Outdoor Touch Screen Half Finger Gloves Windproof Breathable Women Men Bicycle Gloves Shockproof Anti-slip Cycling Gloves Riding Racing

Name: Women Men Bicycle Gloves

Material: Polyester Fabric

Color: as picture

Size: Palm Width: M 9cm(3.54in), L 10cm(3.94in), XL 10.5cm(4.13in)

Quantity:1 Pair

Occasion: Suitable for Outdoor Sports

Feature:

1. **Touch Screen Compatibility**: These long full-finger cycling gloves are designed with touch screen compatible fingertips, allowing you to use your smartphone or other touch screen devices without removing your gloves. This feature adds convenience during rides, enabling you to stay connected and use navigation apps effortlessly.

2. **Anti-slip Gel Padding**: The gloves are equipped with strategically placed gel padding on the palms, providing excellent grip and shock absorption. This anti-slip design ensures a secure hold on the handlebars, reducing hand fatigue and enhancing control during long rides on both mountain and road bikes.

3. **Breathable and Comfortable**: Made from breathable and moisture-wicking materials, these gloves keep your hands cool and dry. The fabric promotes airflow, preventing overheating and ensuring comfort during intense cycling sessions or extended rides.

4. **Durable and Protective**: Constructed with high-quality materials and reinforced stitching, these gloves offer durability and long-lasting performance. The full-finger design provides additional protection for your hands against abrasions, blisters, and harsh weather conditions, making them suitable for various outdoor activities.

5. **Versatile Fit for Men and Women**: Available in multiple sizes, these gloves are designed to fit both men and women comfortably. The adjustable wrist closure ensures a secure fit, while the flexible material allows for a full range of motion, making them ideal for mountain biking, road cycling, racing, and other outdoor sports.

Package Included: 1 x Women Men Bicycle Gloves

Warm tips:

1.The color of the item may be slightly different from the picture due to the difference in light and screen.