Prologo Nago R4 PAS 3DMSS Saddle

Description

Comfort & Performance at a Record-Low Weight

The Prologo Nago R4 PAS 3DMSS is a 3D-printed, ultralight performance saddle with the same ergonomic T-shape shape and compact dimensions of the NAGO R4, already adopted by professionals such as Tadej Pogačar, Mark Cavendish, and Geraint Thomas.

After launching their first saddles with CPC technology in 2013, fearing their patented three-dimensional conical nano-structure system, Prologo decided to extend the 3D technology to the entire saddle with an innovative multi-sector cover designed from pressure test analysis to even better aid in vibration absorption.

3D Multi-Sector System

The cover of the saddle combines MSS - Multi Sector System technology with an innovative 3D printing process, which made it possible to create five separate sectors for each side of the saddle, which can optimally adapt to the individual areas of pressure exerted and accommodate the cyclist's morphology.

Each sector has different complex geometric shapes, varying densities and differentiated elastic coefficients, depending on position and function:

• The rear section has a high density and a high elastic coefficient to provide greater support to the ischial bones and facilitate the traction phase of pedaling;
• The 3 middle sections present low density and a medium elastic coefficient to offer maximum comfort where the soft tissues rest;
• The front section features a medium density and a low elastic coefficient to offer good support even when it's necessary to pedal at the tip of the saddle.

Features:

• Size: 245x137mm
• Weight: 148g
• Rails: Nack (Nano Carbon Fiber)
• Color: Black

B-Stock - This product has one or more B-Stock units available. These units can be purchased at a discount (see option select). B-Stock units were returned from other customers and may have missing or damaged packaging materials. Saddle rails may have minor scratches. These units are otherwise as new. The full manufacturer warranty applies. Click Here for more information.