Green’s Richmond F625

The Richmond F625 model from Green’s, released in 2024, is a high-quality e-bike that impresses with its technical specifications and features. Priced at 3,599 euros, this bike offers a superb combination of performance, comfort and functionality. The Richmond F625’s frame is made of aluminium, contributing to a total weight of 30 kg and allowing for a maximum load capacity of 130 kg.

Braking performance is provided by Shimano MT200 brakes, which are also made of aluminium and ensure reliable deceleration. The drivetrain is a 10-speed Shimano Deore system, which allows for precise and smooth adaptation to various riding conditions. The Zoom CH-187D suspension fork helps absorb bumps and ensures a comfortable ride.

The lighting system comprises the Herrmans H-Black MR4 front light with 120 lumens and the AXA Blueline 2 rear light, both of which are powered by the system battery. The handlebars are Satori Noirette, 630 mm wide, complemented by ergonomic grips for added comfort. The adjustable Satori stem allows for individual adjustment of the handlebar height.

The Radiale E25 hollow-section aluminium rims are fitted with Schwalbe Smart Sam tyres in size 57-584, which ensure good traction on a variety of surfaces. The DDK DD123MF saddle and the 31.6 mm diameter Patent seatpost offer comfort even on longer journeys. Mudguards from SKS and a Herrmans Slim 38 chain guard protect against dirt and wet conditions.

The Richmond F625 is fitted with an Ursus Mooi kickstand, which is easy to adjust. The luggage rack is MIK-compatible and offers additional transport options. The e-bike is powered by a Bosch Performance Line Smart System motor with an output of 250W and a torque of 75Nm, which assists speeds of up to 25 km/h. The Bosch PowerTube battery, with a capacity of 625 Wh, ensures long-lasting assistance, whilst the Bosch Intuvia 100 display with LED remote offers simple control and a clear overview. A Bosch standard 4Ah charger is included in the scope of delivery and enables efficient charging of the battery.