Summer is slowly coming to an end and if you don’t yet own an e-bike or are looking for a new model, you can currently get some great bargains. At Otto, you can currently get the Eleglide M1 Plus 27.5″ and the Touroll J1 at a big discount – but only until August 27.
Eleglide M1 Plus 27.5″ for only 679 euros at Otto
The Eleglide M1 Plus 27.5″ is an elegant and high-quality e-mountain bike that promises a comfortable ride on rough terrain with 27.5″ x 2.1″ CST tires. The e-bike comes with a larger and robust frame for a maximum weight of 120 kg, which improves the stability of the e-MTB. Spoke reflectors also ensure increased safety in the dark.
It is equipped with a brushless 250 watt motor that delivers a torque of 45 Nm and accelerates the e-bike up to 25 km/h. The lithium-ion battery is also replaceable and enables an impressive range of up to 100 kilometers.
The equipment is rounded off by a 21-speed Shimano gear system and hydraulic suspension with lockout, which ensures a high level of riding comfort. A total of 5 levels of pedal assistance and a 6 km/h walking mode are available.
The Eleglide M1 Plus also has an intelligent LCD display that informs you of all important details such as real-time speed, distance and remaining battery power.
Get the Touroll J1 trekking bike for just 729 euros
The Touroll J1 is a fairly new trekking e-bike with powerful features. It relies on a powerful brushless motor with a torque of 45 Nm and a cut-off speed of 25 km/h. The low-maintenance motor offers a constant power output on flat terrain and is perfect for the city or for excursions.
A replaceable 561.6 Wh lithium-ion battery is also installed, which enables a range of up to 100 kilometers. 27.5-inch premium rubber tires also promise a high level of riding comfort and strong traction.
The J1 is also equipped with a professional 7-speed derailleur system from Shimano. Mechanical shock absorbers with a suspension travel of 80 mm further improve riding comfort, while the StVZO-certified bicycle light further improves visibility in low light conditions.
