Cycling Bike Gloves Padded Half Finger Bicycle Gloves Shock-Absorbing Anti-Slip Breathable MTB Road Biking Gloves for Men /Women

Features

• Breathable Fabric&Comfortable Fit - Made of high elastic LYCRA and knitted mesh fabric, breathable and comfortable to wear. With Anti-slip suede on the palm part, and widened velcro, special elastic fabric patch at the wrist part, it can make your hands complete relaxed and comfortable in biking sport.
• BREATHABILITY AND FLEXIBILITY - With a stylish design that will complement any kit choice, this men's cycling gloves are an excellent short finger summer glove choice for recreational road cycling and MTB riders. The back of these bike gloves is made of a moisture-wicking 4-way stretch, breathable Lycra and mesh fabric that keeps your hands well ventilated and fresh. To prevent overheating, the bike glove has added venting holes to the fingers and thumb.
• ANATOMIC FIT AND EXCELLENT PROTECTION - The cycling gloves for men are equipped with 5mm(0.5in) rebound foam padding in the palms to offer shock absorption and impact resistance, reducing fatigue to help you perform longer. This bicycle glove features optimized padding that delivers exceptional ergonomic design and high-quality construction to eliminat the bulky feel and allow your hands to move naturally for enhanced control.
• ANTI-SLIP AND ANTI-ABRASION - The mountain bike gloves are perfect for providing better grip on the handlebar in damp or sweaty conditions. Synthetic palm is made from a thin microfibre to combine durability with exceptional grip and comfort. Additionally, double-stitched seams provide increased durability for season of hard use and frequent washing.
• PERFORMANCE FEATURES - These mens bicycle gloves offer many of the features found in more expensive gloves.The Velcro closure ensures a good fit and Two finger loops and a pull tab on the bottom make for easy removal.Wiping surface on thumb helps clear sweat from your brow mid-ride. And multiple reflective detail increase your visibility to motorists in low-light conditions.