Selle Italia SLR Boost Tekno Carbon Saddle - Superflow - S3 | black - 2nd Choice

Give High-Quality Products a 2nd Chance!

In the spirit of sustainability, high-quality products with minor visual defects and perfect function are given a 2. Chance. These are new products, demonstration models or returns that are carefully checked by our experts.

Each item is unique. We ask for your understanding that a detailed individual error description is not possible. The statutory warranty and manufacturer's guarantee apply to 2nd Chance items.

Your product may have the following defects:

• Traces of use / assembly marks
• Scratches / paint damage / broken decals
• Dirt / stains
• Damage to or absence of the original packaging
• Missing assembly instructions

Product Description:

The Selle Italia SLR Boost Tekno Superflow saddle is completely made of a Carbon composite material and thus offers extremely low weight combined with high stability and comfort. This is not only ensured by the ergonomic shape, but also by the relieving recess in the seat of the saddle.

The Carbon shell was developed in cooperation with the Italian car manufacturer and expert for composite materials and aerodynamics "Dallara" to achieve the best performance at the lowest possible weight.

The frame and the saddle stays are made of a Carbon reinforced polymer and in addition the stays are 10mm longer in this model to provide a larger adjustment range and thus to perfect the individual seating position and comfort.

Technical details of the Selle Italia SLR Boost Tekno Superflow saddle

• range of use: Road Bike
• material seat surface: carbon composite
• material shell / rails: Tekno Carbon by Dallara
• Superflow cutout
• dimensions: 248 x 130 mm (S3) / 248 x 145 mm (L3)
• diameter rails: 7 x 9 mm

Superflow | The recess in the saddle allows a drastic reduction of any physical restrictions that may be caused by prolonged pressure in the perineal area.

Carbon Rails | The carbon rails are not only lightweight, by their extension of 10 mm they also provide greater resistance and a wider range of adjustment.