SEI-VI Waterproof Thermal Long Moto Gloves, Fleece Lined Warm Winter Riding Gloves for Motorcyclists
WINTER ARMORED RIDING GLOVES
Engineered to conquer the harshest winter conditions, these premium winter riding gloves deliver uncompromising warmth, waterproof protection, and elite impact defense. Featuring advanced thermal insulation, a secure locking system, and smart visor-clearing tech, they ensure your hands stay warm, dry, and fully in control on every cold-weather ride.
FEATURES
Hipora Waterproof Membrane: Features an advanced, breathable waterproof barrier that keeps your hands completely dry and protected from freezing rain and snow
3M Thinsulate Insulation: Packed with premium 3M Thinsulate thermal cotton, providing lightweight yet highly efficient warmth to lock in body heat in freezing temperatures
Full Leather Palm Construction: Crafted from durable, premium cowhide leather that offers exceptional grip, superior abrasion resistance, and long-lasting wear
SRG-Locking Wrist System: Features a full-range energy-locking mechanism at the wrist, ensuring a secure, customized fit that stabilizes the glove and blocks out cold drafts
ESA Slow-Rebound Hand Armor: Equipped with high-density, slow-rebound EVA protectors on the back of the hand to effectively absorb and disperse impact energy
Extended Carpal Protection: Enlarged rebound padding covers the wrist bone area, offering critical defense against impacts and abrasions during a slide
SEI-VI Clear Vision Rain Wiper: Integrated clear wiper on the index finger allows riders to quickly wipe raindrops or snow from their visors without removing their gloves
Dual-Finger Touchscreen Tech: Specially treated thumb and index fingertips enable seamless smartphone and GPS operation without exposing skin to the cold
ATS-Tech Pinky Reinforcement: Specialized reinforcement on the little finger adds an extra layer of durability and impact protection where it's needed most
Ultra-Fine Plush Lining: The skin-friendly, ultra-soft inner fleece offers immediate, luxurious comfort and additional thermal retention
