M12 Cordless Red Heated Jacket Kit - 2X

Features and Benefits

  • Heat Core Body Areas: Durable carbon fiber heating zones independently distribute and maintain heat to chest and back, pockets
  • All Day Heat: Up to 6 Hours of continuous heat per battery charge
  • Adjustable Heat: Zone specific heat control provides the right amount of heat for any weather
  • M12™ REDLITHIUM™: Powered by M12™ REDLITHIUM™ Battery that works with 60+ Tools
  • Redesigned for improved fit and better heat retention, Additional storage pockets added inside jacket. Machine Washable and dryable

Milwaukee® M12™ Heated Jacket: Redesigned for optimal fit and better heat retention, Milwaukee® M12™ Cordless Heated Jackets integrate (5) carbon fiber heating elements and advanced fabric-layering technology to distribute and maintain heat across core body areas. For added versatility, two distinct heat zones (back and chest, lower pockets) can be adjusted independently to provide the right amount of heat for any situation. A rugged wind and water resistant shell keeps weather out while improved insulation and a thermal fleece lining hold heat in to maximize warmth and reduce the number of layers needed.

On and off the jobsite, Milwaukee® M12™ Heated Jackets provide up to 6 hours of continuous heat per battery charge to withstand even the harshest winter conditions.

Utilizing the same M12™ REDLITHIUM™ Battery technology that powers 60+ tools, the M12™ Battery holder is stored in a sleek back pocket that can expand to fit M12™ XC Batteries and all M18™ Batteries with additional M18™ USB Charger accessory. It also includes a fuel gauge to check your battery life and built-in USB port for charging portable electronic devices. All M12™ Heated Jackets are washer and dryer safe.

  • Model: 187910
  • Shipping Weight: 5lbs
  • Manufacturers Part #: 2391-2X
  • Manufactured by: Milwaukee Electric Tools
  • Also Known As: MLW2391-2X

Special Order
Contact For Details

$292.49

Add to Cart:

This product was added to our catalog on Monday 29 December, 2014.