How fast can a Ninja 250R go?
How fast can a Ninja 250R go?
Ninja 250 Specs: Maximum Speed 105 mph (170 km/h) Max Horsepower 36 @ 11000 RPM (26 @ rear wheel) Max Torque 18 Ft/Lbs @ 10000 RPM (14 @ rear wheel) Fuel Efficiency 55-75 MPG.
Is Ninja 250R fuel injected?
Like the previous generation, the engine is fuel injected in some markets and carbureted in others. For 2013, in some markets, the Ninja 250R was replaced by the 296 cc (18.1 cu in) Ninja 300 (EX300), while in others they are sold alongside each other.
How fast does a 2008 Kawasaki Ninja 250R go?
Top speed & performance | |
---|---|
Max torque | 15.2 ft-lb |
Top speed | 110 mph |
1/4 mile acceleration | 14.5 secs |
Tank range | 170 miles |
What’s the top speed of a Kawasaki Ninja 250R?
You can grab some awesome riding gear here! http://bit.ly/RideGear Important: I want to make clear that I’m counting 95mph as the Ninja 250 *practical* top speed and not the fastest that the bike can go. It was a straight line and with minimal wind. It will of course go faster down a hill or with a massive tailwind.
What kind of seat does a Ninja 250R have?
Like any Ninja, the 250R features an agile stance with an aerodynamic fairing and a short windscreen. Needless to say that the motorcycle was designed with ergonomics in mind, so once on board you are met by a comfortable seat and a modern handlebar with a digital instrument panel.
What are the colors of a Kawasaki Ninja 250R?
When it comes to colors, the Kawasaki Ninja 250R is a reminder of the machines that inspired its apparel. Lime Green and Ebony usually cover ZX-10R’s fairing while Candy Plasma Blue is found on…you guessed it, ZX-6R. Red is characteristic to Kawasaki sport bikes so it was a must on the Ninja 250R, also.
How big is the fuel tank on a Kawasaki Ninja 250R?
Fuel Tank Capacity: 4.8 gal. Tuned to deliver smooth, step-free power with an emphasis on low- and mid-range power for rider-friendly response Valves with thin heads and stems reduce reciprocating weight. Slightly upswept silencer extensively tested to determine chamber size, connecting pipe length and diameter to achieve least noise and most power