

SELLE ROYAL LOOKIN BASIC SADDLE WOMENS MODERATE
Details
SELLE ROYAL LOOKIN BASIC SADDLE WOMENS MODERATE
Selle Royal Lookin Basic Saddles
Lookin Basic is equipped with Royalgel™ padding, visible through the central windows on the cover.
This technology guarantees the highest level of comfort, reducing pressure peaks by 40% compared to standard padding materials.
WOMENS MODERATE: Size Length 268mm / Width 202mm / Weight 475g (approx measurements)
ROYALGEL™ INTEGRATED CLIP SYSTEM
A patented clip system positioned at the rear of the saddle for easy attachment of a Selle Royal saddle bag or other accessory.
FLEXITE SYSTEM
The Flexite shell system was created to balance exibility with strength by maximising performance through a unique, indented ‘channel’ structure on the bottom of the saddle body. This innovative construction guarantees extraordinary exibility and shock absorption during riding.
Royalgel™ guarantees the highest level of comfort, reducing pressure peaks by up to 40% thanks to its unique tridimensional gel structure.
SELLE ROYAL LOOKIN BASIC SADDLE WOMENS MODERATE
SELLE ROYAL LOOKIN BASIC SADDLE WOMENS MODERATE
Details
SELLE ROYAL LOOKIN BASIC SADDLE WOMENS MODERATE
Selle Royal Lookin Basic Saddles
Lookin Basic is equipped with Royalgel™ padding, visible through the central windows on the cover.
This technology guarantees the highest level of comfort, reducing pressure peaks by 40% compared to standard padding materials.
WOMENS MODERATE: Size Length 268mm / Width 202mm / Weight 475g (approx measurements)
ROYALGEL™ INTEGRATED CLIP SYSTEM
A patented clip system positioned at the rear of the saddle for easy attachment of a Selle Royal saddle bag or other accessory.
FLEXITE SYSTEM
The Flexite shell system was created to balance exibility with strength by maximising performance through a unique, indented ‘channel’ structure on the bottom of the saddle body. This innovative construction guarantees extraordinary exibility and shock absorption during riding.
Royalgel™ guarantees the highest level of comfort, reducing pressure peaks by up to 40% thanks to its unique tridimensional gel structure.