Cycling Hybrid Gloves Men Fluo Green Q36.5 1

Cycling Hybrid Gloves Men Fluo Green Q36.5 2

Hybrid Gloves Fluo Green

Keeping your fingers warm and your palm protected provides essential comfort and control, especially as temperatures start to dip. The Q36.5 Hybrid Que X Gloves use highly technical materials to ensure your hands stay warm without overheating during trans-seasonal bike rides. It’s a versatile, low-profile mid-season cycling glove enhancing your comfort and protection.

£67.00

Size Guide

Q36.5 Gloves

Find your size

1 Palm circumference

Measure the circumference around the palm starting at the base of the thumb webbing.

2 Middle finger length

Measure from the tip of the middle finger to the crease at the base of the finger.

If you have any questions, please contact our @supportcenter. We are happy to assist you!

		XS	S	M	L	XL

1 Palm circumference	cm	19-20	20-21	22-23	23-24	24-25
	inch	7,5-7,8	7,8-8,3	8,6-9	9-9,4	9,5-9,8

2 Middle finger length	cm	7,6	8	8-8,6	8,6-9	9-9,6
	inch	3	3,1	3,1-3,4	3,4-3,5	3,5-3,8

		XS	S	M	L	XL

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Free shipping
For orders above €100

Made in Italy
With minimal footprint

Worldwide
24/48h DHL shipping

Technical Features

Weight M Size 69 g Body Temperature
Stability Guarantee +50°F / +64°F

Outer

78 % Nylon

11 % Polyester

9 % Elastane

2 % Silver

Palm

77 % Acrylic

20 % Polyester

3 % Elastane

Breathability

Water repellency

Waterproof

Insulation

UV Protection

Reflectivity

Weight

Wind control

Muscle support

UF Hybrid Shell

Incorporating UF Hybrid Shell, the gloves feature DWR Treatment that allows for wind and water resistance as well as fast drying times.

unisex-hybrid-que-x-gloves-black- handlebar

Superior Bike Control

The Micro Suede palms and fingers offer a second skin feeling. Grippy when it needs to be, it helps secure the glove around the fingers so that all dexterity remains.

Ultra Breathable

The UF Hybrid Shell, a smart fiber produced for the upper using the residue of coffee beans, ensures exceptional warmth and moisture transfer. It mimics the characteristics of a membrane while maintaining ultra breathability.