Kawasaki Ninja 1000 motorcycles for sale in Daytona Beach, Florida

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2016 Kawasaki NINJA 650 ABS

2016 Kawasaki NINJA 650 ABS

$9,999

Daytona Beach, Florida

Year 2014

Make Kawasaki

Model Ninja 1000 ABS

Category -

Engine -

Posted Over 1 Month

2014 Kawasaki Ninja 1000 ABS, SAVE $2000 OFF A Stylish and Comfortable Sportbike Upgraded for Today s Rider Riders who want real world, open class performance need to look no further than the upgraded 2014 Kawasaki Ninja® 1000 ABS sportbike. With an unmistakably aggressive profile that could only come from the Ninja family tree, this premium quality sportbike has the perfect combination of power, handling, looks, technology and rideability.

2012 Kawasaki Ninja 1000 ABS

2012 Kawasaki Ninja 1000 ABS

$10,149

Daytona Beach, Florida

Year 2012

Make Kawasaki

Model Ninja 1000 ABS

Category Sport Bikes

Engine 4-stroke, DOHC, 4-valves per

Posted Over 1 Month

2012 Kawasaki Ninja 1000 ABS, UNBELIEVABLE !!!! - Max Street Performance Meets Max Rideability and Control From the earliest days of Japan Inc.'s legendary chokehold on the open-class streetbike category, Kawasaki has been right there, building motorcycles that have blown away the press, the public and nearly every performance record of note. From the original Z-1 to the ZZR1200, these do-it-all motorcycles combined the power, handling, comfort and aesthetic appeal that repeatedly dominated their categories. And in the case of the ultra-capable 2012 Ninja 1000, little has changed. Like the original – and highly acclaimed – Ninja 1000 of 1986, the 2012 version delivers a dominating mix of power, handling, looks, technology and rideability. Here's a sportbike that delivers an aesthetic uppercut the instant you lay eyes on it – and then follows up the punch with brilliant all-around performance you'll quickly learn to love. And for those who want the ultimate in braking technology and performance, Kawasaki offers an ABS version of the Ninja 1000 for 2012. This system offers confidence-inspiring braking action on all types of surfaces.