What engine is used in the Zotye Z500?

1 Answers
RichardMarie
07/30/25 1:22am
The Zotye Z500 is equipped with a 1.5T turbocharged engine. Here are the relevant details about the Zotye Z500: 1. The Zotye Z500 offers two models: a manual transmission car and an automatic transmission car. The manual transmission model also features a 1.5T engine, with a maximum power output of 106 kW and a maximum torque of 207 Nm. The automatic transmission model is equipped with a 1.5T engine that delivers a maximum power of 110 kW and a maximum torque of 200 Nm. 2. In terms of transmission, the automatic model is paired with a CVT continuously variable transmission, while the manual model comes with a 5-speed manual transmission. 3. The 1.5T engine in the Zotye Z500 is manufactured by Mitsubishi, with the model number 4A91T. This powertrain combination performs exceptionally well in the vehicle, providing a smooth overall driving experience and excellent stability.
Was this review help?
10
4
Share
More Forum Discussions

Why is an engine called horsepower?

Because horsepower is a unit of power measurement, commonly used to indicate the output power of a car engine. Engine horsepower; Refers to the size of the engine's output capability (work done), which is the output power. Output power is the most important parameter for measuring car performance. Introduction to horsepower: Horsepower is a commonly used unit of power measurement in engineering. It generally refers to metric horsepower rather than imperial horsepower. Metric horsepower is entirely man-made and takes a value very close to imperial horsepower. Countries such as the United Kingdom and the United States use imperial horsepower. It is represented by the letter HP.
4
1
Share

What is the fuel consumption per 100 kilometers for the Tianjin transport vehicle?

The fuel consumption per 100 kilometers for the Tianjin transport vehicle is 18 liters, equipped with a Dongfeng Cummins China VI engine. Impact of road conditions on fuel consumption: Poor road conditions or uneven surfaces force the vehicle to operate in lower gears for extended periods, inevitably increasing fuel consumption. Impact of incorrect driving habits on fuel consumption: Improper driving habits have the most significant impact on fuel consumption. Actions such as slamming on the brakes, erratic speed fluctuations, prolonged engine idling, aggressive acceleration, and long-distance driving at high speeds in low gears all contribute to increased fuel consumption. Impact of prolonged idling on fuel consumption: Compared to normal driving, the engine ECU controls a higher fuel injection rate when the vehicle is idling or just starting. If the engine is not turned off or frequently left idling for extended periods, fuel consumption will increase.
2
5
Share

Which system does the gear shift mechanism belong to?

The gear shift mechanism belongs to the gear shift control system. To prevent accidentally engaging reverse gear while the vehicle is moving forward, which could cause damage to components, the control mechanism is equipped with a reverse gear lock device. The principle of this mechanism: When the transmission is in neutral, all the grooves are aligned in the horizontal plane, and the spherical head at the lower end of the fork-shaped shifting lever extends into these grooves. During gear selection, the gear lever can be swung laterally around its central spherical pivot, causing its lower end to push the fork-shaped shifting lever to rotate around the axis of the shift shaft. This aligns the spherical head at the lower end of the fork-shaped shifting lever with the groove of the shifting block corresponding to the selected gear. Then, by swinging the gear lever longitudinally, the shift fork shaft and shift fork are driven forward or backward to engage the gear. Transmission control mechanism: After engaging a gear, the coupling sleeve should fully mesh with the coupling gear ring (or when shifting with a sliding gear, the full tooth length should engage). Under conditions such as vibration, the control mechanism should ensure that the transmission does not engage or disengage gears on its own. For this purpose, a self-locking device is installed in the control mechanism.
3
4
Share

What Causes Frequent Engine Stalling?

Automatic transmission vehicles do not easily experience stalling, whereas manual transmission vehicles may frequently stall due to lower driving proficiency. However, it is not impossible for automatic transmission vehicles to stall; the primary reason is the use of low-quality fuel, which leads to engine carbon buildup and subsequent stalling. Introduction to Stalling: Stalling, also known as flameout, occurs when the reactor is operating at a significant reaction rate. If the temperature at the feed inlet is reduced to the lower limit of the multiplicity region, the reaction rate suddenly drops significantly, and the reaction basically stops. Use Higher Octane Fuel: It is best to refuel at reputable, larger gas stations with higher octane fuel. Although it may be more expensive, the quality of the gasoline is better.
4
0
Share

What is the difference between aspect ratios 50 and 45?

The difference is not significant. A lower aspect ratio means the tire has better grip, clearer road feedback, stronger handling stability, and better acceleration performance. However, low aspect ratio tires have poorer comfort and are more suitable for sports models. They require higher road conditions and have relatively higher fuel consumption. High aspect ratio: Long sidewalls provide good vibration absorption and cushioning effects, offering excellent comfort. However, they have poor road feedback and weak lateral resistance during turns, resulting in poor handling. Do not change the aspect ratio: It is recommended not to alter the tire's aspect ratio, as changing the tire specifications can cause various issues, such as ABS failure, inaccurate odometer readings, transmission problems, and in severe cases, it may affect driving safety.
3
5
Share

Will Rear Tire Wear Cause Vibration?

Rear tire wear can cause vibration. Uneven tire wear or irregular tread wear indicates the need for a four-wheel alignment. Front Wheel Alignment: The installation of a car's steering wheels, steering knuckles, and front axle has specific relative positions. This installation with defined relative positions is called steering wheel alignment, also known as front wheel alignment. Rear Wheel Alignment: Similarly, the two rear wheels also have specific relative positions in their installation with the rear axle, known as rear wheel alignment. Four-Wheel Alignment: Four-wheel alignment is based on the four-wheel parameters of the vehicle. Adjustments are made to ensure optimal driving performance and reliability. If the angle at which the wheels contact the ground is incorrect, it can directly affect tire lifespan. Adjusting the angle between the tires and the ground can prevent body vibration and irregular wear.
16
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.