- 1 OF 6Francine
Navy
$ 210.00With signature Café du Cycliste styling, Francine is an adaptable women’s road cycling jersey suited to warmer weather rides, preferably on the French Riviera. The super-soft proprietary fabric is high wicking and fast drying to keep you cool and dry on hot days, while in cooler climes this mid-weight fabric provides additional protection against the wind.
See Details - 1 OF 6Francine
White
$ 210.00Francine combines fantastic performance across a range of conditions, extreme comfort against the skin and signature Café du Cycliste Breton inspired styling. With a female specific cut, the super soft proprietary fabric is high wicking and fast drying to keep you cool and dry on hot days while open mesh panels on the back and under the arms work together to increase air flow.
See Details - 1 OF 6Francine
Ivory
$ 210.00With signature Café du Cycliste styling, Francine is an adaptable women’s road cycling jersey suited to warmer weather rides, preferably on the French Riviera. The super-soft proprietary fabric is high wicking and fast drying to keep you cool and dry on hot days, while in cooler climes this mid-weight fabric provides additional protection against the wind.
See Details - 1 OF 6Francine
Khaki
$ 210.00 $ 105.00With signature Café du Cycliste styling, Francine is an adaptable women’s road cycling jersey suited to warmer weather rides, preferably on the French Riviera. The super-soft proprietary fabric is high wicking and fast drying to keep you cool and dry on hot days, while in cooler climes this mid-weight fabric provides additional protection against the wind.
See Details - 1 OF 6Francine
Sand
$ 210.00With signature Café du Cycliste styling, Francine is an adaptable women’s road cycling jersey suited to warmer weather rides, preferably on the French Riviera. The super-soft proprietary fabric is high wicking and fast drying to keep you cool and dry on hot days, while in cooler climes this mid-weight fabric provides additional protection against the wind.
See Details - 2 OF 6Cecilia
White
$ 80.00 $ 40.00A warmer weather base layer with female-specific fit and styling. Using an ultra-lightweight mesh construction, the technical fabric is designed to produce a layer of air next to the skin to help maintain a constant core temperature while riding.
See Details - 3 OF 6Cycling Gloves
White
Out of stockConstructed from a mix of technical fabrics, summer mitts which are styled with signature detailing and ideal for warmer weather riding. Highly flexible to maximise comfort on the handlebars, the palms are lightly cushioned rather than padded to provide the ideal balance between protection and connection to the bike.
See Details - 4 OF 6Marinette
Navy
$ 300.00Iconic shorts reconstructed. Designed for long distances on the road, Marinette, along with all our padded shorts, use a top of the range Cytech pad. Built for ultimate comfort, the shorts use the latest manufacturing technology and performance materials.
See Details - 5 OF 6Cycling Socks
Navy
$ 30.00Block colour cycling socks constructed for maximum performance and comfort. Super soft against the skin and highly breathable, they can be matched with jerseys or bib shorts from across our range.
See Details - 5 OF 6Cycling Socks
Black
$ 30.00Block colour cycling socks constructed for maximum performance and comfort. Super soft against the skin and highly breathable, they can be matched with jerseys or bib shorts from across our range.
See Details - 5 OF 6Cycling Socks
Amethyst
Out of stockBlock colour cycling socks constructed for maximum performance and comfort. Super soft against the skin and highly breathable, they can be matched with jerseys or bib shorts from across our range.
See Details - 6 OF 6Road Shoes
White
$ 375.00Finely engineered cycling shoes for a perfect connection to your machine and the speed and grace of the open road. Collaborating with footwear specialists using leading-edge engineering and materials, the shoes’ upper is cut from a premium microfibre which is robust, lightweight and stiff enough for structured support and optimum power transfer.
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