Dainese Mirage Women’s 2-Piece Leather Motorcycle Suit – Black / White

Description

Tailored specifically for women seeking high-level protection on both road and track, the Dainese Mirage Lady 2-Piece Leather Suit combines dynamic sport ergonomics with a clean, high-contrast visual style. Crafted from premium Tutu cowhide leather paired with S1 bi-elastic fabric panels, this suit features a distinctive gradient geometric chest print centered around the signature white Dainese demon logo. The two-piece design connects jacket and pants via a heavy-duty full-waist zipper, offering maximum versatility for track breaks and sport-touring rides.

Engineered for movement and temperature management, the Mirage suit incorporates side ventilation zippers, a breathable Nanofeel® internal liner, and accordion leather stretch zones above the knees and lumbar region. Complete protection is provided by certified composite armor at the shoulders, elbows, and knees, soft Pro-Shape hip padding, and seamless aluminum shoulder sliders designed to slide smoothly upon road contact. An aerodynamic back spoiler, replaceable knee sliders, and dual zippered calf expansions complete this track-ready suit.

Key Features

• Tailored Female Ergonomics: Patterned specifically to complement female body contours for a natural fit in aggressive tuck and cornering positions.

• Tutu Cowhide & S1 Fabric: Built from tough, abrasion-resistant Tutu leather with high-stretch S1 fabric panels along inner arms, crotch, and calves for unrestricted motion.

• Versatile 2-Piece Design: Full-circumference waist zipper safely joins jacket and pants while allowing separate use during extended stops.

• Advanced Armor Protection: Includes CE-certified composite shoulder, elbow, and knee protectors, soft Pro-Shape hip armor, and replaceable aluminum shoulder plates.

• Dynamic Graphic Chest Panel: Showcases a unique dark gradient grid graphic across the front torso with bold white Dainese forearm and thigh branding.

• Aerodynamic Track Hump: Sculpted back hump reduces aerodynamic drag and stabilizes helmet airflow at higher track speeds.