Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
Inspired by the current economic climate and the requirement for a compact, multi-use, environmentally friendly and most importantly,
inexpensive “A to B” urban vehicle; the Ford EUV (Electric Urban Vehicle) has been designed with these objectives in mind.
2+2 design
Electric motor
Aluminium and Bio-Plastic Body
500-750kg kerb weight
150km range/2 days commuting
Top speed of 125km/h
Power supplied via batteries which can be recharged overnight via a conventional 240V power point
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