Women's Eco-Daily 3D Padded Cycling Shorts and Souke Sports Padded Half Finger Gloves Set

About this item

• BREATHABILITY AND FLEXIBILITY: With a stylish design that will complement any kit choice,the Souke mens 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, Souke 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.
• BREATHABLE AND STRETCHY: These womens cycling shorts are made using highly flexible and lightweight fabric, which is more breathable and moisture-wicking than traditional biking shorts. They will stretch to fit your curves spectacularly and move with your body while cycling. And you could go for long rides without worrying about the sweat and discomfort.
• ANTI-SLIP LEG GRIPS : Eco-daily womens padded bike shorts enhance with anti-slide silicone leg grippers to prevent them from riding up your thighs and avoid rubbing and chafing while you're biking. 6.3 inch bike underwear with upgraded seamless silicone leg grippers, which is perfect for cool cycling in summer and you don’t need to always pull grippers any more during the cycling exercise.
• ERGONOMIC 4D CUSHION PAD: These cycling shorts are designed with a women's specific seamless, breathable, high-density 4D foam padding that has an ergonomic shape. This padding protects delicate areas, minimizes friction between the thighs and the shorts for a comfortable ride, ensures a close fit against the skin, and maximizes shock absorption.