ROSE Bikes RANGER FIRE GLOVE MTB| Full Finger Gloves|Winter Gloves

The RANGER FIRE GLOVE by FOX keeps your hands pleasantly warm and dry in colder temperatures. The palm of the MTB bike gloves is equipped with water-repellent AX SUEDE material, which impresses with durability and grip. The brushed fleece lining ensures that your hands stay nice and warm. In addition, the elastic cycling gloves score points with their extended cuffs, which ensure an excellent fit as well as protection against penetrating cold. Silicone fingerprints for excellent handlebar control, wiping thumbs and touchscreen compatibility round off the features of these thermal gloves perfectly.

Happy Birthday – 50 years of FOX:
The 2024 season marks FOX’s 50th anniversary, as brothers and motorbike racers Bob and Geoff Fox founded the once small parts company called Moto-X Fox in 1974, where it all began. Today, FOX looks back on the past with pride and looks forward to the future with equal vigour and focus.

Details:
Versatile MTB full finger winter gloves for men
RANGER: versatile for sports and everyday use
Palm made of robust and water-repellent AX SUEDE material
Brushed fleece lining for warmth and comfort
Silicone prints on the thumbs and fingers for increased tactile feel and improved handlebar control
Extended cuff for weather protection with pull-on tab at wrist
Wipe thumb made from moisture-absorbing material
Touchscreen-compatible index and thumb

Material: 79% polyester, 11% polyamide, 7% polyurethane, 3% elastane

In the box:
1 pair of FOX RANGER FIRE GLOVE mountain bike full finger winter gloves

Highlights & Technologies:

RANGER:
RANGER products are designed for versatile use and combine durability with high comfort. This makes them equally suitable for trail riding and everyday life.

AX SUEDE:
The robust and water-repellent synthetic leather not only impresses with its particularly high durability, but also with its optimal grip, which is confusingly similar to that of natural leather. Breathability and lightness round off the properties of this performance-oriented material.