CARBON Rechargeable Battery Heated Fleece Vest
5V-FV-BK-M
$129.95 $199.95
Looking for that all purpose heated vest that you take everywhere with you? This is the heated vest for you. Wear it as a mid layer underneath an outer jacket or on its own. The Carbon heated fleece vest from Volt provides shelter without sacrificing performance or comfort. Constructed with our Klimate Shield performance fleece that blocks wind through a special knit construction and a durable water repellency coating to help keep you dry. The outer anti-pilling and four-way stretchable fleece is bonded to an inner layer that uses a high density configuration for wind-blocking, water resistance but allows for superior breathability. And on top of this we added our patented Zero Layer Heat System® that has heating panels strategically placed in 4 zones and 200 grams of core insulation that surrounds you in a cocoon of warmth. What’s left to add? We are including with the vest our VB5TEN rechargeable USB battery that will provide 5 - 10 hours of heat on single charge depending on your power level setting. There are three power level settings to choose from by simply pushing a button.
FEATURES:
- Includes VB5TEN 10,000Ah rechargeable battery and charging cable
- Four heating zones, each side of the chest, the upper back and middle/lower back
- Performance fleece fabric that provides maximum protection, comfort and breathability in even the worst conditions
- Machine washable
- Provides intense heat output to your core to help keep you warm
- Choose from 3 power level settings and stay warm for up to 10 hours on a single charge
MACHINE WASHABLE
The Volt Heated Carbon Fleece Vest is machine washable as long as you remove the battery before washing. Our patented heating system is completely waterproof and used a weatherproof USB reversible plug.
APPROXIMATE HEAT OUTPUT/RUN TIMES:
High (RED) = 150º F for 5+ hours
Medium (BLUE) = 130º for 7+ hours
Low (GREEN) = 115º for 10+ hours
Patented Zero Layer® heat system eliminates bulk while providing more efficient heat transfer.
