Total control, even when the weather deteriorates

With TD Soft D3O® PrimaLoft® motorcycle gloves, every ride becomes a demonstration of control and comfort.

Their construction combines carefully selected flexible materials with a D3O® insert positioned on the palm, designed to absorb shocks and filter handlebar vibrations. The result : improved precision and less fatigue, even over long distances.

Thanks to their waterproof and breathable membrane, these gloves effectively protect you against moisture while wicking away perspiration.

PrimaLoft® Gold® technology, renowned for its exceptional thermal performance, ensures constant warmth without compromising lightness or control sensitivity.

Ideal for mid-season, they combine technical innovations and advanced ergonomics to offer a perfect balance between protection, thermal comfort and freedom of movement.

FEATURES :

DESIGN

• 60 % polyester, 20 % goatskin leather, 10 % polyamide and 10 % SBR
• 100 % polyester lining

COMFORT / ERGONOMICS

• Waterproof and breathable membrane
• Water-repellent material limiting moisture infiltration and the formation of a thermal bridge which would mean a transfer of cold to the body.
• Mid-season microfleece lining to retain heat and provide pleasant comfort without affecting the feel of the controls.
• PrimaLoft® Gold wadding offers optimal insulation, allowing it to adapt to temperature variations and is designed for the most extreme weather conditions.
• Short cuff with a self-gripping tightening tab allowing for a secure and personalized fit.
• Furygan Sensitive Science insert allowing you to use your touch devices without having to remove your glove.

PROTECTION / SECURITY

• D3O® pad in the palm area dampens handlebar vibrations
• Reinforcements on the palm
• D3O® Metacarpal Protective Shell
• The Furygan TD Soft D3O® PrimaLoft® motorcycle gloves are CE certified as PPE level 1KP

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.