The iconic Nago R4 saddle further evolves thanks to 3D printing technology. Thanks to an innovative three-dimensional printing process, the Nago R4 PAS 3DMSS, weighing only 155 grams, is among the lightest 3D saddles on the market. This multidisciplinary and high-performance saddle is suitable for the most demanding enthusiasts who expect the best from their performance on the road as well as off-road.
Anatomical shape
T-shape saddle that guarantees greater freedom of movement thanks to a wider seating area. The recessed anatomical center allows the cyclist to easily vary position by taking advantage of the entire length of the saddle. The semi-round anatomical shape of the Nago R4 PAS 3D MSS provides an excellent balance between support and freedom of movement.
Technologies
In this saddle, the Multi Sector System technology, which provides five different mapped and separated zones for each side of the saddle, each with its own density and elasticity coefficient, becomes even more effective thanks to 3D printing. The PAS - Perineal Area System is the open channel in the middle of the saddle designed to eliminate pressure peaks and numbness, improving blood flow.
Base and Rail
The long-fiber carbon base and Nack (nano carbon fiber) rail make the saddle even lighter, stiffer, and more performing. The version with an injected carbon base and Tirox (light alloy steel) rail, with an excellent weight-strength balance, gives the saddle less stiffness and superior vibration absorption.
Technical Specifications
- Size: 245x137 mm
- Saddle weight with Nack Rail: 155 gr
- Saddle weight with Tirox Rail: 195 gr
- Among the lightest 3D saddles on the market
- T-Shape and semi-round shape
- Multi Sector System to adapt to the cyclist's morphology
- PAS perineal channel to eliminate pressure peaks
- Carbon base
- Nack (carbon fiber, Kevlar and aluminum filaments) or Tirox (light alloy steel) rail
