Dainese Carve Master GTX 3 Lady Pnt
Save 40%
Original price
£469.95
Current price
£279.95
Women's sport touring motorcycle pants with GORE-TEX® waterproof membrane and removable thermal lining for maximum performance in all conditions. Complete with Pro-Armor Lev. 2 protectors on the knees.
SPECIFICATION
Carve Master 3 Lady GORE-TEX® Pants are the most advanced women’s motorcycle sport touring pants in the Dainese range and ensure comfort and maximum performance all year round. The GORE-TEX® waterproof membrane serves as a shield against rain and atmospheric agents, while always guaranteeing excellent breathability. The construction in soft, resistant Mugello fabric adapts perfectly to the body, faithfully tracing its movement in the saddle. The removable thermal lining boosts comfort even when traveling in winter and allows for great versatility of use, in combination with the zipper-operated air vents. The highest Dainese safety standards are upheld with Pro-Armor Lev. 2, Type B protectors on the knees. Inspired by the geometries of natural fractals, Dainese Pro-Armor technology allows for maximum protection, with the mobility of a soft protector and ideal ventilation due to a surface that is perforated across 40% of its area.
SPECIFICATION
Carve Master 3 Lady GORE-TEX® Pants are the most advanced women’s motorcycle sport touring pants in the Dainese range and ensure comfort and maximum performance all year round. The GORE-TEX® waterproof membrane serves as a shield against rain and atmospheric agents, while always guaranteeing excellent breathability. The construction in soft, resistant Mugello fabric adapts perfectly to the body, faithfully tracing its movement in the saddle. The removable thermal lining boosts comfort even when traveling in winter and allows for great versatility of use, in combination with the zipper-operated air vents. The highest Dainese safety standards are upheld with Pro-Armor Lev. 2, Type B protectors on the knees. Inspired by the geometries of natural fractals, Dainese Pro-Armor technology allows for maximum protection, with the mobility of a soft protector and ideal ventilation due to a surface that is perforated across 40% of its area.