Honda CB650R 2019 vs. Yamaha MT-07 2022

The Honda CB650R 2019 and the Yamaha MT-07 2022 are both popular naked bikes that offer a thrilling riding experience. While they have some similarities in terms of engine type, fuel system, suspension, and braking system, there are also notable differences between the two models.

Starting with the engine specifications, the Honda CB650R 2019 is equipped with a 649cc inline-four engine that delivers 95 horsepower and 64 Nm of torque. On the other hand, the Yamaha MT-07 2022 features a slightly smaller 689cc inline-twin engine that produces 73.4 horsepower and 67 Nm of torque. This means that the Honda CB650R offers more power and torque compared to the Yamaha MT-07.

In terms of cooling, both bikes utilize a liquid cooling system to maintain optimal engine temperature. This ensures efficient performance and prevents overheating during long rides. Additionally, both models come with fuel injection systems, which provide precise fuel delivery for improved throttle response and fuel efficiency.

When it comes to suspension, the Honda CB650R 2019 is equipped with an upside-down telescopic fork at the front and a swing arm with a monoshock at the rear. Similarly, the Yamaha MT-07 2022 features a telescopic fork at the front and a swing arm with a monoshock at the rear. These suspension setups offer a balance between comfort and sporty handling, allowing riders to enjoy a smooth and controlled ride.

Honda CB650R 2019

In terms of chassis, both bikes feature steel frames that provide strength and stability. However, the Honda CB650R 2019 is criticized for having a weakness in the chassis, which can be seen as a disadvantage. On the other hand, the Yamaha MT-07 2022 does not have any reported issues with its chassis.

When it comes to braking, both models are equipped with double disc brakes at the front, providing excellent stopping power. The Honda CB650R 2019 has larger 320mm diameter discs, while the Yamaha MT-07 2022 has slightly smaller 298mm diameter discs. Both bikes also come with ABS, which enhances safety by preventing wheel lock-up during sudden braking.

In terms of dimensions and weights, the Honda CB650R 2019 has a slightly longer wheelbase of 1450mm compared to the Yamaha MT-07 2022's 1400mm wheelbase. The seat height of the Honda CB650R is also slightly higher at 810mm, while the Yamaha MT-07 has a seat height of 805mm. Additionally, the Honda CB650R is heavier with a kerb weight of 208kg (with ABS), while the Yamaha MT-07 weighs 184kg (with ABS).

Yamaha MT-07 2022

Both bikes come with LED headlights, which provide improved visibility and a modern aesthetic. However, the Honda CB650R 2019 has the advantage of a pretty display, which adds to the overall appeal of the bike. On the other hand, the Yamaha MT-07 2022 does not have a TFT display, which may be seen as a drawback for riders who prefer a more advanced instrument cluster.

In terms of strengths, the Honda CB650R 2019 is praised for its rev-happy engine, reasonable power, sporty seating position, wide handlebars, and overall rideability. It is considered comfortable for everyday use and features a pretty display. On the other hand, the Yamaha MT-07 2022 is commended for its lively and powerful engine, good sound, comfortable seating position, and a good braking system. The instruments on the Yamaha MT-07 are also easy to read.

In terms of weaknesses, the Honda CB650R 2019 is criticized for its weakness in the chassis, which can be seen as a disadvantage. Additionally, it is noted that the bike does not offer as much power from the hairpin as its two-cylinder competition. On the other hand, the Yamaha MT-07 2022 is mentioned to have a non-adjustable chassis and lacks a TFT display, which may be considered as downsides for some riders.

Overall, both the Honda CB650R 2019 and the Yamaha MT-07 2022 are capable and exciting naked bikes that offer unique features and riding experiences. The choice between the two ultimately depends on the rider's preferences in terms of power, handling, comfort, and additional features.