Prologo TGale TT CPC PAS
Prologo has created a new TT and TRI saddle: The T-Gale family is flat and designed to give the best performance & comfort during TT events and Triathlons.
Tested in the wind tunnel, this saddle has highly technological features and an unique design. The nose is 4,5cm shorter than a normal saddle. An integrated Elastomer absorbs vibrations and shocks. It is perfect for the rider to exert maximum power in aerodynamic positions over a long time.
- Range of application: Tri & TT
- Form: flat
- Saddle shell: Carbon Fiber Injection
- Frame: Nack, TIROX
- Size: 240x128 mm
- Weight: 228 g, 258 g
- Colour: black, white-black
- CPC (Connect Power Control)
- ESD (Ergo Shape Design)
- PAS (Perineal Area System)
- U-Clip and U-Cage ready
PAS technology (Perineal Area System) eliminates pressure spikes and numbness in the pelvic area; PAS works
better than the traditional anatomical cutout.
The PAS technology is achieved thanks to a particular anatomical shape design of the foam and base. The saddle
performance is ensured thanks to the unchanged integrity of the base
The final result provides optimum comfort and performance.
The innovative features of the CPC technology (patented by Prologo), positioned in strategic areas of the saddle, provides
maximum shock absorbing, anti-vibration and allows the rider to keep the best position on the saddle (in all weather
conditions). CPC is manufactured with a special 3D nano polymer. Developed and tested by professional road and mtb teams
ensures comfort and increases performance.
Ergo Shape Design
The ESD technology ensures a proper support for the ischial bones joined to a linear pedaling without friction, thanks to its
particular design conformation in the front and rear part of the saddle.
Light-alloy steel, highly resistant to traction, and torsion, for its physical characte-
ristics and light weight, is used in the aviation and aerospace industry. Tirox then turns
out to be a rail with a good balance between weight and strength, that doesn’t fear the
NACK-Nano carbon fiber rail
Carbon fiber, Kevlar and aluminum filaments are placed into the
seat-post clamp area, treated with the production process called Braided Carbon Rail
(BCR). This is done in order to obtain “the perfect fusion” and uniformity of the several
type of fibers and materials. The result is a balance structure and resistant to penetration