Prologo Scratch M5 CPC PAS Nack Saddle 140mm, Black

Prologo Scratch M5 CPC PAS Nack Saddle

• Size: 250x140mm
• Rail: Nack Carbon
• Cover: Microfibre
• Padding: Light foam
• Weight: 145g
• Colour: Black or White

The Scratch M5 is one of the newer line of saddles that use 4.0 technologies; innovative in terms of size, shape and ergonomics, they are suitable for multiple uses and the CPC technology is used in Formula 1.

Thanks to the new “T SHAPE” design, size and ergonomics the M5 Scratch range is suitable for use by both men and women. The measurements are 250x140mm in width.

The MSS Multi Section seating system, designed in co-operation with the Politecnico of Milano, helps improve comfort and performance; the active foam separated to create 5 zones working in a smart and individual way favoring the natural movement of the pedaling movement. This absorbs the vibrations that the carbon fibre body transfers to the over-saddle. The Round Shape of the M5 creates stability and support for the lumbar areas; moreover the distribution of the pressures on a greater surface.

This saddle uses a Nack rail which is a monocoque carbon structure. Prologo's R&D department has engineered the clamping area by using a specific nano carbon fibre technology named BRC (Braided Carbon Rail) in order to support an extremely high level of stress when the seat clamp is tightened. The Nack rail is Prologo's top level rail combining unbeatable stiffness with extraordinary lightness.

The PAS system is a channel in the base of the saddle. The hole or channel helps to maximises blood flow and supports the pelvic area while also preventing pressure peaks. This system is designed and developed to eliminate pressure and numbness to areas that need it most.

CPC: Connect Power Control: Prologo patented technology. The specially designed CPC surface features a mat of hollow cones of various heights and diameters, arranged for maximum benefits to the rider. These include optimised grip, shock absorption and air cooling. It also enhances blood flow through a massaging action, reducing numbness and tendon related discomfort.