How much HP does a 2009 KX250F have?

How much HP does a 2009 KX250F have?

Interestingly enough, the 2009 Kawasaki KX250F is still the 250 four-stroke with the least peak horsepower of the Big Five. The KX250F maxes out at 35.5 horsepower, that’s 1.1 horsepower less than the YZ250F (36.4) and 3.1 horsepower less than the KTM 250SXF (38.6).

How much HP does a KX250F have?

Churning out 39.6 hp at 12,500 rpm and 18.9 pound-feet of torque at 9,600 rpm, the KX250 ranks third in both peak horsepower and torque.

How much HP does a 2010 KX250F have?

Water cooled, 249cc, Single, DOHC

Power: 43.51 HP (32 kW) @ 11500 rpm
Torque: 29 Nm (21.39 lb-ft) @ 9000 rpm
Final drive: Chain
Curb weight: 229.3 lbs
Category: Offroad

What is the top speed of a 2009 KX250F?

Read More:

  • Kawasaki.
  • Model: KX.
  • Four-stroke single with DOHC and four valves.
  • Five-speed with wet multi-disc manual clutch.
  • Keihin FCR37 and hot start circuit.
  • 249cc L.
  • 85 mph.
  • 6,499.

Is a 2009 KX250F fuel injected?

The KX450F now uses fuel injection while the KX250F delivers greater performance at high engine speeds. The system delivers electricity in the following order: 1) ECU, 2) fuel pump, 3) injector, 4) engine.

How much horsepower does a 2020 kx450 have?

Cycle World Tested Specifications

Seat Height 38.0 in.
Wet Weight 244 lb.
Rear-Wheel Horsepower 51.9 hp @ 9,200 rpm
Rear-Wheel Torque 32.9 lb.-ft. @ 6,800 rpm
0–60 mph N/A

Is 2010 KX250F fuel injected?

2010 brings fuel injection for Kawasaki KX250F, transforming it into an even better motocross machine. The electronic injection provides lag-free acceleration, with a more predictable and smoother power deployment, dramatically changing the feel of the bike.

Is a 2009 KX450F fuel injected?

Comprehensively re-designed with a new fuel-injected engine, chassis, bodywork and extensive durability enhancements, the 2009 Kawasaki KX450F motocrosser is sleeker, faster and more high-tech than ever. The system delivers electricity in the following order: ECU, fuel pump, and then injector. …

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