Selle Royal Brave Relaxed Saddle

Blending sustainability with durability, Brave is a tough yet comfortable saddle designed for urban cycling. Combining an ISCC+ certified bio-circular plastic base with our innovative Stracciatella foam, Brave is here to promote a brighter future—and better rides thanks to the lasting support of Royalgel™. Waterproof and equipped with a unique Strengtex cover, Brave can withstand the rigors of city exploration and promises stronger, drier spins, rain or shine.

• ROYALGEL™
  Superior to any other padding material for its unique formulation, Royalgel™ provides the highest level of comfort. Durable and versatile, this technology absorbs pressure and distributes it across the saddle surface, ensuring the best support for even your longest rides.
• ROYAL VACUUM
  Enjoy a dry ride with a water-resistant saddle. This patented Selle Royal technology allows the saddle to be 100% sealed and substantially waterproof, even when exposed to heavy, wet weather.
• STRENGTEX
  This is an ultra-resistant cover material made to accompany the tough life of any saddle. Thanks to its multi-layer structure, your Strengtex saddle doesn't fear punctures, cuts, tears, cracks or aging and it is thus perfect for the urban jungle.
• ELASTOMERS
  You always watch out for unexpected obstacles, but if you do miss one, your saddle with elastomers will absorb even the most severe shocks without making a sound.
• INTEGRATED CLIP SYSTEM
  A must for your Selle Royal accessories: the Integrated Clip System positioned at the rear of your saddle will make the attachment of a Selle Royal saddle bag or other accessories an easy clip away.
• STRACCIATELLA
  Stracciatella is an innovative padding technology that incorporates saddles discarded from production. Ground into granulates and injected into new foam, Stracciatella reduces waste and boosts a circular production model. Like the famous Italian ice cream, Stracciatella can be savoured on every ride!
• BIO-CIRCULAR PLASTIC BASE
  This saddle uses ISCC PLUS-certified plastic, which is linked to 88% renewable raw materials derived from waste and residue streams. The bio-circular material is allocated using the ISCC mass balance approach.