Features
Use: running, trail, triathlon
SPECIFICATIONS:
- Compression sleeves
- Stretchy and tight fitting on the calf
- Fabric provides rigidity
- Massaging fibre: each movement triggers a micro-massage providing well-being and lightness
- Make the legs light and cool for more explosive performance
- Do not retain water
- Quick drying
- Abrasion-resistant
- Recommended for endurance sports
- Designed for extreme conditions
- Weight: 12.5g per sleeve
TECHNOLOGY:
- Massaging Fibre
- Oxygen compression
- D-Tox
- K-Protect
- Ultra-resist
- Anti-fatigue
- Recovery
BENEFITS:
- Improved blood circulation
- Reduced vibrations caused by impact with the ground
- Reduced risk of injury
- K-Protect absorbs vibrations and removes discomfort around the knee
- Speed up recovery
COMPOSITION:
- 50% polyamide
- 26% polyethylene
- 24% elastane
More info
TECHNOLOGY:
D-TOX: Studies show a significant reduction in lactic acid during exercise.
K-PROTECT: K-Protect ergonomic tongue presses on the patellar tendon and reduces vibrations by up to 8%. K-Protect does not hinder movements and improves comfort. Perfectly suited for those with known knee weakness but also for those feeling tired after 100km.
COMPRESSION OXYGEN: A millimetre-accurate graduated compression in targeted areas to provide oxygen to the muscle, improving performance and facilitating recovery. The muscles are supported for increased strength and long-distance performance. The fibre is stretchy and also breathable for maximum comfort
RECOVERY: Provides a feeling of well-being, lightness and strength around your legs from the ankles right to the top of the leg. It accelerates venous return by preventing blood from stagnating in the calves, behind the thighs and quadriceps, making your legs feel really light.
ULTRA-RESIST: Compressport® products with this technology will not rip during normal use.
MASSAGING FIBRE: Each movement triggers a micro-massage providing a sensation of lightness and well-being. Patented fibre.
ANTI-FATIGUE: The shock and vibration absorption on the muscles, veins and articulations increase the effort resistance.