LENZ HEAT SOCKS 5.1 SLIM FIT (SOCKS ONLY)
LENZ HEAT SOCKS 5.1 SLIM FIT
The Lenz Heat Socks 5.1 Slim Fit are high-performance heated socks engineered specifically for users with narrow feet or those utilizing tight-fitting, low-volume ski and snowboard boot liners. Featuring the innovative Toe Cap heating element, these socks completely enclose the entire toe and ball-of-the-foot area, delivering direct and uninterrupted warmth to the most cold-sensitive zones of the lower extremities. The advanced, low-profile knit architecture integrates the heating elements seamlessly into the technical fabrics, ensuring a zero-bulk fit that preserves precise power transfer and boot feel for technical skiers.
Constructed from a premium material matrix that incorporates high-grade Merino wool, silk, and active synthetic fibers, these socks offer elite moisture-wicking properties and robust thermal efficiency even when damp. The anatomical left and right foot mapping, combined with an optimized slim-fit cut, guarantees a wrinkle-free, second-skin compression fit that drastically minimizes friction and blister formation. Strategically placed light padding shields the shin, heel, and Achilles tendon from pressure points, while integrated ring bandages across the arch and ankle prevent the sock from twisting or slipping during high-intensity mountain descents.
Key Features
- Slim-fit cut tailored for narrow feet and low-volume boot liners
- Integrated Toe Cap heating element for complete toe-zone warmth
- Technical blend containing Merino wool and silk
- Anatomically knitted left and right foot construction
- Targeted padding on the shin, ankle, Achilles, and heel
- Flat, ergonomic seams to eliminate pressure points
- Compatible with all Lenz lithium pack battery systems
Best For
- Low-volume or custom-molded ski and snowboard boots
- Skiers and riders with narrow foot profiles
- Extreme cold-weather alpine and backcountry skiing
- High-output winter sports demanding maximum boot precision
- Active moisture management and blister prevention in sub-zero conditions