Endura WOMEN'S PRO SL EGM BIBTIGHT női hosszúnadrág

Design Philosophy
Because She rides road, all year round. The most technically advanced bibtight Endura have ever produced boasting and an innovative knee articulation, unique drop seat function and the ground breaking 800 Series Confirm EGM Pad.

Fabric Engineering
High stretch windproof panels with soft, brushed inner face offer unrivalled warmth and element protection no matter how bad the weather.

Zipless DropSeat™ Function
Our unique zipless DropSeat™ function.... the 'elegant solution for when nature calls'. This means that her comfort break will be low hassle and lightning fast ... and from now on she'll be leaving the guys sitting!

• 4-way high stretch windproof, breathable fabric with DWR finish front and seat panels
• PFC-Free, non-toxic durable water repellent finish
• Women’s 800 Series Conform EGM Pad with medical grade Elastomer technology*
• Ergonomic, pre-shaped multi panel construction
• New bib construction combining wide elastic crossover back straps and supportive high wicking, insulating front panel
• Innovative, discreet, zip-free and unique Drop Seat fast comfort break access
• *Contains Zinc Pirythione anti-microbial Biocidal finish which prevents the multiplication of odour-causing bacteria

Women's 800 Series Conform EGM Pad
The Women’s 800 Series Conform EGM Pad employs a taboo busting philosophy to tackle head on the pain and injury often experienced by female cyclists when sitting on a saddle. It has been designed in collaboration with leading physiotherapist and ergonomist Phil Burt as part of Endura’s Ergonomistry range. Medical grade elastomer, as used in prosthetics, is deployed to protect key areas. It is much more effective at dissipating pressure than foam or traditional PU gels, thereby protecting the skin and underlying soft tissue. Game changing comfort is achieved via this novel application where the medical grade elastomer in a liquid form is combined with Endura’s continuous variable profile (CVP) pads creating a seamless interface between elastomer and foam.