Hybrid and electric motors continue to categorically offensive to internal combustion engines. The designer from San Francisco, Yves Behar (Yves Behar) presented at the 2009 TED conference in California, the fastest electric motorcycle Mission One ...Motorcycle Mission One designed for Mission Motors speeds up to 240 km / h, and enough battery power to drive 240 kilometers.
Technical data
Length (mm): 4450
Height (mm): 1230
Height from ground (mm): 165 / 230
Wheelbase (mm): 2620
Front/Rear overhang (mm) :960 / 758 (1014 / 808)
Front/rear width (mm): 1980 / 1982
Front/rear track (mm): 1759 / 1697
Front tires: 275 / 35 / R20 Vredestein
Rear tires: 275 / 40 / R20 Vredestein
Rims: 9 ½ x 20" OZ
Windscreen angle of incidence: 70°
Weight (kg): 1400
Drive: 4WD
Front suspensions: "Push-rod" type with overlapped triangular wishbones and central mono-shock-absorber
Rear suspensions: Push-rod" type with overlapped triangular wishbones and two shock-absorbers
Values and driving performance
Displacement (cm3): V6 3311
Max. power (kW/rpm): 155/5600
System total power (kW): 200
Max. torque (Nm/rpm): 288/4400
Top speed (km/h): 250 (limited)
0 – 100 km/h (sec.): 4.05
Consumption (l/100 km, combined cycle): 7,1
CO2 emissions (g/km, combined cycle): 180
Length (mm): 4450
Height (mm): 1230
Height from ground (mm): 165 / 230
Wheelbase (mm): 2620
Front/Rear overhang (mm) :960 / 758 (1014 / 808)
Front/rear width (mm): 1980 / 1982
Front/rear track (mm): 1759 / 1697
Front tires: 275 / 35 / R20 Vredestein
Rear tires: 275 / 40 / R20 Vredestein
Rims: 9 ½ x 20" OZ
Windscreen angle of incidence: 70°
Weight (kg): 1400
Drive: 4WD
Front suspensions: "Push-rod" type with overlapped triangular wishbones and central mono-shock-absorber
Rear suspensions: Push-rod" type with overlapped triangular wishbones and two shock-absorbers
Values and driving performance
Displacement (cm3): V6 3311
Max. power (kW/rpm): 155/5600
System total power (kW): 200
Max. torque (Nm/rpm): 288/4400
Top speed (km/h): 250 (limited)
0 – 100 km/h (sec.): 4.05
Consumption (l/100 km, combined cycle): 7,1
CO2 emissions (g/km, combined cycle): 180