BBB Cycling TopPost 400 mm / 31.6 mm offset 15mm black (BSP-15/BLACK)

The BBB Cycling TopPost 400 mm / 31.6 mm bike seat post with a 15 mm offset is designed for precise fitting on bikes that require reliable and durable components. This model utilises a robust aluminium material, ensuring optimal stiffness and low weight, which translates to stability during riding.

Aluminium construction

The BBB Cycling TopPost 400 mm seat post is made from aluminium, providing excellent durability while maintaining a low overall weight. Aluminium is resistant to corrosion, making the seat post suitable for intensive use in various weather conditions. The use of this material also allows for precise manufacturing of components and maintains high stiffness even under heavy loads.

Parameters tailored for riders

The TopPost 400 mm model from BBB Cycling has a diameter of 31.6 mm, ensuring compatibility with many bike frames. The total length of the seat post is 400 mm, offering a wide range of saddle position adjustments. The 15 mm offset allows for individual adjustment to suit the rider's preferences and the bike's geometry.

Low weight and classic design

The weight of the BBB Cycling TopPost 400 mm is just 315 g, making it an attractive choice wherever minimising bike weight matters without compromising stiffness. Its classic design ensures versatility of use and ease of installation in most standard bike constructions. The carefully designed profile ensures effective power transfer during riding.

Features of the BBB Cycling TopPost 400 mm / 31.6 mm bike seat post with a 15 mm offset:

• Made from durable aluminium that ensures high stiffness;
• 31.6 mm diameter guarantees wide compatibility with frames;
• 400 mm length allows for a broad range of height adjustments;
• 15 mm offset for individual saddle position fitting;
• Low weight of 315 g promotes bike lightness;
• Suitable for bikes requiring a classic seat post;
• Corrosion resistance due to the use of aluminium;
• Stability and solidity during intensive riding;
• Profile optimised for effective power transfer.