Ridley GRIFN RS - Carbon Gravel Bike - 2025 - dark plum metallic / autumn grey

Grifn RS – Lighter, more aerodynamic, more versatile The Grifn RS impresses with an advanced carbon structure, making it even lighter than the standard Grifn model. At the same time, targeted aerodynamic optimizations – such as the aerodynamically shaped seat tube, the D-shaped seatpost, and the integrated fork diffuser – ensure maximum efficiency on every ride. Like its predecessor, the Grifn RS can be effortlessly converted from a road to an off-road configuration. Thanks to its proven all-road geometry, it feels just as at home on asphalt as it does on gravel paths. For maximum versatility, the frame features numerous mounting points for bags, mudguards, and other accessories. With a tire clearance of up to 42 mm, the Grifn RS is equipped for any route. Features of the Ridley GRIFN RS Carbon frame Carbon fork SRAM Force AXS 2x12-speed drivetrain DT Swiss ERC 1400 wheelset internal cable routing for lighting many mounting points for accessories Details of the Ridley GRIFN RS Allroad geometry – Perfect balance between road and off-road The geometry of the Ridley Grifn combines the best of both worlds: the agility and stiffness of a road bike with the stability and tolerance of an off-road frame. The goal was to enable responsive and agile handling without compromising off-road control. The fork crown of the Ridley Grifn RS is equipped with an integrated diffuser that specifically reduces air resistance. Through this innovative design, the airflow is efficiently guided through the fork while simultaneously accelerated with additional energy. The result: the airflow can pass the downtube with less resistance, which significantly improves overall aerodynamic performance. At the same time, air resistance in the area behind the fork and the headtube is noticeably reduced. Diffuser Fork Crown – Aerodynamics reimagined The fork crown of the Ridley Grifn RS is equipped with an integrated diffuser that specifically reduces air resistance. Through this innovative design, the airflow is efficiently guided through the fork while simultaneously accelerated with additional energy. The result: the airflow can pass the downtube with less resistance, which significantly improves overall aerodynamic performance. At the same time, air resistance in the area behind the fork and the headtube is noticeably reduced.