Unisex cycling shorts that promote sweat transpiration, with padding designed to follow the rotation of the pelvic bones on the saddle allowing up to 6 hours of cycling.
Oxyburn Padel 1474 half-cut sock with differentiated density structure which guarantees perfect fit and total protection of the foot. Perfect sock for tennis and padel.
Oxyburn Padel 1474 half-cut sock with differentiated density structure which guarantees perfect fit and total protection of the foot. Perfect sock for tennis and padel.
Sock with a differentiated density structure that guarantees stability and a perfect fit. Made of Tencel™; regulates the absorption and release of humidity, leaving the skin fresh and dry. Perfect for tennis.
Minimalist style belt discreetly secures personal items and hydration flasks. Elastic straps hold poles when not in use. Perfect accessory for trail running.
Bike leg warmers with tight and elastic fabric for perfect fit during movement. Breathable design keep the skin dry; the layer in contact with the skin is bacteriostatic and hypoallergenic, made of Dryarn® polypropylene.
Lightweight and enveloping, it stores essentials in a stable and accessible way. Height of 20cm - a valid alternative to the backpack or bum bag for short to medium-long trail running outings.
Specific for recovery, in medium compression they generate an immediate sensation of lightness. Designed for pre and post activity recovery, they improve muscle oxygenation and accelerate the disposal of lactic acid.
Running socks featuring specific textures for different areas of the foot; forefoot padding is more consistent to cushion impacts, rest of the foot has light compression for a sock that always fits snugly
Highly performing short-cut running socks made of Microlon®, a fibre capable of guaranteeing high performance standards even in the most extreme activities and most difficult climatic conditions.
Ideal companions for numerous sports and also for post-activity: thanks to their compression they relieve tiredness and help recovery by promoting microcirculation.
Sleeve with zero thickness fabric that guarantees a fit equal to a second skin. Protech is minimal and essential, with soft, consistent and elastic-compressive fabric.
Lightweight, breathable and comfortable; the anatomical seamless design provides an exceptional fit that reduces distractions while moving. The layer in contact with the skin is bacteriostatic and hypoallergenic.
Sleeve with zero thickness fabric that guarantees a fit equal to a second skin. Protech is minimal and essential, with soft, consistent and elastic-compressive fabric.
Sleeve with zero thickness fabric that guarantees a fit equal to a second skin. Protech is minimal and essential, with soft, consistent and elastic-compressive fabric.
Sleeve with zero thickness fabric that guarantees a fit equal to a second skin. Protech is minimal and essential, with soft, consistent and elastic-compressive fabric.
Short-cut running socks with NanoGlide® fluoro inserts that reduce friction, eliminating the formation of blisters, and air-condition the foot by lowering the temperature by 2°C, preventing overheating of the plantar surface.
Sleeve with zero thickness fabric that guarantees a fit equal to a second skin. Protech is minimal and essential, with soft, consistent and elastic-compressive fabric.
Short-cut running socks with NanoGlide® fluoro inserts that reduce friction, eliminating the formation of blisters, and air-condition the foot by lowering the temperature by 2°C, preventing overheating of the plantar surface.
Short-cut running socks with NanoGlide® fluoro inserts that reduce friction, eliminating the formation of blisters, and air-condition the foot by lowering the temperature by 2°C, preventing overheating of the plantar surface.
Low-cut running / trail socks with carbon fiber inserts that dissipate negative electrostatic charges. The differentiated density structure guarantees a perfect fit and total foot protection.
Low-cut running / trail socks with carbon fiber inserts that dissipate negative electrostatic charges. The differentiated density structure guarantees a perfect fit and total foot protection.
Low-cut running socks with NanoGlide® fluoro inserts that reduce friction, eliminating the formation of blisters, and air-condition the foot by lowering the temperature by 2°C, preventing overheating of the plantar.
Low-cut running socks with NanoGlide® fluoro inserts that reduce friction, eliminating the formation of blisters, and air-condition the foot by lowering the temperature by 2°C, preventing overheating of the plantar.
Low-cut running socks with NanoGlide® fluoro inserts that reduce friction, eliminating the formation of blisters, and air-condition the foot by lowering the temperature by 2°C, preventing overheating of the plantar.
Running/trail short-cut socks with soft and comfortable microfiber fabric. The differentiated density structure guarantees stability and a perfect fit, the Coolmax® footbed absorbs sweat and cushions impacts.
Running/trail short-cut socks with soft and comfortable microfiber fabric. The differentiated density structure guarantees stability and a perfect fit, the Coolmax® footbed absorbs sweat and cushions impacts.
Running/trail short-cut socks with soft and comfortable microfiber fabric. The differentiated density structure guarantees stability and a perfect fit, the Coolmax® footbed absorbs sweat and cushions impacts.
Running short-cut sock with soft and comfortable microfiber fabric that provides extra breathability. The zero-thickness structure guarantees a fit equal to a second skin.
Running short-cut sock with soft and comfortable microfiber fabric that provides extra breathability. The zero-thickness structure guarantees a fit equal to a second skin.
Running short-cut sock with soft and comfortable microfiber fabric that provides extra breathability. The zero-thickness structure guarantees a fit equal to a second skin.
Running short-cut sock with soft and comfortable microfiber fabric that provides extra breathability. The zero-thickness structure guarantees a fit equal to a second skin.