Kawasaki ZX-770R Concept

If KTM could pull it off with the X-BOW, then why couldn't any other motorcycle maker take the leap and venture into the automotive business with a special lightweight sports car? Though it is a simple question, (obviously) the answer is far more complex than it seems at a first glance.
But in the fantasy land of designers, there are no restrictions or limits, only a desire to create. And for Dutch designer Sabino Leerentveld, who we came to know through his Aston Martin V12 and BMW Nazca Homage prototypes, the answer to the previous question is the Kawasaki ZX-770R Concept.
Inspired by the KTM X-BOW, Leerentveld dreamed up a similar project for the Japanese motorcycle company Kawasaki. However, the ZX-770R is larger sports car measuring 4,427mm long, 1,017mm tall and 2,073mm wide with a wheelbase of 2,710mm.
Leerentveld says the sports car would tip the scales at (a rather overly optimistic) 500kg or 1,102 pounds, while power would be provided by a twin-turbocharged V6 producing about 770-horsepower. 

PHOTO GALLERY

 

Read more In Cars

ABT KTM X-Bow Super Fast Car

Dashing like a jet and look like a Transformer, the ABT KTM X-Bow coming in such agility, lightness and speed on the road. Credit goes to the Austrian motorcycle manufacturer company that has made a tweak of the 2.0-liter TFSI and finally came up with specie walk faster.

The KTM X-Bow ABT provides powerful 300hp (221kW), which is the encouragement from the standard 240hp (179kW) and made possible by an increase in tune to the 2.0L TFSI engine. It is capable raced to 62mph (100km / h) in 3.9 seconds making variants ABT faster.



ABT will be more than just a song genre of sports cars, but also will serve to sell and service the X-Bow in Germany as a partner KTM official outlet for the car. They are extreme would be happy with what ABT-KTM X-Bow can offer because it has been experiencing a lot of sticking and prying by German tuning company. Do not worry about the name, it might sound like a robot but come to think of t; car looks like its name.