Advance Vance Women's Black All Weather Season CE Armor Mesh Motorcycle Biker Riding Jacket

Advance Vance Women's Black All Weather Season CE Armor Mesh Motorcycle Biker Riding Jacket.

The Advance Vance Women's Black All-Weather Season CE Armor Mesh Motorcycle Biker Riding Jacket is a versatile and protective option for female riders. Designed to tackle various weather conditions, this jacket features CE armor for added safety. Its mesh construction allows for breathability, making it comfortable in hot weather. In contrast, the black design offers a stylish look for all riders.

Features

• Experience unparalleled airflow with the mesh shell, ensuring maximum breathability and comfort during your rides.
• Stay prepared for changing temperatures with the removable thermal liner, allowing you to adapt to any weather condition.
• Ride with confidence, knowing that your shoulders and elbows are protected by C.E. rated protectors, offering superior impact resistance.
• Customize your level of back protection with the removable back protector pad and optional C.E. protector pocket, ensuring your safety on the road.
• Conveniently store your essentials with two waist-level pockets and an additional chest pocket, providing ample storage space.
• Keep your valuables secure with a concealed carry pocket and a zippered pocket inside the jacket, ensuring peace of mind throughout your journey.
• Stay connected and entertained on the go with the dedicated pocket on the thermal liner, designed for your audio devices or accessories.
• Achieve the perfect fit and comfort with the zippered sleeve adjusters, allowing for flexibility and ease of movement.
• Tailor the jacket to your body shape and preferences with the adjustable hook and loop waistband, ensuring a personalized fit.
• Enhance your visibility and safety with the reflective piping on the jacket, ensuring you remain visible to other motorists in low-light conditions.
• Enjoy a comfortable fit when using, thanks to the dual button snap adjustments on both arms, providing added stability.