SEAT POST | SHIKRA | ALUMINUM

SHIKRA aluminum seatpost performance and reliability

Product Description

The SHIKRA seatpost is made of 6061‑T6 aluminum alloy , a material known for its strength and lightness. Available in 27.2 mm (≈215 g) and 31.6 mm (≈281 g) diameters, it is 400 mm long and fits perfectly with saddles with 7×7 mm round rails and 7×9 mm carbon oval rails . It is ideal for use on road, gravel or mountain bikes .

Highlights

• 6061-T6 aluminum alloy: excellent weight/strength ratio
• Comfortable; good vibration filtration
  
• 400 mm length: optimal adjustment of the saddle height
• Featherweight: only 215 g in 27.2 mm and 281 g in 31.6 mm
• Extended compatibility: round and oval carbon saddle rails
• Sleek black finish: blends into any high-end setup

Benefits

Thanks to its heat-treated aluminum construction, this stem offers an excellent compromise between rigidity, lightness and durability . It allows for quick assembly, without specific tools, and ensures reliable fixation of your saddle, even in demanding conditions. It is an economical alternative to carbon stems, without compromising on performance.

Benefits.

The SHIKRA stem improves the bike's overall handling by reducing weight and absorbing some of the vibrations. It contributes to better riding comfort and reduced fatigue over long distances. It will suit gravel enthusiasts as well as technical mountain bikers or demanding road riders.

Technical characteristics

• Material: Aluminum 6061‑T6
• Length: 400 mm
• Available diameters: 27.2 mm / 31.6 mm
• Weight: 215 g (27.2 mm) / 281 g (31.6 mm)
• Saddle compatibility: 7×7 mm round rails and 7×9 mm carbon oval rails
• Discipline: Road, gravel, mountain bike
• Finish: Matte black

Box contents

• 1 × SHIKRA seat post (screws included)

Useful links

• See all seatposts available on CYKL.Store
• Back to the CYKL shop
• Learn more about 6061-T6 aluminum (Wikipedia)
• Understanding Seatpost Types (Bikepacking.com)

Need advice? Contact our team via our contact page or visit our physical store.