BBB Cycling SkyScraper 400mm / 31.6mm black (BSP-20/BLACK)

The BBB Cycling SkyScraper seat post, 400 mm / 31.6 mm in black, is designed for cyclists seeking a durable and lightweight solution for saddle mounting. The construction uses aluminium, providing high strength and optimal performance parameters for everyday riding.

Aluminium seat post construction

The body of the BBB Cycling SkyScraper 400mm model is made of aluminium, resulting in a favourable weight-to-strength ratio. Aluminium guarantees resistance to corrosion and lasting stability under heavy loads. With a low weight of just 295 g, the seat post allows for a reduction in the overall weight of the bicycle without compromising durability.

Mounting parameters and compatibility

The seat post has a diameter of 31.6 mm and a length of 400 mm, ensuring wide compatibility with many bicycle frames. The precise dimensions facilitate proper installation and stable seating in the seat tube. The standard length allows for a wide range of saddle height adjustments, tailored to the individual preferences of the user.

Classic product character

The SkyScraper 400mm model from BBB Cycling is designed as a classic bike seat post, making it a versatile choice for both road and trekking bikes. Its simple, reliable construction meets the needs of users seeking proven technical solutions. The classic design simplifies servicing and integration with most available components.

BBB Cycling SkyScraper 400 mm / 31.6 mm black seat post - features:

• Body made of durable aluminium with enhanced corrosion resistance;
• Precise diameter of 31.6 mm ensuring compatibility with a wide range of frames;
• Length of 400 mm allowing for a broad range of height adjustments;
• Low weight of only 295 g;
• Classic design intended for universal cycling applications;
• Easy installation in the seat tube due to precise manufacturing;
• Suitable for road, trekking, and urban bikes;
• Stable saddle retention even under heavy loads;
• Material resistant to weather conditions;
• Simplistic design facilitating servicing and maintenance.