The E3 EVO gloves by FIVE are men's motorcycle gloves, ideal for everyday use and sporty riding, offering high levels of protection, comfort, and a good feel on the handlebars. They are designed to strike a balance between flexibility and safety, meeting the rider's needs for both urban commuting and more demanding use.

The upper part is made of Sublimated Spandex™ and Polymesh, a combination of elastic synthetic fabric with permanently integrated colors and patterns through a thermal process (sublimation), ensuring durability without fading, and perforated polyester mesh fabric that allows for high breathability and better ventilation of the hand. The palm is made of AX Suede® Novobuck, a synthetic material that mimics natural nubuck leather, offering excellent grip, high abrasion resistance, and improved performance in wet conditions.

Ergonomics are enhanced by reinforced Fourchettes zones made of Heavy Lycra® between the fingers, elastic areas that offer better flexibility, ventilation, and a comfortable fit, facilitating finger movement. At the same time, they provide elasticity and stability that support the hand's natural movement while riding.

Comfort is enhanced by synthetic leather reinforcement on the hypothalamic muscle, as well as synthetic leather reinforcement on the thumb in the area that contacts the steering wheel for better control. Additionally, there is silicone technology on the palm for enhanced grip, as well as perforated synthetic leather reinforcement for better ventilation. The glove fastens with a Velcro closure at the wrist and a pull tab for easy donning, while the Touch Screen™ system allows for the use of touchscreens without removing the gloves.

Protection is provided by a soft TPR protective shell on the metacarpal and phalangeal areas, a thermoplastic elastomer that absorbs shocks and protects against impacts while maintaining flexibility. Additionally, they feature smaller TPR protective shells for the finger joints (index, middle, and ring fingers), offering targeted protection without restricting hand mobility.