Anbieter: ROCKBROS

3D Printed Carbon Bike Saddle

65,23 €101,03 €35% OFF
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Beschreibung

3D Printed Carbon Bike Saddle


Designed for riders who value lightweight performance and all-day comfort. Featuring a 3D-printed lattice surface, a carbon fiber base, and an ergonomic pressure-relief design, this saddle delivers stable support, enhanced ventilation, and lasting comfort for road, mountain, and folding bikes.

  • Pressure Relief Where Long Rides Need It
    Long rides can concentrate pressure around the sit bones and sensitive soft-tissue areas. The zoned 3D-printed lattice and central cutout are designed to distribute support across the saddle while reducing direct pressure through the center.
  • Support That Changes Across the Saddle
    A conventional foam layer provides similar cushioning across most of its surface. This 3D-printed lattice uses different support zones to provide firmer structure where stability is needed and more responsive cushioning around key contact areas.
  •  Stay Cooler Through an Open Lattice
    Heat and moisture can build up where the rider remains in contact with a traditional saddle surface. The open lattice and central channel allow air to move through the contact area during road, gravel or mountain bike rides.
  • Move Freely Through Every Pedal Stroke
    A wide saddle nose can rub against the inner thighs during repeated pedaling. The streamlined nose provides additional leg clearance, while the wider rear section supports the rider’s seated contact area.
  • Reduce Bike Weight Without a Bare Carbon Surface
    Performance riders often want a lighter setup without giving up all surface cushioning. At a claimed weight of 177g, the saddle combines a carbon fiber structure with a 3D-printed upper for a balance of low weight and seated support.
  • Built for Regular Riding Conditions
    The lattice surface is designed to retain its structure through regular use, while the carbon fiber base provides a rigid foundation underneath. Follow the care and installation instructions to protect the printed surface and carbon components.