Yamaha MT-10 2016 vs. KTM 1290 Super Duke R 2022

The Yamaha MT-10 2016 and the KTM 1290 Super Duke R 2022 are both powerful naked bikes that offer thrilling riding experiences. However, there are several differences between the two models that make them unique.

In terms of engine specifications, the Yamaha MT-10 2016 features an inline four-cylinder engine with a displacement of 998cc, producing 160 horsepower and 111 Nm of torque. On the other hand, the KTM 1290 Super Duke R 2022 is equipped with a V-twin engine with a displacement of 1301cc, delivering 180 horsepower and 140 Nm of torque. This gives the KTM a slight edge in terms of power.

Both bikes utilize fuel injection systems and liquid cooling to ensure optimal performance. They also feature upside-down telescopic forks for the front suspension and monoshock absorbers for the rear suspension, providing a comfortable and controlled ride. However, the KTM 1290 Super Duke R 2022 has a single swing arm for the rear suspension, which may offer different handling characteristics compared to the Yamaha MT-10 2016's swing arm.

In terms of chassis, the Yamaha MT-10 2016 features an aluminum frame with a Deltabox design, while the KTM 1290 Super Duke R 2022 utilizes a chromium-molybdenum frame with a tubular design. Both frames are known for their strength and stability, but the KTM's frame may offer a different feel and handling characteristics.

Yamaha MT-10 2016

When it comes to braking, both bikes are equipped with double disc brakes at the front with a diameter of 320mm, ensuring strong stopping power. Additionally, both models come with advanced rider assistance systems such as ABS and traction control, providing added safety and control.

In terms of dimensions and weights, the Yamaha MT-10 2016 has a front tire width of 120mm and a rear tire width of 190mm, both with a diameter of 17 inches. It has a wheelbase of 1400mm and a seat height of 825mm. The bike weighs 210kg (with ABS) and has a fuel tank capacity of 17 liters. On the other hand, the KTM 1290 Super Duke R 2022 has a front tire width of 120mm and a rear tire width of 200mm, also with a diameter of 17 inches. It has a longer wheelbase of 1497mm and a slightly higher seat height of 835mm. The bike weighs slightly less than the Yamaha at 209kg (with ABS) and has a slightly smaller fuel tank capacity of 16 liters.

In terms of strengths, the Yamaha MT-10 2016 is praised for its CP4 engine, which offers a strong character and an unmistakable sound. It is also highly agile and offers high-speed stability, thanks to its well-designed chassis and suspension. The bike is also known for its strong brakes, providing excellent stopping power.

KTM 1290 Super Duke R 2022

On the other hand, the KTM 1290 Super Duke R 2022 is known for its brutal performance, offering even more power than the Yamaha. It has accessible handling and a fully adjustable and stable chassis, allowing riders to customize their riding experience. The bike also comes with high-quality standard tires, providing excellent grip and control. Additionally, the KTM offers a comfortable seating position, allowing for long rides without discomfort. It also has acceptable fuel consumption, considering its performance capabilities.

However, both bikes have their weaknesses. The Yamaha MT-10 2016 is criticized for its poor comfort and limited wind protection, which may make long rides less enjoyable. It also has a hard fit, which may not be suitable for all riders.

On the other hand, the KTM 1290 Super Duke R 2022 has a weakness in its full equipment, which comes at an additional cost. Additionally, the indicator operation on the KTM is described as fiddly, which may be a minor inconvenience for some riders.

In conclusion, both the Yamaha MT-10 2016 and the KTM 1290 Super Duke R 2022 offer thrilling riding experiences with their powerful engines and advanced features. The Yamaha excels in agility and high-speed stability, while the KTM offers brutal performance and accessible handling. Riders should consider their preferences for comfort, wind protection, and additional costs when choosing between the two models.