Every watt, into the pedals
A 3D printed hexagonal honeycomb spreads the pressure on your sit bones over a stiff T800 carbon base. Race-saddle high firmness: allow 3–5 rides to adapt and wear quality padded bib shorts.
Carbon 3D Printed Bike Saddle Ultralight 195g High Firmness
A 3D printed T800 carbon saddle with a hexagonal honeycomb structure: light, stiff and ventilated. Race-grade high firmness for a sporty position, 250 x 140 mm with oval 7x9 mm rails.
Specifications
- MATERIAL
- T800 carbon fibre + non-slip hexagonal polymer
- TECHNOLOGY
- 3D printed honeycomb structure
- FIRMNESS
- High
- DIMENSIONS
- 250 x 140 mm
- WEIGHT
- 195 g (±10 g per unit)
- RAILS
- Carbon, oval 7 x 9 mm profile
- FORE-AFT ADJUSTMENT
- 60 mm
- COMPATIBLE SEAT POST
- Vertical clamp (top and bottom bolts)
- SIDE CLAMP
- Only with 7 x 9 mm adapters
- MAX. TORQUE
- 6 Nm, with a torque wrench
- USE
- Road, MTB, gravel and e-bike · sporty position
Frequently asked questions
If your seat post uses a vertical clamp (the bolts clamp the rail from above and below), yes: that covers most road, MTB, gravel and e-bikes. Side-clamp seat posts need 7x9 mm adapters.
No. It's a high-firmness performance saddle, like a race saddle. It takes 3–5 rides to adapt and quality padded bib shorts are recommended. If you prefer something less firm, choose the medium-firmness version.
195 g (±10 g per unit). It measures 250 x 140 mm and has oval 7x9 mm carbon rails.
With a torque wrench and a maximum of 6 Nm. The seat post clamp must sit within the rail markings so you don't damage the carbon.
Yes. The hollow central channel and honeycomb structure improve ventilation and relieve pressure on the perineal area.
With a soft cloth or sponge, warm water and mild soap, every 2–3 weeks or after riding in mud or rain. No solvents, alcohol or abrasive products. Check it once a month.
Complete your machine.
Engineering designed to work together.
