot-wrap easily adjusted throughout the day.
Article ref. L45427800
- Best for
- All-Mountain
- Level of Practice
- Intermediate
- Stiffness
- HardFlex Value: 95
- Width
- Narrow
- Last Value
- 98/104
- Pads
- GripWalk - Adult (ISO 23223)
- Bindings Compatibility
- GripWalk - Adult (ISO 23223)
- Weight per unit
- 3 lb, 8 oz
Product benefits
Adjustment
- Riveted frictionless pivots
Boot Shell
- Polyurethane: A material with consistent density that ensures perfect wrapping, reliable progressivity and good power transmission.
- Integrated tech inserts: Low-tech inserts are integrated into the shell, making it complementary to touring bindings, so you can experience reliability and direct power transmission when skinning up.
- Midgrip sole: A Contagrip® piece between the toe and heel and GripWalk pads improve the boot's grip in difficult terrain such as a rocky summits, ice and other uneven surfaces.
- Custom Shell™ HD: The Custom Shell™ HD process lets bootfitters personalize to the boot’s lower shell or the shell and cuff, in 10 minutes while thin wall construction and new materials keep the foot closer to the shell
- Exobelt: The strong textile/plastic fastener and BOA® Fit System brings remarkable heel hold and prevents blisters during ascents, while ensuring precision and power during descents.
Cuff
- Freespine: This extremely sturdy plastic bar on the back of the boot links the cuff and lower shell to add a layer of reliable alpine progressivity to your freeride comfort.
- Twinlock mechanism: This redesigned SkiWalk and FreeSpine offer a wide range of motion and progressive alpine flex, while the horizontal closing position prioritizes safety and durability.
- PowerWedge: A little insert into the FreeSpine, the PowerWedge enhances your range of motion when unlocked and boosts power transmission when locked for an authentic alpine experience.
- Polyolefin + PEX: A blend of Polyolefin for durability, lightness, and stability, and cross-linked polyethylene (derived from recycled water pipes) for more rigidity without added weight.
- Women specific cuff: An anatomic cuff with lower rear support that offers a better fit and more comfort to women’s calves.
Insole
- Thermosoft footbed: A slightly shaped footbed offering cushy sensations thanks to its comfort foam layering.
Liner
- My Custom Fit™ Freeride 4D Sport
Liner Construction
- Custom tongue: Fully dismantlable and entirely customizable tongue that allows for perfect instep height adaptation. You can add foams or remove materials where it's needed (+/-8mm).
Outsole Type
- Full rubber sole: A high-performance, durable full rubber sole designed for touring ski boots, providing reliable grip and precise control on snow and hard surfaces.
Pads
- GripWalk - Adult (ISO 23223)
Tightening
- 1 hiking hook: An additional hook on the top cuff's buckle expands the range of motion and mobility of the boot when it’s in hike mode, improving your comfort when heading up towards a peak.
- 2 riveted aluminium 3D
- 1 screwed BOA® Fit System: The BOA® Fit System delivers micro-adjustable, precision fit engineered to perform in the toughest conditions. It also offers superior heel hold and edge-to-edge control.
Strap
- Riveted Velcro® 45mm
Product benefits
1 screwed BOA® Fit System
The BOA® Fit System delivers micro-adjustable, precision fit engineered to perform in the toughest conditions. It also offers superior heel hold and edge-to-edge control.
Increased uphill performance
This redesigned SkiWalk and FreeSpine offer a wide range of motion and progressive alpine flex, while the horizontal closing position prioritizes safety and durability.
Exceptional foothold
The claw strap, Exobelt, and BOA® Fit System keep your foot close to the shell, ensuring increased stability, minimal heel movement, and efficient power transfer.