SYNCROS Tofino V SL, Cut Out Saddle
Model : 288229
Key Features
- Superlight construction
- One piece carbon base and rail
- Designed for top level competition
- No compromise on comfort
1. Color : black matt
2. Size
SPECIFICATIONS
- Take our top endurance orientated saddle, the Tofino R and add the latest in carbon molding to get the SL (Super Light) version. This kind of technology usually costs twice the price and gives half the comfort. Don't take our word for it though, just take a look at the bike of former World Champion Kate Courtney! Our top Endurance orientated saddle, the Tofino V is part of our V-Concept saddle program which was developed for the more flexible rider, particularly in the pelvis and lumbar spine, who tend to ride a more aggressive aero position. Their shape on the bike is similar to a V, hence the name. These riders sit towards the front of the saddle supported by their pubic rami. The riding position is lower in general and requires a slightly different shaped saddle. The 1.0 features our carbon rails for the ultimate in lightweight. The Channel version aims for larger contact area with the goal is to reduce pressure spots while still allowing contact with the saddle. Developed in conjunction with world renowned bike fit company Gebiomized, this saddle has been designed to offer the maximum tailored bike fit solution for an off the peg saddle.
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Range of use
Endurance Road and MTB -
Base
Carbon -
Rails
Oversized 7x9mm Carbon -
Foam
EVA
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Cover
Microfabric -
Shape
Cut Out -
Dimensions
250x145mm -
Weight
156g -
Features
Additional padding and a relaxed geometry makes this saddle a hit across multiple disciplines
Super light (SL) advanced construction method
One piece full Carbon base and rail construction
Light and strong, oversized 7x9mm carbon rails
Super light EVA foam for comfort all day long
Pressure relief
Use
No Radar Chart Available Currently
Geometry
Geometry not available
Technologies
Athlete
AWARDS AND MEDIA
Documents
RTM (Resin Transfer Moulding) allows for the precise construction of carbon parts to create uniform structures more easily than traditional carbon molding The process begins with preforming dry fibers (as oppose to the more common traditional prepeg layers) and then injecting the resin under high pressure before curing the whole piece.