QSocksy Heated Gloves for Winter – 2200mAh Battery, 3 Heat Levels, Ultra-Thin

Meet QSocksy Heated Gloves, engineered for winter riders and outdoor lovers who want warmth without bulk. Designed for both men and women, these gloves combine a windproof, snow‑resistant shell with an ultra‑thin plush lining and a built‑in heating element that delivers adjustable warmth where you need it most. A compact 2200mAh battery system powers three heat settings, so you can tailor comfort as you ride, hike, or explore in cold conditions. This isn’t a promise of warmth in every situation, but a thoughtful option you can try to stay comfortable during your activities.

Compact warmth inside an ultra-thin design

• Ultra-soft lining with breathable warmth: premium plush fleece inner layer delivers cozy comfort while maintaining airflow for extended wear.
• Built-in heating element with three heat settings: Low, Medium, High; maximum around 149°F (65°C). Activate by pressing and holding the ON/OFF button for 3 seconds.
• Touchscreen-friendly fingertips: Conductive fiber tips let you map, message, or snap photos without removing gloves.

Winter-ready features for real-life use

With windproof and snow‑resistant construction, these gloves are designed for outdoor rides, skiing, or motorcycle trips. The included 2200mAh batteries provide extended warmth, and USB charging keeps you powered on the go. The package includes a gift‑ready box, making them a thoughtful option for outdoor enthusiasts.

• Reliable power on the go: Two 2200mAh batteries extend wear between charges, helpful for full‑day activities.
• Simple controls and safety: Three heat levels let you adapt to changing wind and snow conditions; built‑in safety features offer added peace of mind.
• Gift-ready packaging: Gloves, batteries, USB cable, manual, and a stylish gift box are included.

Measurements and care

Temperature performance and battery life vary with usage. This model emphasizes portability, flexible fit, and straightforward operation for cold-weather activities without promising guaranteed outcomes in every scenario.