BMW and customising specialist Vagabund Moto GmbH in Graz, Austria, have unveiled the BMW CE 04 Vagabund Moto Concept - a stylish and multifunctional e-scooter based on the BMW CE 04.
The custom e-scooter comes in a white, dark green, beige, and black colour scheme. This scheme, alongside its various functional elements, such wheel hub and indicator lights - both sporting a smiley face - have also been given a fresh and modern design style intended to appeal to a youthful target audience.
Further adding to the youthful appeal of the BMW CE 04 Vagabund Moto Concept is an additional functional top case to supplement the standard storage space, along with a surfboard and a storage system integrated in the vehicle, facilitating easy journeys for those adventure-seeking trips to the sea or to the nearest lake.
The BMW CE 04 Vagabund Moto Concept retains the impressive performance of the CE 04, including its 42bhp output, zero to 50km/h acceleration time of 2.6 seconds, as well as a World Motorcycle Test Cycle range of 130km. It also takes 65 minutes to charge from 0% to 80% battery capacity at maximum charging current.
The custom e-scooter comes in a white, dark green, beige, and black colour scheme. This scheme, alongside its various functional elements, such wheel hub and indicator lights - both sporting a smiley face - have also been given a fresh and modern design style intended to appeal to a youthful target audience.
Further adding to the youthful appeal of the BMW CE 04 Vagabund Moto Concept is an additional functional top case to supplement the standard storage space, along with a surfboard and a storage system integrated in the vehicle, facilitating easy journeys for those adventure-seeking trips to the sea or to the nearest lake.
The BMW CE 04 Vagabund Moto Concept retains the impressive performance of the CE 04, including its 42bhp output, zero to 50km/h acceleration time of 2.6 seconds, as well as a World Motorcycle Test Cycle range of 130km. It also takes 65 minutes to charge from 0% to 80% battery capacity at maximum charging current.