Tailored for women looking to spend long days in the saddle, the Mono short has been designed to offer exceptional performance and comfort in every riding position. The supportive waist system is another nice touch, boosting comfort whilst simultaneously allowing quick and easy nature breaks.
Constructed from recycled fabrics, the short is abrasion resistant and offers 50 UPF protection. An offset inseam prevents unwanted irritation, while the wide, stretchy soft elastic straps promote additional comfort out on the road.
Finished with a hybrid cell high-density perforated foam pad, the Mono short provides high levels of vibration damping and breathability, perfect for long rides in warmer weather.
Designed and created by Universal Colours.
Made in Lithuania by BlueSign® accredited factory, LTP.
Form fit. These shorts have been made using compressive warp knit recycled nylon and are designed with an articulated cut to fit closely around the body.
These shorts have been made from 100% recycled and Bluesign® fabrics, including the fabric used for the pad itself. An extra high-wicking finishing treatment has been added to aid comfort.
Warp-knit nylon: 78% pre-consumer recycled nylon / 22% pre-consumer recycled elastane
Lightweight polyester mesh: 90% post-consumer waste recycled polyester / 10% pre-consumer waste recycled elastane
Pad fabric: 57% pre-consumer waste recycled polyamide / 27% post-consumer waste recycled polyester / 16% pre-consumer waste elastane
Bib elastic: 80% nylon / 20% elastane
*Pre-consumer waste fabrics are scraps and damaged garments from the factory that are repurposed and spun into yarns again. Post-consumer waste fabrics have gone through the recycling process and are repurposed as new yarn and knitted into new fabric.
Learn more about our selected fabrics.
- Italian Elastic Interface® multi-density pad with recycled fabrics
- Highly elasticated, soft and supportive bib upper
- ‘Nature Calls’ pee-break friendly design
- Deep offset cuffs with silicone grippers
- Reflective detailing
- UPF protection