Alpinestars Womens Stella Missile V3 Leather Pants

The Stella Missile V3 Leather Pants feature a newly evolved, precise 'flex fit' design, with the pre-curved legs, and flex zones on the knee and waist delivering a close riding fit with plenty of stretch for optimal rider movement. Featuring a premium leather chassis for enhanced abrasion resistance and ergonomic stretch panels for comfort, these pants are also equipped with a ventilation port on the knee for maximum airflow. These pants are Tech-Air® ready and can accommodate the Tech-Air® 10 Airbag System, complete with its extended hip protection.

Features:

• Featuring an engineered fit designed to deliver the highest level of active race protection, these pants are Tech-Air ready and can accommodate the Tech-Air10 Airbag System with its extended hip protection
• Ventilation panel on the knee delivers maximum airflow; the knee is CE Certified, even when the panel is open
• High Flex design for an optimized fit and enhanced freedom of movement
• Comfort fit; design follows the contours of the knee for the optimal blend of comfort and freedom of movement
• Optimized for an engineered womens fit
• Premium leather main chassis constructed from 1.3 mm genuine bovine leather
• Dual layers in exposed areas for additional abrasion resistance
• Accordion leather stretch zones above the knee offer improved flexibility
• Extended high rear waist construction provides greater overlap with the riding jacket
• Extensive stretch panels on calf and crotch area for improved fit and feel
• Pre-curved leg construction helps improve fit and reduce riding fatigue
• Strategically positioned ventilation on thigh for internal air cooling
• Alpinestars GP-R Lite internal protection on knee
• Hook and loop waist adjuster for secure and personalized fit
• Waist connection zipper allows attachment to Alpinestars riding jackets
• Internal mesh lining with stretch panel inserts work in conjunction with outer stretch zones for freedom of movement
• Replaceable Sport knee sliders for excellent impact and abrasion resistance