The 2025 Kawasaki Ninja H2®R ABS motorcycle is the world’s most powerful supercharged closed-course motorcycle.

Looking to buy a Kawasaki Ninja H2 R motorcycle? Browse our extensive inventory of new and used Kawasaki Ninja H2 R motorcycles from local Kawasaki dealers and private sellers. Compare prices, models, trims, options and specifications between …

Starting at $9,999 MSRP VIEW ALL & COMPARE EXPLORE BRUTE FORCE®FAMILY SIDE X SIDE

2020年10月22日 · From its stability-enhancing bodywork (the whole shebang of winglets and downforce-utilizing carbon fiber upper fairing), balanced, rigid steel trellis frame, bracing saddle, and MotoGP-inspired...

Created without compromise and benefiting from the collective strength of Kawasaki Heavy Industries, the Ninja H2R demands respect and attracts the most skilled and committed riders. The H2R features: Ohlins rear suspension, up and down quick-shifter, aerodynamic devices, cornering management and a bank angle display.

Chosen for its high-rpm performance, the centrifugal-type supercharger is incredibly efficient at compressing air (at up to 2.4x atmospheric pressure) while minimizing heat. As a result of the supercharger’s efficiency, no large, heavy intercooler is required to cool the compressed air.

The Ninja H2R’s aerodynamic design helps reduce drag, create downforce and ensure optimal airflow to the supercharger. Carbon-fibre vortex down-control wings, designed by KHI’s …

2024年9月10日 · Helping put that power to the ground is a six-speed transmission featuring a MotoGP-inspired dog-ring design (utilizing lighter and smaller dog engagement rings instead …

Motorcycle specs for Kawasaki H2R 2025 | Displacement: 998cc | Horse power [hp]: 310 | 4 cilinder | Seat height: 830 | Wet weight: 216

Set to be the pinnacle of motorcycle performance, the Ninja H2R is a supercharged motorcycle masterpiece. Created with cooperation from across the engineering and technology scope of Kawasaki Heavy Industries, the Ninja H2R matches cutting-edge engine, performance, the highest quality chassis dynamics and a host of