UVSAI Men's Heated Vest — Water-Resistant USB Rechargeable Winter Heating Vest

Stay warm with versatile, everyday comfort

The UVSAI Men's Heated Vest is designed to deliver reliable warmth in cold conditions while keeping a sleek, lightweight silhouette. Five discreet heating pads are positioned on the chest, pockets, and back to create balanced heat coverage where you need it most. Powered by a USB-compatible battery pack (not included) with a 5V output, this vest adapts to your outdoor routines without weighing you down. A water-resistant finish helps you stay comfortable during light rain or damp days, making it a practical layer for a variety of weather scenarios.

Smart warmth you can tailor

• Low: 113℉ / 45℃
• Medium: 122℉ / 50℃
• High: 131℉ / 55℃

The heat lasts for hours on a single charge, with an approximate duration of 4–6 hours depending on your chosen setting and activity. The system’s 5V output is designed for efficient, consistent warmth as you move through your day outdoors.

Comfort-first design for real-life wear

An inner mercerized velvet collar enhances heat retention while resisting dirt, helping you stay warmer with less fuss. Two secure zipper pockets provide space for essentials, and an adjustable hem helps seal in warmth, keeping cold air out and promoting effective heat circulation inside the vest.

Built for outdoor adventures

Whether you’re hiking, skiing, biking, running, fishing, camping, traveling, or simply taking a neighborhood stroll, this vest adapts to your chilly-day needs. It pairs well with layers and outerwear, offering flexible warmth across multiple activities.

Caring for your heated vest

• Disconnect and remove the battery before washing.
• Hand wash or machine wash cold in a laundry net bag on a gentle cycle.
• Air dry completely before recharging and wearing.

Notes: Battery packs are not included. The vest uses USB power with a 5V output, so you can select a compatible external pack to suit your needs. Following the care guidelines helps maintain fabric quality and heat performance over time.