Where is the engine number located on the Ford Territory?

1 Answers
DeElaina
07/29/25 5:46pm
The engine number of the Ford Territory is located under the engine hood, in the front part of the vehicle. It typically consists of a combination of 7 to 8 digits and letters. In addition to the above method, the engine number can also be checked through the following four ways: The vehicle's driving license will have the engine number printed, usually located in the second-to-last line; The motor vehicle registration certificate will record the engine number; The purchase invoice of the vehicle will record the engine number; The vehicle purchase tax payment certificate will record the engine number. It is important to note that the engine number is not the same as the engine model. The engine model refers to the specifications and size of the engine within the manufacturer, and engine models can be the same. The engine number, however, refers to the production number of the engine, where each engine can only have one unique engine number, and no two engines will have the same number.
Was this review help?
11
5
Share
More Forum Discussions

What causes sunroof glass to spontaneously shatter?

Sunroof glass shattering may be caused by uneven thermal stress distribution. Here are specific explanations for the causes of sunroof glass breakage: 1. External factors: Uneven thermal stress distribution, where external factors further release the glass stress leading to breakage. External factors can include exposure to sunlight, gravel impact, or vehicle vibration. When the pressure caused by air layer expansion exceeds the glass's breaking pressure, the glass will crack. Most glass breakages are caused by this reason. 2. Temperature effects: In winter, low environmental temperatures cause the air in the air layer to contract, creating negative pressure. Combined with snow and wind loads, this can also lead to glass breakage.
6
2
Share

What is the ground clearance of the Elantra in centimeters?

The ground clearance of the Elantra is 15 centimeters. The automobile chassis consists of four parts: the transmission system, the running system, the steering system, and the braking system. The function of the chassis is to support and install the automobile engine and its various components and assemblies, form the overall shape of the automobile, receive the power from the engine, enable the automobile to move, and ensure normal driving. Additional information: 1. The function of the chassis: The power generated by the automobile engine is transmitted to the driving wheels through the transmission system. The transmission system has functions such as deceleration, speed change, reversing, power interruption, inter-wheel differential, and inter-axle differential. Working in conjunction with the engine, it ensures the normal operation of the automobile under various working conditions, providing good power and economy. 2. Chassis maintenance: In winter, to maintain the chassis, it is necessary to thoroughly clean and apply anti-rust treatment to the chassis. In professional car beauty shops, the car is lifted onto a lift for chassis cleaning and wiping, followed by anti-rust care. During the care process, it is essential to ensure an even application of the coating to form a long-lasting, uniform anti-rust layer. After completing all the work, a natural drying period of 5-10 minutes is required before the chassis anti-rust treatment is considered complete.
6
3
Share

What Causes the EBD Warning Light to Illuminate?

When the EBD light illuminates, it indicates a problem with the Electronic Brake-force Distribution control system, most likely caused by sensor or fuse failures. This issue requires immediate attention as it may affect the vehicle's normal operation. In such cases, drivers should proceed with caution at low speeds and promptly visit a repair shop for inspection. Indicators on the dashboard can generally be categorized into three types: 1. Routine Indicators: These are the most common during regular driving, including turn signal lights, light indicators, seat belt reminders, cruise control indicators, and parking indicators. They simply notify the driver of the operational status of various vehicle functions and are frequently encountered. 2. Warning Indicators: Such as the fuel level indicator and windshield washer fluid level indicator, these alert the driver to replenish the corresponding fluids to resolve the issue. 3. Fault Indicators: Including the engine (exhaust system) fault light, oil system fault light, and battery/charging system fault light. These rarely illuminate under normal circumstances, but when they do, they signify that the vehicle has encountered a malfunction or abnormality. Minor issues may affect driving safety, while major ones could potentially damage the vehicle, necessitating immediate inspection or contacting the vehicle's brand 4S store for assistance.
12
5
Share

Will Turning on Hazard Lights While the Engine is Off Damage the Battery?

Turning on hazard lights while the engine is off can damage the battery, but only if done for an extended period. The specific details are as follows: 1. Power Consumption: Using hazard lights directly consumes the battery's power. As hazard lights are part of the vehicle's lighting system, they draw power from the battery when the engine is off. 2. Extended Use with Engine Off: Prolonged use of hazard lights while the engine is off can drain the battery, leading to a discharged state, which may damage the battery and shorten its lifespan. Relevant information about car batteries is as follows: 1. Car Battery: Also known as a storage battery, it is a type of battery that works by converting chemical energy into electrical energy. 2. Classification: Batteries are categorized into conventional lead-acid batteries, dry-charged batteries, and maintenance-free batteries. The commonly referred-to car battery is the lead-acid type, with a normal service life ranging from 1 to 8 years, depending largely on the vehicle's condition.
14
5
Share

Why does the car scrape the line when reversing to the right?

One situation is that the car body is not straightened before entering the garage, and the steering wheel is corrected too late; another situation is that the reference point is observed too late when entering the garage, causing the car to be off-center when parking. Precautions for reversing include: 1. Preventing collisions: When shifting and reversing, pay attention to the width of the target position and assess the safety distance from obstacles behind and on both sides of the car to the rear wheels. To avoid accidents such as collisions, scrapes, or falling into ditches, it may be necessary to have someone guide the car from behind. 2. Preventing garage scrapes: When reversing into a garage, if visibility is good, you can directly observe and judge through the rear window. If visibility is poor and you cannot see clearly behind, open the car door and judge the car's position in the garage from one side while also observing the other side through the rearview mirror to avoid scraping the garage or other vehicles. 3. Preventing scrapes: When reversing around a corner, pay attention to the situation on the inside of the turn and behind the car, and observe both sides of the car through the rearview mirror. Be mindful of the timing to turn the steering wheel back to prevent rear-end collisions or side scrapes. 4. Preventing falling into ditches: When reversing to turn around, if the road is wide enough, you can judge the position of the rear or wheels directly through the rearview mirror. If multiple forward and reverse movements are needed, get out of the car to check the safe distance between the wheels and the edge to avoid falling into a ditch.
8
1
Share

Is a 13-meter flatbed truck 3 meters wide?

13-meter flatbed trucks are 3 meters wide. Below are precautions for driving flatbed trucks: 1. Pre-trip inspection: Check the braking components, rear and brake lights on the flatbed, tires, leaf springs, towing devices, and safety nets. 2. Loading and unloading: When loading or unloading a flatbed trailer, it must be parked on flat, hard ground. The driver should thoroughly inspect the ramps and ensure the blocking timbers are securely placed, and use wheel chocks to block the trailer tires. 3. Transporting over-height cargo: Special personnel must supervise, drive slowly, and if there is a possibility of touching power lines, signal the trailer driver to stop immediately and take measures before proceeding. 4. Transporting over-length or over-height objects: During the day, hang red flags at the end and top of the object; at night, use red lights instead.
5
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.