Uyn Firebolt Gloves

168.90€ 152.45€ incl. VAT.

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-10%

Color :

black/black (B026)

FW2324 - FW2425

∗For deliveries to Germany
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30 days return policy

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Carbon neutral shipping (DHL)

The facts at a glance

Suitable for

Unisex

Made for

Cycling

breathable

reflecting

stretchable

waterproof

windproof

Bad weather conditions and many hours in the saddle are no longer a problem with the UYN FIREBOLT cycling gloves. On the back, a water and windproof membrane provides weather protection. The inner layer with BUFFERCONE technology guarantees optimal breathability and insulation. UYN FIREBOLT gloves are not afraid of the longest rides with their ergonomic padding that absorbs vibration and supports your grip on the handlebars.

Product details

Optimal for:

Cycling

Features:

Reflective elements
Breathable
Waterproof
Back made of breathable, wind and waterproof membrane
Ergonomic padding that absorbs shock and vibration
Internal structure in BUFFERCONE, for more breathability and elasticity of the glove
A gel pad reduces pressure on the ulnar nerve for more grip comfort on the handlebars
Reflective stripes on the sides and back
Precurved fingers
Neoprene wrist warmer prevents rapid cooling of hands
Finger and thumb with touch function for smartphone operation
Washable at maximum 30 ° C

Materials:

Polyester 51% Polyamide 27% Elastodiene 21% Elastane 1% Commercial composition Lining: Polyester 53% Polyamide 42% Elastane 5%

Care instructions

Mild process 30°
NOT sheets
do not tumble dry
non-ferrous
do not dry clean

Technologies and manufacturing processes

BUFFER CONE
The human body produces heat, the most effective form of insulation is that which prevents its loss. UYN technicians have developed a material with an innovative structure that retains heat very well. This allows for a three-dimensional, bag-like surface structure in which heated air is trapped in so-called "buffer cones," creating a buffer zone. Unlike conventional nonwoven materials, the thickness of the structure can be adjusted as desired. Based on the mapping of the heat distribution of the human body, areas with high, medium and low insulation performance can be created.