Performance. Value. Darevie.
CRAFTED WITH SAKURA-INSPIRED MESH VENTILATION
built-in sweatband at the collar
NON-SAG REAR POCKETS
| Fit For | Club Fit |
|---|---|
| Features | Moisture-Wicking, Lightweight, Quick-Dry, Breathable |
| Material | 90%POLYESTER 10%SPANDEX |
The Dandelion Breeze Women’s Cycling Jersey combines lightweight performance with ergonomic design, tailored for summer endurance rides on both road and mountain terrain. Crafted from Sakura-pattern mesh with breathable hexagonal holes and spy-hole mesh panels, the fabric delivers exceptional ventilation, moisture-wicking efficiency, and abrasion resistance, keeping riders cool and dry during high-intensity efforts. A slim-fit cut with high elasticity provides a body-hugging yet comfortable fit, supported by a dual-hem system: a 4.5cm silicone gripper on the front for stability and a 2cm elastic band on the rear to contour the body without bounce. The non-sag three-pocket rear design features reinforced inner patches at the seams, ensuring reliable storage even when loaded. Finished with a white SBS concealed-tooth zipper, reflective side strips for visibility, and weighing just 150–200g, this colorful jersey balances style, durability, and performance—a versatile choice for female cyclists seeking comfort and speed in summer conditions.
This jersey features breathable hexagonal pores that optimize airflow and moisture-wicking efficiency. Engineered for summer endurance, the lightweight yet durable fabric resists abrasion while keeping riders cool during high-intensity rides.
The jersey is equipped with a built-in sweatband at the collar for enhanced comfort and moisture control.
The classic three-pocket design on the back adds internal reinforcement patches to the seams of the pockets, which improves the sagging of the pockets when loading items.
A 4.5cm wide silicone gripper at the front hem anchors the jersey during aggressive riding, while a 2cm elasticated rubber band at the back ensures a contoured, bounce-free fit. This dual-hem system adapts seamlessly to dynamic body movements.