Motorcycles

OXEV Signature (Signature family, classic motorcycle)
Motor: BLDC hub motor, 1500–4000W multi-mode
Battery: 2.6 kWh (43Ah) lithium (LFP)
Top speed: 85+ km/h
Range: 100+ km per charge
Charging time: 5–6 hours
Tyres: 2.75-18
Brakes: Front drum / rear disc
Colours: Olive green (as shown)
Designed for OXEV and found only at OXEV. A timeless street silhouette, a hub motor with three ride modes and a long-life LiFePO4 pack.

OXEV Ranger 125 (Ranger family, commuter motorcycle)
Motor: 3000W
Battery: 72V 50Ah lithium (LFP)
Top speed: 70–80 km/h
Range: 125 km per charge
Tyres: 17-inch alloy wheels
Brakes: Front & rear disc
Colours: Black, Burgundy (as shown)
A motorcycle riding position, big 17-inch wheels and a 72V battery for longer daily routes.

OXEV Bolt 6 (Bolt family, performance motorcycles)
Motor: 3000W · 18 MOSFET controller
Battery: 72V 80Ah lithium (LFP)
Top speed: 88 km/h
Range: 80–100 km per charge
Charging time: 4–5 hours
Tyres: F 110 · R 140
Brakes: Front dual disc / rear single disc
Colours: Black, Red, Grey
Full-size electric motorcycles with lithium iron phosphate (LFP) batteries: strong power and long range, with the cycle life and heat tolerance of LFP.

OXEV Bolt 8 (Bolt family, performance motorcycles)
Motor: 5000W · 24 MOSFET controller
Battery: 72V 120Ah lithium (LFP)
Top speed: 120 km/h
Range: 120–140 km per charge
Charging time: 4–5 hours
Tyres: F 110 · R 150
Brakes: Front dual disc / rear single disc
Colours: Black, Red, Grey
Full-size electric motorcycles with lithium iron phosphate (LFP) batteries: strong power and long range, with the cycle life and heat tolerance of LFP.

OXEV Bolt X (Bolt family, performance motorcycles)
Motor: 5000W · 24 MOSFET controller
Battery: 72V 120Ah lithium (LFP)
Top speed: 120 km/h
Range: 120–140 km per charge
Charging time: 4–5 hours
Tyres: F 110 · R 150
Brakes: Front dual disc / rear single disc
Colours: Black, Blue, Green
Full-size electric motorcycles with lithium iron phosphate (LFP) batteries: strong power and long range, with the cycle life and heat tolerance of LFP.