Gregarius Pro Pure Sicily Jersey Women
Perfect for warm weather and higher-intensity rides, the Q36.5 Gregarius Pro Pure Sicily Cycling Jersey for Women provides outstanding aerodynamic performance by using a modern cut, ribbed sleeve system, and women’s specific cut. The ultra-breathable material of the front panels combines with the honeycomb mesh on the back to provide great thermoregulation and comfort for the sort of intense summer rides found on the island of Sicily, which inspired the unique, colorful design.
£124.00
Size Guide
Q36.5 Jerseys
Find your size
Measure the circumference around the widest part of your chest, just under the arms.
Measure the circumference around your natural waist at it’s narrowest point.
Measure the circumference at the fullest part of your hips while standing.
XXXS | XXS | XS | S | M | L | ||
1 Chest | cm | 72 | 76 | 80 | 84 | 92 | 98 |
inch | 28,5 | 30 | 31,5 | 33 | 36 | 38,5 | |
2 Waist | cm | 56 | 60 | 64 | 68 | 74 | 80 |
inch | 22 | 23,5 | 25 | 26,5 | 29 | 31,5 | |
3 Hips | cm | 82 | 86 | 90 | 94 | 100 | 106 |
inch | 33,5 | 34 | 35,5 | 37 | 39,5 | 41,5 | |
XXXS | XXS | XS | S | M | L |
Free shipping
For orders above €100
Made in Italy
With minimal footprint
Worldwide
24/48h DHL shipping
Technical Features
Placing an equal emphasis in premium performance and our Italian heritage, Q36.5 Gregarius Pro Pure Sicily Jersey for Women has been designed to provide optimum thermoregulation during hot summer rides thanks to the use of proprietary materials and a body mapped structure. The eye-catching, colorful design takes inspiration from the Sicilian cart or carretto siciliano, traditionally found in Sicily and used to carry light goods and people around the towns and countryside.
Now a symbol not only of Sicily but representative of Italian craftsmanship, the tradition of making these beautiful carts has been handed down from generation to generation. This tradition of exquisite craftsmanship speaks to our own core emphasis on the skill of the Italian masters creating Q36.5 equipment. A skill that is evident in every Gregarius Pro Jersey that we make. We've conducted performance studies to determine the best materials and most efficient placement for panels and seams. The result is a jersey that will not have material bunching up at the back of the neck causing irritation and drag. To avoid this, the sleeves have been made with a lightly ribbed fabric that does not quite meet at the back of the neck. The back panel made from a honeycomb mesh starts at the nape of the neck, spreads out across the shoulders and down to the top of the pockets. It’s a design that works with the characteristics of the materials to ensure a sung, efficient fit.
The front panel is made from an ultra-breathable micro perforated material that results in an extremely lightweight cycling jersey that only weighs 112 grams, perfect for hot rides in the summer. Our light mesh 3-pocket system provides exceptional storage space without adding bulk or causing drag. Designed to be able to stow a wide range of small essentials like wind vests, gels, phones, and tool kits, the mesh expands when required and then reforms to lay close against the lower back when not in use.
Cut specifically to fit a woman cyclist’s form, this extremely lightweight Q36.5 Gregarius Pro Pure Sicily Jersey for Women offers a level of breathability that will help you feel comfortable on hot rides in the summer and inspire you with a special connection to the beauty and imagery of bella Sicilia.
Advanced Lightweight Construction
The lightweight material employs a refined structure to improve ventilation as well as moisture transfer, which makes it the perfect jersey for high intensity rides on warm weather days.
Honeycomb Mesh
To prevent moisture build-up, while moving sweat to the outer layer of the fabric where it can evaporate quickly, the back panel is engineered using a Honeycomb Mesh pattern which encourages a push-pull effect.
Aerodynamic Performance
The ribbed material used for the sleeves follows the curvature of the arms to enhance the aerodynamic properties.