San Marco Regal Short Full Fit Carbon FX Saddle

Only 3 left
SKU: 8030282545878 Barcode: 8030282545878
Size
Regular price €108,10 incl. VAT
Regular price -45% €196,62 Sale price €108,10 incl. VAT

A new style for gravel and bikepacking thanks to the Bow Rail System. This is the Regal Short Full-Fit.

Made with a patented design, the Bow Rail System is fixed to the rear of the saddle, allowing the shell to be flexible and work with your body during gravel rides and long bikepacking trips. The addition of shock absorbers allows the Regal Short to flex much more than traditional saddles. 40 years after its first introduction, and finished with carbon rails and a Full-Fit design, the Regal Short is once again one of the most innovative saddles on the market.

Technical specifications

Weight: S1 220 g - L1 232 g (± 8%)
Dimensions: S1 140 x 255 mm - L1 165 x 255 mm
Rail: Carbon DNA
Intended use: Gravel and Bikepacking

Details:

CFX - Carbon Fiber

Superlight full carbon frame with oval section (9.8 mm x 7 mm) and DNA Patent (Dynamic Node Action), a technology that prevents twisting and keeps the front part of the saddle narrower for excellent pedaling freedom. DNA makes the carbon fiber frame even stiffer, giving the central geometry a longer section to ensure wider saddle adjustment. This frame is used on Superleggera and Carbon FX saddles. An adapter may be required for some seatposts.

Carbon Fiber Reinforced Shell

High-performance nylon, enriched with carbon fibers, built with variable thicknesses, reinforced with ribs that increase stiffness with ergonomic and durability features, without compromising the structure's weight.

Texfeel Cover

Designed to provide the texture and feel of fabric, but with the classic comfort of a traditional cover. Texfeel is easy to clean, pleasant to the touch, and keeps the saddle in top condition longer.

Biofoam Padding

Low-density biodynamic foam with variable thickness structure that follows the pelvis movements during pedaling, for guaranteed comfort, lightness, long-lasting durability, and ideal support.