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BOOTCAP

Bootcap Bootcap Ski Toe Insulator 2027

$59.50
In Stock
Select Color: Black

The Bootcap Toe Box Insulation Covers keep feet significantly warmer without relying on batteries, wires, or electronic heating elements. Designed by ski industry veterans, Bootcap adheres directly to the exterior of a ski boot's toe box to deliver instant thermal insulation right where cold strikes first. Crafted from high-density dual-layer EVA foam, it traps radiant body heat and blocks biting wind chill, raising boot interior temperatures by up to 20 degrees Fahrenheit. Field-tested in extreme mountain conditions down to -30 degrees Fahrenheit, Bootcap provides a simple, light, and reliable solution to keep skiers on the snow longer.

  • Intended Use / Best Use: Alpine Skiing, Freeride, Backcountry, Touring
  • User Experience Level: Beginner to Expert
  • Product Type: Ski Boot Thermal Insulation
  • Material: High-Density Dual-Layer EVA Foam
  • Attachment System: Weather-Resistant Adhesive Strips
  • Power Source: Passive Thermal Insulation (No Batteries Required)
  • Temperature Rating: Tested to -30 degrees Fahrenheit
  • Passive High-Density Insulation: Traps natural body heat to keep feet up to 20 degrees Fahrenheit warmer without adding electronics, heavy battery packs, or wiring inside the boot shell.
  • Optimized Tapered Fit: Designed with a low-profile, tapered bottom edge that integrates cleanly onto the shell, ensuring the covers remain securely attached during tight turns and active bootpacking.
  • Dual-Layer EVA Construction: Combines a high-density EVA foam base layer for firm adherence to the shell with a flexible, soft top layer that prevents peeling and delamination.
  • Easy Peel-and-Stick Application: Features specialized adhesive strips that resist buckling and overlap during installation, backed with heavy-duty paper to prevent tearing prior to placement.
  • Extreme Weather Performance: Field-tested in harsh sub-zero environments down to -30 degrees Fahrenheit to ensure adhesive longevity and thermal efficiency in the coldest conditions.
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