Certified protection and confident style

Don't be fooled by its casual appearance : the Livio X Kevlar® motorcycle softshell is a concentration of technology.

Developed by Furygan MotionLAB, it combines the aesthetics of a trendy hoodie with the stringent requirements of AA-certified protective equipment.

Its abrasion-resistant material and Kevlar® reinforcements provide an effective barrier in case of a fall.

D3O® shoulder and elbow protectors provide additional safety, while remaining discreet and ergonomic.

This gives you an unparalleled feeling of freedom and flexibility, without compromising your safety.

The Livio X Kevlar® softshell is aimed at motorcyclists who live their passion every day.

It is equally suitable for your commute to work and your urban walks, with lasting comfort and approved protection.

The softshell that proves it's possible to display a confident casual style while wearing high-performance motorcycle gear.

FEATURES :

Design

• 60 % cotton, 20 % polyester and 20 % polyamide
• Lining : 60 % polyester, 32 % cotton and 8 % Kevlar®

Comfort / Ergonomics

• Fixed quilted lining to protect against the coolness generated during motorcycle rides
• Hood with drawstrings for a secure and personalized fit
• Ribbed cuffs and hem for enhanced comfort

Protection / Security

• Reinforced elbows and shoulders incorporating Kevlar® fibers
• CE-approved D3O® protectors at the elbows and shoulders
• Furygan Skin Protect tri-material lining optimizes the resistance of the most exposed areas during shocks or impacts while maintaining the notion of comfort.
• Pocket for optional D3O® back protector
• Pocket for optional D3O® chest protector
• The Furygan Livio X Kevlar® men's motorcycle softshell is CE certified as PPE, class AA

Other details

• Connecting zip allowing the softshell to be attached to trousers
• 2 zipped exterior pockets and 2 interior pockets, including 1 wallet pocket

Technologies

D3O®

• A flexible and ergonomic material whose molecules circulate freely in the resting phase, ensuring optimal flexibility.
• Upon impact, the molecules regroup, absorbing the kinetic energy of the shock and minimizing the force transmitted to the pilot's body, before returning to their flexible state.