2XU Aero Vent Mid-Rise Womens Compression Tights

The 2XU Aero Vent Mid-Rise women’s compression tights are designed to keep you cool, providing active support and sweat management to meet the demands of your high-intensity training.

Maximising air circulation, they feature PWX Vent panels at the lower leg to promote the fast evaporation of sweat, maintaining your body at an optimal temperature and preventing overheating.

You get circular knit 360-degree stretch from the PWX performance fabric, delivering lightweight strength and support without compromise to freedom of movement.

Graduated compression increases the transport of oxygen-rich blood to your hard-working muscles – keeping you feeling energised for longer and speeding up recovery.

The mid-rise Power Mesh waistband creates smooth support and works with the body-sculpting fit to keep you running in confidence. A back pocket with zip closure provides a safe home for your small valuables.

The reflective X logo helps you stand out at night – so there’s no need to stop your training after the sun goes to sleep.

- Hip to hem coverage to shed seconds off your PB in comfort and confidence
- Superior air circulation to aid in temperature regulation
- PWX Dash Mesh panels provide ventilation at the lower leg
- Strong and flexible PWX compression fabric supports you to power through your training
- Flattering, body-sculpting fit hugs smoothly to your curves
- Firm graduated compression boosts blood circulation to improve performance and reduce post-workout muscle aches, tightness and fatigue
- Mid-rise Power Mesh waistband for a secure and supportive fit
- Flatlock seams help eliminate chafing
- Back pocket to stash away small essentials safely while reducing the bounce factor
- Reflective X logo on thigh keeps you safe and seen in low light conditions

Fabric
Upper front panel: PWX Flex 70D: 75% Nylon / 25% Lycra
Upper back panel: PWX Weight 160D: 65% Nylon / 35% Lycra
Lower leg panel: PWX Dash Mesh 105D: 65% Nylon / 35% Lycra

Compression Rating
Firm: 20-30 mmhg