Selle SMP saddle Well M1 (black)

Selle SMP saddle Well M1 (black)

This wider and more padded model complements the Well range – known for its excellent ergonomic properties – and is designed to provide maximum comfort even during intense sporty riding.

This wider and more padded model complements the Well range – known for its excellent ergonomic properties – and is designed to provide maximum comfort even during intense sporty riding.

This saddle is designed for cyclists with wider sit bones, ranging from 12.1 to 15.0 cm. It is recommended for men and women who wear trouser size L, XL or XXL, i.e. for riders with a larger or more robust build.

The saddle is suitable for various types of cycling – road, mountain (MTB), gravel, cyclocross, city riding or spinning. It can be used on both a classic bike and an e-bike.

It has thick polyurethane padding that provides a high level of comfort even on longer or more demanding rides. The surface has an SVT Velvet Touch finish, which is soft to the touch while providing good grip.

The saddle body is made of nylon reinforced with carbon fibres, which gives it strength and low weight. The saddle is available in two variants – with AISI 304 stainless steel rails (weight 315 g) or with carbon rails made of unidirectional carbon fibres (weight 260 g). Both variants use rails measuring 7.1 mm (steel) or 7.1 x 9.0 mm (carbon).

Overall, this is a comfortable, wider and ergonomically designed saddle for sport-oriented cyclists of larger build who are looking for comfort and performance across different riding styles.

QUALITY WITHOUT COMPROMISE

Cover

SMP VACUUM TECH

An innovative production process developed in our laboratories that allows the cover to be applied without using adhesives or mechanical fasteners.

Padding

Soft polyurethane with high mechanical strength.

Body

Designed to pass the most stringent durability and stability tests over time.

Rail

Great resistance to stress and vibration absorption capacity.

Fixing plates

An exclusive structural element that makes it possible to achieve higher standards of safety and robustness.