Suzuki GSX-S1000GT 2022 vs. Yamaha Tracer 9 GT 2022

The Suzuki GSX-S1000GT 2022 and the Yamaha Tracer 9 GT 2022 are both sport touring motorcycles that offer a combination of sporty performance and long-distance touring capabilities.

In terms of engine performance, the Suzuki GSX-S1000GT 2022 comes with a 152 HP inline-four engine, while the Yamaha Tracer 9 GT 2022 is equipped with a 119 HP inline-three engine. The Suzuki has a higher power output, which translates to faster acceleration and higher top speed. However, the Yamaha offers a more refined and smooth engine with excellent tuning.

Both motorcycles feature chain drive transmissions and have four-stroke engines. The Suzuki has a displacement of 999cc, while the Yamaha has a slightly smaller displacement of 890cc. The Suzuki's engine produces 106 Nm of torque, while the Yamaha generates 93 Nm of torque. The Suzuki's engine offers more low-end torque, providing strong acceleration and better power delivery at lower RPMs.

In terms of suspension, both motorcycles feature upside-down telescopic forks at the front. The Suzuki has a Kayaba suspension with 120mm of travel and adjustable compression, preload, and rebound settings. The Yamaha also has a Kayaba suspension with 130mm of travel and adjustable compression, preload, and rebound settings. The Yamaha offers slightly more travel, which can provide a more comfortable ride on uneven surfaces.

Suzuki GSX-S1000GT 2022

For the rear suspension, both motorcycles feature a monoshock with adjustable preload and rebound settings. The Suzuki offers 130mm of travel, while the Yamaha offers 137mm of travel. The Yamaha's rear suspension is only adjustable for preload, while the Suzuki's rear suspension offers both preload and rebound adjustment.

In terms of chassis, both motorcycles feature aluminum frames with a double tube design. This provides a balance between rigidity and weight savings, resulting in good handling and stability.

Both motorcycles come with dual-disc front brakes, with the Suzuki having larger 310mm discs compared to the Yamaha's 298mm discs. Both motorcycles also come with advanced rider assistance systems such as ABS, traction control, and multiple riding modes. The Yamaha goes a step further by offering electronically adjustable suspension, ABS for curves, quick shift, and anti-wheelie control.

In terms of dimensions and weights, both motorcycles have similar front and rear tire widths and diameters. The Suzuki has a slightly shorter wheelbase of 1460mm compared to the Yamaha's 1500mm. Both motorcycles have the same seat height of 810mm. The Suzuki weighs 226kg (with ABS), while the Yamaha weighs slightly less at 220kg (with ABS). Both motorcycles have a fuel tank capacity of 19 liters, with the Yamaha offering a slightly longer range of 380km compared to the Suzuki's 358km. The Yamaha also has a slightly lower combined fuel consumption of 5 l/100km compared to the Suzuki's 6.1 l/100km.

Yamaha Tracer 9 GT 2022

In terms of equipment, both motorcycles come with modern features such as LED daytime running lights, LED headlights, and TFT screens. The Yamaha offers additional features such as heated grips, cornering lights, and an adjustable windscreen.

In terms of strengths, the Suzuki GSX-S1000GT 2022 is praised for its fantastic engine with strong mid-range torque, stable chassis, versatile ergonomics, good sound, top-notch gearbox, and a good price-to-performance ratio. On the other hand, the Yamaha Tracer 9 GT 2022 is praised for its powerful engine with excellent tuning, light and stable handling, electronically adjustable chassis, comprehensive electronic package, good wind protection, and great comfort for passengers.

In terms of weaknesses, the Suzuki GSX-S1000GT 2022 is criticized for its long gear ratios, non-adjustable windscreen, and the lack of a lean angle sensor. The Yamaha Tracer 9 GT 2022 is criticized for its slightly rough clutch and the need to get used to the screen.

Overall, both the Suzuki GSX-S1000GT 2022 and the Yamaha Tracer 9 GT 2022 are capable sport touring motorcycles with their own strengths and weaknesses. The choice between the two would depend on individual preferences and priorities, such as desired power delivery, handling characteristics, and specific features.