SEDICI Vento 2 Women's Gloves

Construction:

• Maximum ventilation for hot weather riding
• Maximum stretch from spandex / stretch mesh in non impact zones
• Goatskin leather / airflow mesh textile construction
• Leather perforation at the palm and back of hand

Protection:

• Finger bridge connecting 4th and 5th fingers
• Hard TPR fully vented floating knuckle protector
• Impact absorbing AXIAL® AVP layer at back of hand 
• Amara suede overlay on the palm
• Leather inset TPU palm slider
• Full double layer of leather for outseam protection at side of hand / little finger

Comfort:

• High-flow spandex textile panels at base of inner fingers for added airflow
• Precurved ergonomic construction to reduce fatigue
• Silicone printed grip
• AX® Connect VN Plus touch tech at the finger and thumb
• Accordion stretch panels at the fingers and thumb
• Perforation at the palm and back of hand for warm weather comfort
• Vented knuckle protector
• Ergonomic tapered wrist with VELCRO® brand closure at the wrist

Frequent Flyers

The Vento 2 Gloves offer the highest level of airflow and perforation in the SEDICI glove family. This hot weather, short cuff glove is aimed at sport-focused street riders who find themselves on the bike often. Reduced bulk, increased mobility, and improved tactile feel at the controls make everyday life easy with this successor to the original Vento Gloves - all while keeping riders cooler than ever. The gloves inherit a recontoured finger bridge from SEDICI's track gloves that connects the ring and little finger - improving ergonomics in daily riding and stability in the event of a crash.

Perforation & Airflow Fabrics 

A vented TPU knuckle flows air to the back of hand while being supported by an impact absorbing layer of AXIAL® AVP. Increased pre-curve on the palm and added stretch panels at critical points reduce rider fatigue, elevating the riding experience. A fully perforated goatskin palm allows sweat to evaporate, and high-flow spandex fourchettes funnel airflow through the gloves for maximum endurance in hot temperatures.