Name: Q36.5 ARM WARMER WOOLF
SKU: 760059

WoolF Cycling Arm Warmers

100% made in Itlay, these active arm warmer by Q36.5 are a pre-shaped ergonomic fit, perfect for mid season rides and Australian Winters.

This garment is a part of Q36.5 Cruise Equipment, conceived to be a riding companion for occasions when you need multifunctional insulation during every condition. But don't be fooled to think this is a garment for the Sunday rider. Q36.5 makes no compromises and performance is always the aim. These warmers, matched with the leg warmer are items expected to add to your winter weather wardrobe.

Totally eliminating the elasticated or gel adhesive bands that the most basic brands endorse, the wider fabric at the top of each garment serves to hold in place even on the toughest of rides.

We've thoroughly tested Q36.5 warmers from the Italian Dolomites to the harsh gravel tracks of outback Australia. They have withstood a total testing and prove breathable and yet provide warmth exactly when and where you need it.

The Science :

Thanks to the specific construction the UF Active fabric functionality is enhanced by creating a push of the internal sponge structure that removes moisture while working as a heat retainer in collaboration with the dense external structure that protects riders even when damp and also allows fast drying times.

Shaped with the newly developed UF Active, a woven fabric that combines super fine threads of polyamide and merino wool, it offers an active thermoregulation that supports thermal comfort even when there are wide variations of intensity during a ride.

The clever allocation of the thread creates a double layered fabric: a dense polyamide external structure and an internal ‘sponge’ merino layer that absorbs humidity and works as a heat retainer, allowing for stabile temperatures even when damp and in wet conditions thanks to the durable water repellent finishing.

This is the ideal weapon to use to stay warm without adding extra weight. The fabric weighs a mere 175 g/m^2 but offers more thermal efficiency than a traditional knitted fabric of 250g/m^2.