Eco-Daily Women's Cycling Shorts + Souke Padded Cycling Gloves

BREATHABILITY AND FLEXIBILITY: The Souke men's cycling gloves are a stylish and contemporary choice for recreational road cycling and mountain biking enthusiasts. Designed with a moisture-wicking 4-way stretch Lycra and mesh fabric on the back, these gloves ensure your hands remain cool and comfortable, even during long rides. Special venting holes have been strategically placed in the fingers and thumb to prevent overheating and enhance air circulation.

ANATOMIC FIT AND EXCELLENT PROTECTION: Equipped with 5mm (0.5in) rebound foam padding in the palms, these cycling gloves offer excellent shock absorption and impact resistance. This padding not only reduces fatigue but also helps you ride longer and more comfortably. The gloves' ergonomic design and high-quality construction ensure a non-bulky fit, allowing your hands to move naturally for enhanced control and a more enjoyable riding experience.

ANTI-SLIP LEG GRIPS: The eco-daily women's padded bike shorts are designed with anti-slide silicone leg grippers that prevent the shorts from riding up your thighs, thus avoiding any discomfort or rubbing. These 6.3-inch bike shorts, featuring upgraded seamless silicone leg grippers, are perfect for summer cycling, ensuring you stay cool and comfortable throughout your rides.

BREATHABLE AND STRETCHY: Crafted from highly flexible and lightweight fabric, these women's cycling shorts are more breathable and moisture-wicking than traditional biking shorts. The fabric stretches to fit your body exactly, allowing for smooth movement without discomfort from sweat. Whether you're on a short or long ride, these shorts provide the perfect combination of comfort and performance.

ERGONOMIC 4D CUSHION PAD: These bike shorts feature a women's-specific seamless, breathable, high-density 4D foam padding with an ergonomic structure. This cushioning protects sensitive areas, reducing chafing between the thighs and shorts. The close skin contact ensures a comfortable fit and optimal shock absorption, leading to the best possible riding experience.