GreenForce HYBRID MK.3 motorcycle heated gloves

A true innovation to help bikers brave the cold, GreenForce heated gloves use no cables or portable batteries to operate! Thanks to the patented Dual Heating System™, the electrical energy that powers these gloves comes directly from the same brand's DUAL heated grips (sold separately).

This means you benefit from all the advantages of the well-known stand-alone or wired systems, without the drawbacks: unlimited autonomy (motorcycle electrical circuit), no more wires to connect when you get on the bike, no batteries to recharge between rides, no discomfort or discomfort on the gloves linked to power supply (external connectors or portable batteries housed in the cuff) and unrivalled reliability.

In addition to their innovative and exclusive power mode, these HYBRID heated gloves have passive features designed for maximum mid-season comfort: waterproof and breathable Hipora™ membrane, full-grain leather, short cuff, etc....

GreenForce HYBRID MK.3 gloves technical specifications:

- Full-grain goatskin leather
- Goat leather palm reinforcements
- TPU protective shell
- Waterproof and breathable Hipora™ 3000/3000 membrane
- Amara TouchFlow™ inserts, compatible with phone/tablet touch screens
- Optimized grip with silicone print: index and middle fingers are reinforced with a non-slip silicone pattern
- Comfort gussets on each finger
- Double tightening of cuff and elasticated wrist with Velcro® flap
- CE certification - Level 1 KP: Model complies with standard EN13594-2015
- TechHeat Link™ (THL): these inserts are positioned on either side of the glove palm and are designed to distribute electrical voltage to the heating resistors to which they are connected. They are activated by direct contact with the 3C™ rings on the DUAL grips.
- HeatFlex Matrix™ (HFM): ultra-flexible heating resistor designed to spread heat evenly across the top of the glove, over each finger (including the thumb) and down to the nail tips
- ThermoThread™ technology using the latest generation of thermally conductive wires, the HFM ensures efficient heat diffusion while preserving total freedom of movement and rock-solid reliability