Making of
Champions

High performance professional cycling shoes

Making of
Champions

R3B
UOMO

R3B UOMO

With
a twist

Introducing the all-new R3B UOMO

Built with perforated Microtex, that feature a carbon reinforced outsole and Boa IP1 closure system for a great fit and pedalling efficiency.

BUY €250,00

Technical Details

  • Closure System: Boa IP1
  • Materials: Microtex laser perforated
  • Outsole: UD Carbon Fiber
  • Insole: fi'zi:k Cycling Insole
  • Available Size: 40-47 and 48
  • Weight: 230gr (size 43)

When it came to completing the latest phase of fi’zi:k’s ultimate connection collection we took Italy’s legendary styling and hand crafted shoe skills and blended them with our knowledge of the best composite and synthetic technologies. The result is a new range of shoes that perform so well they count as a crucial competitive edge component, and fit perfectly. R3B and R5B road shoes use handmade precision shaped, perforated Microtex uppers secured with Boa’s latest IP1 closure systems. Sculpted unidirectional carbon (R3B) or carbon reinforced nylon (R5B) soles give maximum power delivery for minimal weight. And with monochrome colorways and classic style your winning advantage has never looked so good or felt so comfortable – for men and women. We’ve harnessed the highly accurate tightening, immediate release and minimal weight of the latest Boa IP1 four-point attachment closure system: it’s lighter and easier to use.

• The latest Boa IP1 closure system makes fi’zi:k’s B series shoes lighter, faster and more comfortable. Laser perforated Microtex uppers translate seamless security into the ultimate pressure-free power transfer for fatiguefree speed on the road.

• Custom unidirectional carbon (R3B) or carbon reinforced nylon (R5B) soles mean every precious watt goes straight into your pedals. Sculpted footbeds and supportive heel forming keep feet securely cradled without any hot spots or crush zones.

• Ratchet and cross strap options are also available with our luxury kangaroo leather R1 and R3 models.