Dainese Women's Gore-Tex jacket CARVE MASTER 3 06C

The Carve Master 3 Lady GORE-TEX® is the most advanced women's sport touring motorbike jacket in the Dainese range, ideal for riding in all seasons in total comfort and maximum performance. The impermeable GORE-TEX® membrane serves as a protective shield against rain and the elements while ensuring excellent breathability at all times. The construction in soft and resistant Mugello fabric adapts perfectly to the body's movements, following them precisely with every movement in the saddle. The removable thermal lining ensures a high level of comfort even in colder seasons and, in combination with the numerous zippered air intakes, enables versatile use. The highest Dainese safety standards are guaranteed by Pro-Armor protectors (level 2) on the elbows and shoulders, along with the fitting for G1 and G2 back protectors. Dainese Pro-Armor technology, inspired by the geometry of natural fractals, offers maximum protection with the flexibility of a soft protector and ideal ventilation thanks to a ventilated surface that covers 40% of the protector area. Abrasion resistance in the most exposed areas is ensured by the 3D Stone inserts.

Features:

• 1 rear cargo pocket
• 1 pocket in thermal lining
• 2 waterproof outer pockets
• 2 inner pockets
• 4 outer pockets
• Pocket for G1 and G2 back protector
• Reflective inserts

Ergonomics:

• Adjustable hem drawcord
• Jacket-trousers fastening system
• Adjustable waist
• Adjustable cuffs

Main materials:

• 3D-Stone fabric inserts on the elbows
• Mugello fabric

Performance shock:

• Pocket for G1 and G2 back protector
• Removable Pro-Armor protection on the elbows, certified according to EN 1621.1 Level 2
• Removable Pro-Armor protection on the shoulders, certified according to EN 1621.1 Level 2

Temperature:

• Ventilation slits on the chest and back
• Ventilation slits on the sleeves
• Breathable waterproof GORE-TEX® membrane
• Water-repellent outer fabric
• Idraflap fastening at the front
• Removable thermal collar
• Removable thermal lining.