Honda CB1000R Black Edition 2021 vs. Yamaha MT-09 2020

The Honda CB1000R Black Edition 2021 and the Yamaha MT-09 2020 are both naked bikes that offer powerful engines and advanced rider assistance systems. However, there are some notable differences between the two models.

In terms of engine power, the Honda CB1000R Black Edition 2021 comes out on top with 145 HP compared to the Yamaha MT-09 2020's 115 HP. The Honda also has a higher torque of 104 Nm compared to the Yamaha's 87.5 Nm. This means that the Honda CB1000R Black Edition 2021 will likely provide a more thrilling and exhilarating riding experience.

Both bikes feature fuel injection systems and liquid cooling, ensuring optimal performance and efficiency. They also have in-line engines, but the Honda CB1000R Black Edition 2021 has four cylinders while the Yamaha MT-09 2020 has three. This difference in cylinder count may result in variations in power delivery and engine characteristics.

When it comes to suspension, both bikes feature upside-down telescopic forks at the front. However, the Honda CB1000R Black Edition 2021 has a single swing arm suspension at the rear, while the Yamaha MT-09 2020 has a swing arm suspension. This difference may affect the overall handling and stability of the bikes.

In terms of chassis, the Honda CB1000R Black Edition 2021 has a steel frame with a backbone design, while the Yamaha MT-09 2020 has an aluminum frame with a twin tube design. The choice of materials and frame design may impact the overall weight and rigidity of the bikes.

Honda CB1000R Black Edition 2021

Both bikes feature double disk brakes at the front, but the Honda CB1000R Black Edition 2021 has larger brake disks with a diameter of 310 mm compared to the Yamaha MT-09 2020's 298 mm. This may result in improved braking performance and control.

In terms of rider assistance systems, both bikes offer ABS and traction control. However, the Honda CB1000R Black Edition 2021 also includes additional features such as riding modes, ride by wire, and a quickshifter. These additional features may enhance the overall riding experience and provide more customization options for the rider.

In terms of dimensions and weights, the Honda CB1000R Black Edition 2021 has a slightly wider rear tire width of 190 mm compared to the Yamaha MT-09 2020's 180 mm. The Honda also has a slightly longer wheelbase of 1455 mm compared to the Yamaha's 1440 mm. These differences may affect the overall stability and maneuverability of the bikes.

The seat height of the Honda CB1000R Black Edition 2021 is slightly higher at 830 mm compared to the Yamaha MT-09 2020's 815 mm. This may impact the comfort and ergonomics for different riders.

Yamaha MT-09 2020

In terms of weight, the Honda CB1000R Black Edition 2021 is slightly heavier with a kerb weight of 212 kg compared to the Yamaha MT-09 2020's 193 kg. The difference in weight may affect the overall agility and handling of the bikes.

Both bikes have different fuel tank capacities, with the Honda CB1000R Black Edition 2021 having a larger capacity of 16.2 liters compared to the Yamaha MT-09 2020's 14 liters. This may result in differences in the range and fuel efficiency of the bikes.

In terms of strengths, the Honda CB1000R Black Edition 2021 offers a powerful engine, smooth quickshifter, nimble handling, a 5-inch TFT display, and a classy appearance. On the other hand, the Yamaha MT-09 2020 boasts a powerful engine with plenty of torque and fine control of traction control.

In terms of weaknesses, the Honda CB1000R Black Edition 2021 has a narrow handlebar, which may impact the overall comfort and maneuverability for some riders. The Yamaha MT-09 2020, on the other hand, lacks a blipper function, has high handlebars that give little feedback, rough throttle response, and early-regulating ABS.

Overall, both the Honda CB1000R Black Edition 2021 and the Yamaha MT-09 2020 are powerful and capable naked bikes. The choice between the two will ultimately depend on the rider's preferences and priorities, such as power, handling, features, and comfort.