Product Description
The SLR 3D Carbon is a next-generation 3D printed bike saddle engineered for elite road performance. Featuring an advanced 3D printed lattice structure and ultra-light carbon rails, this high-performance carbon bike saddle retains the iconic SLR shape while delivering superior comfort, efficiency, and power transfer on every ride. The legend has evolve.
The SLR 3D Carbon redefines what a modern 3D printed bike saddle can achieve. Built using a proprietary printing pattern and advanced Carbon DLS™ technology, it delivers a precision-engineered lattice structure with differentiated cushioning zones for progressive shock absorption and optimized pressure distribution.
Weighing just 137g (size S3), it is one of the lightest performance-focused carbon bike saddles available. The full carbon rails enhance stiffness and strength while minimizing weight, ensuring maximum power transfer without compromising comfort.
Designed specifically for road cycling, this lightweight bike saddle combines cutting-edge additive manufacturing with the proven SLR sitting shape trusted by professional riders. Whether you're building a high-end race bike or upgrading your performance setup, the SLR 3D Carbon is engineered to elevate every pedal stroke.
Technical Specifications:
- Weight: L3 143 g (± 8%)
- Dimensions: L3 145 x 242 mm
- Rail: Carbon Ø7x9 mm
- Intended Use: Road
Materials and Shape:
- Superflow: The Superflow technology drastically reduces all physical limitations caused by prolonged pressure in the perineal area.
- Advanced carbon rails: The carbon rails have been created with a brand new carbon layup to ensure lightness and resistance, and an improved rail angle delivers better vibration absorption.
- 3D Printed: 3D printed cover with dedicated and proprietary pattern featuring differentiated cushioning zones that provide progressive absorption over the entire surface area, ensuring the cyclist optimal comfort and support.
- Neutral : Neutral shape (anatomical) saddles provide appropriate support for both cyclist with anterior pelvic rotation (dynamic riders) and those with posterior pelvic rotation (static riders).
