A durable yet smooth and elastic Side-Wrap padding covers all the edges of the Romero, reducing the abrasion and impact that can happen when navigating corners in attack position and descending over rough terrain.
Romero SL Saddle
Blaze the Trail
The Giant Romero SL saddle is a high performance saddle specifically designed for trail and enduro riding. Featuring a flexible chassis design with a nylon/glass fiber composite base to provide increased flexibility, as well as Side-Flex technology for inner leg comfort, the Romero SL also features all-new built-in Particle Flow padding to enhance shock absorption but retain base flexibility.
Key Performance Factors
ULTIMATE FLEXIBILITY & COMFORT
Designed, engineered and tested to deliver ultimate flexibility and comfort, from weekend single track shredding to full-on enduro racing, Giant Romero saddles feature Side-Flex technology that provides more comfort where thighs contact the saddle while descending in attack position, as purpose-built free-flow particles in the saddle padding offer increased shock absorption while seated.
PRO RIDER PERFORMANCE
Designed with input from our pro riders, the all-new Giant Romero saddle series has been tested in the most demanding off-road conditions. With Side-Wrap high-elastic padding covering all edges and providing better side and rear protection when moving quickly on and off the saddle, the purpose designed nose provides the optimal length, width and thickness of padding for just the right amount of support when attacking steep climbs.
VERSATILE CAPABILITY
Apt for virtually all mountain bikes, from trail to gravity, Giant Romero saddles feature carefully considered contours that work with either steep or slack seat tube geometry.
Technologies & Features
Particle Flow
Giant’s free-flowing high-elastic particles are inserted into two separate pockets that mold to each rider’s unique pelvic contact condition to provide further comfort and support. The particles deform more easily under pressure, providing superior comfort and high rebound performance, resulting in reduced pressure points across a broader contact area.
