FREE SHIPPING & FREE RETURNS*

FREE SHIPPING on Over 250,000 Products

Shop now and get Free Value Shipping on most orders over $49 to the contiguous 48 states, DC, and to all U.S. Military APO/FPO/DPO addresses.

Enjoy our FREE RETURNS

We want to ensure that making a return is as easy and hassle-free as possible! If for any reason you are not satisfied with your purchase, simply return the item within 30 days of receipt, and we'll cover the cost of return shipping. Learn more about our Return Policy.

Shopping Cart
Questions & Answers

Product No Longer Available

Unfortunately Volt Resistance Motorcycle Jacket Liner w/Dual Heating System is not listed by OpticsPlanet.You can also explore other items in the Mens and Womens Apparel, Women's Apparel, Men's Apparel, Men's Jackets, Women's Jackets yourself to try and find the perfect replacement for you!

Product Info for Volt Resistance Motorcycle Jacket Liner w/Dual Heating System

The jacket will draw a maximum of 6.4 amps or 77 watts at 12 volts. Please make sure that your motorcycle, snow machine, etc has enough power output to properly heat the jacket.image

Insulated to be thermally efficient along with being wind-resistant and highly compressible. The rip-stop coated nylon shell and form fit allows it be worn comfortably underneath your riding jacket with just a single layer underneath. Includes rib-knit on the cuffs and the waist and tall collar to help seal in the heat and keep out the cold. Other design features include screen print graphic on left chest, two handwarmer pockets and zippered power plug storage pockets to hide them away when not in use.

The heating system includes multiple large insulated heating panels strategically located in the collar, chests, arms and the back that are designed to evenly distribute soothing warmth throughout your upper body.

Interconnected System: Our 12v heated clothing forms an interconnected system in which the jacket allows you to connect to the gloves with just a single connection to the battery harness.

Dual Wiring System: The 12V Heated Jacket Liner is wired to allow you to use a Dual Therm Controller to separately adjust the temperature for two different items. For example, you can power your 12v Volt Heated Gloves at one temperature setting and the your 12v Volt Heated Jacket liner at a different temperature setting.

Fused Battery Harness: The fused battery harness is the direct connector to the vehicles battery used as the power source to heat your jacket. Simply connect the red to the positive(+) post and black to the negative(-) post and your ready for heat! Includes an assortment of differently amp rated fuses based on how many 12v products you are powering.

Includes fused Battery Harness and Dual Therm Controller. Available in sizes S - 2XL. The jacket will draw a maximum of 6.4 amps or 77 watts at 12 volts

Package Contents:

  • Volt Resistance Motorcycle Jacket Liner w/Dual Heating System

Men's Apparel

1–48 / 48
Previous
Next

Women's Apparel

1–59 / 59
Previous
Next

Winter Apparel Accessories

1–22 / 22
Previous
Next

Related Products to Volt Resistance Motorcycle Jacket Liner w/Dual Heating System

Volt Resistance Motorcycle Jacket Liner w/Dual Heating System Unavailable & Discontinued Models

List of Unorderable Models

Volt Resistance Motorcycle Jacket Liner w/Dual Heating System, Black, Extra Large, 12V-JL-XL , MPN: 12V-JL-XL , UPC: 810783023345 , Code: 3UX-AM1-MTCLNR-12V-JL-XL
Volt Resistance Motorcycle Jacket Liner w/Dual Heating System, Black, Large, 12V-JL-L , MPN: 12V-JL-L , UPC: 810783023338 , Code: 3UX-AM1-MTCLNR-12V-JL-L
Volt Resistance Motorcycle Jacket Liner w/Dual Heating System, Black, Medium, 12V-JL-M , MPN: 12V-JL-M , UPC: 810783023321 , Code: 3UX-AM1-MTCLNR-12V-JL-M
Volt Resistance Motorcycle Jacket Liner w/Dual Heating System, Black, Small, 12V-JL-S , MPN: 12V-JL-S , UPC: 810783023314 , Code: 3UX-AM1-MTCLNR-12V-JL-S
Volt Resistance Motorcycle Jacket Liner w/Dual Heating System, Black, 2XL, 12V-JL-2XL , MPN: 12V-JL-2XL , UPC: 810783023352 , Code: 3UX-AM1-MTCLNR-12V-JL-2XL
Compare (0)