Die Off-Ice-Trainingsshorts, weiterentwickelt. Die Airhook 2 Shorts, aktualisiert mit einer hockeyorientierteren Passform, längerem Schnitt und weiterem Bein. Entwickelt fürs Fitnessstudio, den Bergsprint und alles dazwischen.
Das Modell ist 178 cm / 5'10" groß und trägt L
You asked. We listened. We made it better.
The Airhook 2 Short takes everything that made the original a locker room favourite and dials it up. Updated with a longer cut and a looser, more hockey-oriented leg more freedom, more comfort, more you.
Lightweight and ultra-stretchable. Whether you're grinding through a heavy gym session, hammering hill sprints or running drills off-ice, the Airhook 2 moves with you without ever getting in the way.
Secret zip pocket. Your phone stays secure no matter how hard you push. No bouncing, no falling out, no interruptions.
The tee hook. When the session heats up and the layers come off, the signature back loop keeps your tee off the floor and within reach. A small detail that hockey players actually use.
Built for the work that happens before the ice.
AYCANE. Train harder. Play better. Since 2020.
Quick-drying
Moisture-wicking
Key pocket with zip
4-Way stretch
Breathable
Lightweight
Side slits for more freedom for movement
Excellent next to skin feel
Anatomical shaping for fit and comfort
Athletic fit. Fits true to size.
176cm / 76kg - 5'9'' / 168lbs wear size M
188cm / 86kg - 6'2'' / 190lbs wear size L
192cm / 96kg - 6'3'' / 211lbs wear size XL
Like it tighter go one size down.
Like it looser go one size up.
Body: 79% Regenerated Nylon ECONYL®, 21% Elastane
30° Wash with similar colours
Do not bleach
Do not tumble dry
Iron low heat - do not iron the print
Can be dry cleaned
This product is manufactured by Toray Industries using advanced materials and resource-efficient processes. With strict environmental standards and optimized use of water and energy, Toray supports more sustainable, high-performance garment production.
The fabric was developed by Carvico featuring ECONYL yarn, transforming recycled nylon waste into a high-performance material with a reduced environmental impact.
