Triumph Tiger 800 XRT 2019 vs. Triumph Tiger Explorer XRT 2016

The Triumph Tiger 800 XRT 2019 and the Triumph Tiger Explorer XRT 2016 are both enduro motorcycles from Triumph. While they share some similarities in terms of engine type, front suspension, front tire diameter, and rear tire diameter, there are several notable differences between the two models.

In terms of engine specifications, the Triumph Tiger 800 XRT 2019 is equipped with an in-line three-cylinder engine with a displacement of 799cc. It has a bore of 74mm and a stroke of 61.9mm, producing a maximum power of 95 HP and a torque of 79 Nm. On the other hand, the Triumph Tiger Explorer XRT 2016 features a larger in-line three-cylinder engine with a displacement of 1215cc. It has a bore of 85mm and a stroke of 71.4mm, delivering a higher power output of 139 HP and a torque of 123 Nm. This makes the Tiger Explorer XRT more powerful and torquey compared to the Tiger 800 XRT.

In terms of transmission, the Tiger 800 XRT 2019 is equipped with a chain transmission, while the Tiger Explorer XRT 2016 features a prop shaft transmission. This difference in transmission systems may result in variations in the overall riding experience and maintenance requirements.

Triumph Tiger 800 XRT 2019

Both models feature upside-down telescopic forks for the front suspension. However, the Tiger 800 XRT 2019 utilizes Showa suspension components with a 43mm diameter and 180mm of travel, while the Tiger Explorer XRT 2016 features WP suspension components with a larger 48mm diameter and 190mm of travel. This suggests that the Tiger Explorer XRT may offer a slightly smoother and more capable suspension system, which can be beneficial for off-road riding.

In terms of chassis, both models feature a steel tubular frame. The rake and trail measurements are also similar, with the Tiger 800 XRT having a rake of 66.2 degrees and a trail of 86.6mm, and the Tiger Explorer XRT having a rake of 66.9 degrees and a trail of 99.2mm. These measurements indicate that the Tiger Explorer XRT may offer slightly more stability and a longer wheelbase compared to the Tiger 800 XRT.

Both models are equipped with double disk brakes at the front, branded by Brembo. This suggests that both bikes offer reliable and powerful braking performance. Additionally, both models come with advanced rider assistance systems such as ABS and traction control. The Tiger Explorer XRT 2016 also features electronically adjustable suspension, dynamic suspension, ride by wire, and additional riding modes, making it a more technologically advanced option compared to the Tiger 800 XRT 2019.

In terms of dimensions and weights, the Tiger Explorer XRT 2016 has a slightly larger fuel tank capacity of 20 liters compared to the 19 liters of the Tiger 800 XRT 2019. The seat height of the Tiger Explorer XRT is also higher, ranging from 837mm to 857mm, compared to the 810mm to 830mm seat height of the Tiger 800 XRT. These differences in dimensions may result in variations in rider comfort and ergonomics.

Triumph Tiger Explorer XRT 2016

In terms of strengths, the Tiger 800 XRT 2019 boasts a powerful engine, easy handling, full comfort equipment, a pleasant seating position, five different riding modes, and the ability to deactivate traction control and ABS. On the other hand, the Tiger Explorer XRT 2016 is praised for its three-cylinder engine with plenty of power, high level of comfort, electrically height-adjustable windshield, changeable riding modes, traction control, and sporty braking system.

However, the Tiger 800 XRT 2019 does have a few weaknesses, including a color TFT display that is not optimally anti-reflective and limited slope clearance. The Tiger Explorer XRT 2016, on the other hand, is criticized for its high weight and potentially confusing optics.

In conclusion, while both the Triumph Tiger 800 XRT 2019 and the Triumph Tiger Explorer XRT 2016 are capable enduro motorcycles, they have distinct differences in terms of engine power, transmission, suspension, chassis, and advanced rider assistance systems. These differences may influence the overall riding experience, comfort, and performance of each model.