Honda CBR500R 2021 vs. Honda CBR 600 F 2011

The Honda CBR500R 2021 and the Honda CBR 600 F 2011 are both sport touring motorcycles that offer different features and specifications.

Starting with the engine and drive train, both models have an in-line engine type and a 4-stroke configuration. However, there are some differences in their specifications. The CBR500R 2021 has a bore of 67 mm and a stroke of 66.8 mm, while the CBR 600 F 2011 has a bore of 67 mm and a stroke of 42.5 mm. In terms of power, the CBR500R 2021 produces 48 HP and 43 Nm of torque, whereas the CBR 600 F 2011 offers a more powerful engine with 102 HP and 64 Nm of torque. The compression ratio is also different, with the CBR500R 2021 having a ratio of 10.7 and the CBR 600 F 2011 having a ratio of 12. Both models have a chain transmission system and feature DOHC (Double Overhead Camshaft) with 4 valves per cylinder. The displacement of the CBR500R 2021 is 471 ccm, while the CBR 600 F 2011 has a displacement of 599 ccm.

Moving on to the chassis, the CBR500R 2021 has a steel frame, while the CBR 600 F 2011 features an aluminum frame. This difference in frame material may affect the overall weight and handling of the motorcycles.

Honda CBR500R 2021

In terms of braking, the CBR500R 2021 has a single disk front brake, while the CBR 600 F 2011 has a double disk front brake. This may result in different braking performance and control.

When it comes to dimensions and weights, there are some variations between the two models. The CBR500R 2021 has a front tire width of 120 mm and a rear tire width of 160 mm, with both tires having a diameter of 17 inches. The wheelbase is 1410 mm, and the seat height is 790 mm. The kerb weight of the CBR500R 2021, including ABS, is 194 kg, and it has a fuel tank capacity of 15.7 liters. On the other hand, the CBR 600 F 2011 has a front tire width of 170 mm and a rear tire width of 170 mm, with the front tire having a diameter of 70 inches and the rear tire having a diameter of 55 inches. The wheelbase is slightly longer at 1437 mm, and the seat height is slightly higher at 800 mm. The kerb weight of the CBR 600 F 2011, including ABS, is 211 kg, and it has a larger fuel tank capacity of 20 liters.

In terms of strengths, the CBR500R 2021 offers a full 48 hp in the A2 class, making it suitable for riders with an A2 license. It also has a comfortable seating position, providing a comfortable riding experience. The transparent feel for the front wheel allows for better control and handling. The high-quality standard tires ensure good grip and stability on the road. Additionally, the low seat height and good brakes contribute to the overall ease of use and safety of the motorcycle.

Honda CBR 600 F 2011

On the other hand, the CBR 600 F 2011 offers comfort as one of its strengths. The comfortable riding position and padded saddle allow for long rides without discomfort. It also features C-ABS (Combined Anti-lock Braking System), which enhances braking performance and safety.

However, both models have their weaknesses. The CBR500R 2021 has a suspension strut that may bounce on bumpy roads, affecting the overall comfort and stability of the motorcycle. On the other hand, the CBR 600 F 2011 has a tachometer that may be difficult to read, making it less user-friendly. Additionally, it lacks a gear indicator, which could be inconvenient for riders who prefer to have this information readily available.

In conclusion, the Honda CBR500R 2021 and the Honda CBR 600 F 2011 are both sport touring motorcycles that offer different features and specifications. The CBR500R 2021 excels in terms of A2 class power, comfortable seating position, front wheel control, high-quality tires, low seat height, and good brakes. On the other hand, the CBR 600 F 2011 offers comfort, acceptable performance, a comfortable riding position, a padded saddle, and C-ABS. However, both models have their weaknesses, such as the suspension strut bouncing on bumpy roads for the CBR500R 2021 and the difficult-to-read tachometer and lack of gear indicator for the CBR 600 F 2011.