Kawasaki Ninja H2R 2020 vs. BMW M 1000 R 2023

Kawasaki Ninja H2R 2020

BMW M 1000 R 2023
Overview - Kawasaki Ninja H2R 2020 vs BMW M 1000 R 2023

Kawasaki Ninja H2R 2020

BMW M 1000 R 2023
Technical Specifications Kawasaki Ninja H2R 2020 compared to BMW M 1000 R 2023
Pros and Cons in comparison
Pros and Cons in comparison
Kawasaki Ninja H2R 2020

The Kawasaki crew had a vision. To build a bike that would cause a stir and push forward into completely new dimensions in terms of performance and technology. This vision has been realised. The 326 Horsepower machine can be ridden by experienced pilots without acute danger to life. The intensity of the acceleration is indescribable. But the perfect overall appearance of the bike with countless high-quality details is also impressive. Compared to normal bikes, the H2 R has weaknesses in throttle response and line precision at high speeds. Overall, the H2 R is the most fascinating bike of all time for the test pilot and can be recommended to petrol junkies with a clear conscience. The H2 R is available for the price of a well-equipped German-made premium estate - only with "a little" more adrenalin.
BMW M 1000 R 2023

The M 1000 R is definitely well done and the whole package fits. Even though it is certainly aimed more at sporty riders, the bike can also prove itself well on longer country road rides with minor restrictions in terms of riding comfort. The lower, straight handlebars and forward seating position in combination with the higher footrests automatically result in a sportier dynamic that does not give rise to couch feelings, especially on longer rides. On the other hand, there is good contact with the front wheel and sufficient lean angle freedom. In combination with the powerful drive, the Hyper Naked definitely plays in the top league. Apart from slight vibrations, the powerful RR engine is a force to be reckoned with in the naked segment. The new electronics help even less experienced riders to release the concentrated power in a controlled manner with conservative settings.