LENZ WOMENS HEAT MITTENS 6.0 FINGER CAP (MITTENS ONLY)

$269.99 $359.99
By LENZ
SIZE

LENZ WOMEN'S HEAT MITTENS 6.0 FINGER CAP

The Lenz Women's Heat Mittens 6.0 Finger Cap offer an elite, women's-specific thermal solution designed for extreme cold-weather alpine environments. Engineered with the revolutionary Finger Cap heating element, these mittens provide comprehensive wrap-around warmth that actively heats the top and bottom of each individual finger as well as the thumb. The durable exterior shell is constructed from a flexible 4-way stretch material and paired with a premium goat leather palm, delivering an optimal combination of structural resilience, weather resistance, and superior pole grip for demanding winter sports.

Internally, these technical mittens utilize lightweight Dexfil insulation and a highly breathable, waterproof membrane to trap core heat while actively venting excess moisture. Designed as a standalone replacement or upgrade unit, this package requires the separate integration of Lenz lithium battery packs, which secure into low-profile cuff pockets. Once paired with an external power source, the heating system can be wirelessly fine-tuned across multiple output levels via the smartphone-enabled Lenz heat app, ensuring precise and sustained climate control on the mountain.

Key Features

  • Sold as mittens only (lithium battery packs not included)
  • Revolutionary Finger Cap wrap-around heating element
  • Ergonomic women's specific pattern and fit
  • Premium goat leather palm and 4-way stretch technical shell
  • Lightweight Dexfil insulation with an integrated waterproof membrane
  • Integrated soft goggle-cleaning panel and safety tethers
  • Fully compatible with all Lenz lithium pack battery systems

Best For

  • Extreme sub-zero alpine skiing and snowboarding
  • Users who already own Lenz lithium battery packs
  • Backcountry touring and deep-winter mountain expeditions
  • Individuals prioritizing maximum thermal retention over finger dexterity
  • Managing cold-sensitive hands in severe winter climates