Zero Motorcycles Ds vs Zero Motorcycles Fx — which has more power?

Zero Motorcycles Ds produces 46 hp (34 kW) peak — no traditional RPM rating; peak power delivered across a broad RPM range (note: varies by year, e.g., 2020+ ZF14.4 models); Zero Motorcycles Fx produces 46 hp @ peak (Z-Force 75-5 motor, no fixed RPM peak — note: electric motor, torque is constant across range).

Zero Motorcycles Ds vs Zero Motorcycles Fx — which is faster?

Top speed: Zero Motorcycles Ds 157 km/h (varies by model year; note: earlier models limited to ~130 km/h), Zero Motorcycles Fx 137 km/h. Zero Motorcycles Ds is the faster of the two.

Zero Motorcycles Ds vs Zero Motorcycles Fx — which is lighter?

Weight: Zero Motorcycles Ds 169 kg (curb weight, based on 2020 Zero DS ZF14.4; earlier models were lighter at approx. 140–155 kg), Zero Motorcycles Fx 132 kg (curb weight, ZF7.2 configuration — note: varies slightly by model year and battery configuration).

Zero Motorcycles Ds vs Zero Motorcycles Fx — which is more fuel-efficient?

Fuel use: Zero Motorcycles Ds Approx. 1.5–2.5 kWh/100km (equivalent to roughly 0.04–0.07 L/100km gasoline equivalent; real-world range ~160–200 km depending on model year and battery size), Zero Motorcycles Fx Equivalent to approximately 1.0–1.5 L/100km (energy use ~50–75 Wh/km typical real-world). Real-world economy varies by rider weight, traffic, and how hard the throttle gets twisted.

Zero Motorcycles Ds vs Zero Motorcycles Fx — which is more reliable?

Motoryk rates Zero Motorcycles Ds 7.5/10 and Zero Motorcycles Fx 7.8/10. Zero Motorcycles Fx scores higher on the overall verdict. Zero Motorcycles Ds caveat: You regularly tour beyond fifty miles daily. Zero Motorcycles Fx caveat: You regularly need over 60 miles range.

Zero Motorcycles Ds vs Zero Motorcycles Fx — which is better for beginners?

Both are reasonable first-bike candidates. Zero Motorcycles Ds: 46 hp. Zero Motorcycles Fx: 46 hp.

Zero Motorcycles Ds vs Zero Motorcycles Fx — which should I commute on daily?

Zero Motorcycles Ds — Urban commuters who also want weekend trail riding.

Zero Motorcycles Ds vs Zero Motorcycles Fx

Side-by-side comparison for used motorcycle buyers

Zero Motorcycles Ds vs Zero Motorcycles Fx. Zero Motorcycles Ds: 46 hp (34 kW) peak — no traditional RPM rating; peak power delivered across a broad RPM range (note: varies by year, e.g., 2020+ ZF14.4 models) hp, 169 kg (curb weight, based on 2020 Zero DS ZF14.4; earlier models were lighter at approx. 140–155 kg) weight, top speed 157 km/h (varies by model year; note: earlier models limited to ~130 km/h), Motoryk rating 7.5/10. Zero Motorcycles Fx: 46 hp @ peak (Z-Force 75-5 motor, no fixed RPM peak — note: electric motor, torque is constant across range) hp, 132 kg (curb weight, ZF7.2 configuration — note: varies slightly by model year and battery configuration) weight, top speed 137 km/h, Motoryk rating 7.8/10.

Zero Motorcycles Ds

Zero Motorcycles Fx

Performance at a Glance

Green = winner per metric · Bars are relative to the higher value

Zero Motorcycles Ds Zero Motorcycles Fx

Horsepower (hp)

46 hp

Torque (Nm)

116 Nm

106 Nm

Top Speed (km/h)

157 km/h

137 km/h

Weight (kg) — lower is better

169 kg

132 kg

Type

Dual-sport

Horsepower

46 hp (34 kW) peak — no traditional RPM rating; peak power delivered across a broad RPM range (note: varies by year, e.g., 2020+ ZF14.4 models)

46 hp @ peak (Z-Force 75-5 motor, no fixed RPM peak — note: electric motor, torque is constant across range)

Torque

116 Nm — delivered from 0 RPM (note: varies by model year; earlier models produced less torque)

106 Nm @ 0 rpm (instant, from standstill)

Top Speed

157 km/h (varies by model year; note: earlier models limited to ~130 km/h)

137 km/h

Weight

169 kg (curb weight, based on 2020 Zero DS ZF14.4; earlier models were lighter at approx. 140–155 kg)

132 kg (curb weight, ZF7.2 configuration — note: varies slightly by model year and battery configuration)

Fuel

Approx. 1.5–2.5 kWh/100km (equivalent to roughly 0.04–0.07 L/100km gasoline equivalent; real-world range ~160–200 km depending on model year and battery size)

Equivalent to approximately 1.0–1.5 L/100km (energy use ~50–75 Wh/km typical real-world)

Fairing