Orbea Rise SL M-Ltd 630W
The Rise SL M-Ltd 630W represents the ultimate expression of Orbea's electric mountain bike for 2025, combining an ultralight carbon frame with the best technology on the market. Designed for the most demanding riders looking for a high-performance e-MTB for trail and all-mountain riding.
Main Features
- Frame: Ultralight and stiff OMR carbon.
- Fork: Fox 34 Float Factory 140 Grip X QR15x110 Kashima.
- Motor: Shimano EP801 RS Gen2 MC.
- Battery: 630 Wh high capacity.
- Charger: Orbea 2nd Generation eBike Smart charger 42V/2-4A.
- Rear Derailleur: Sram XX Eagle AXS 12-speed.
- Shifters: Sram AXS Pod Ultimate.
- Cassette: Sram XX-1297 Eagle 10-52t 12-Speed.
- Chain: Sram XX Eagle 12-Speed.
- Brakes: Shimano XTR M9120 Hydraulic Disc.
- Wheels: Oquo Mountain Control MC32LTD.
- Tires: Schwalbe Wicked Will Evo TLE 29x2.40 Super Race.
- Telescopic post: Fox Transfer SL Factory Kashima Dropper 31.6.
- Saddle: Fizik Terra Ridon X1 145mm.
- Handlebar: OC Mountain Control MC10 Carbon, Rise 20, Width 800.
- Stem: OC Mountain Control MC11 Alu SL, 0º.
- Headset: Alloy 1-1/2", Black Oxidated Bearing.
- Drivetrain: 1x12 speed.
- Wheel Diameter: 29.
Use and Benefits
- Enjoy powerful and natural electric assistance thanks to the Shimano EP801 RS Gen2 MC motor.
- Go further with the integrated 630 Wh battery, ideal for long and demanding rides.
- Shift instantly and precisely with the Sram XX Eagle AXS electronic shifting system.
- Maintain total control on technical descents with the high-power Shimano XTR M9120 brakes.
- Maximize traction and grip on any terrain with the 29x2.40 Schwalbe Wicked Will tires.
- Enjoy a light and efficient ride thanks to Orbea's OMR carbon frame.
- Adjust your saddle height on the fly with the Fox Transfer SL Factory dropper post.
Summary
The Orbea Rise SL M-Ltd 630W is the ultimate e-MTB for 2025, designed for riders who refuse to compromise. With top-of-the-line components, an ultralight carbon frame, and the powerful Shimano EP801 motor, it's ready to conquer any trail with maximum performance.