How many liters of engine oil does the Edge require?

1 Answers
LeCayden
07/29/25 10:53am
The Edge 2.0T engine requires 5.5 liters of engine oil, while the 2.7T engine requires approximately 6.5 liters. The Edge is a mid-size SUV under the Ford brand, with body dimensions of 4878mm in length, 1925mm in width, and 1734mm in height, and a wheelbase of 2850mm. The Edge is equipped with two engines: a 2.0-liter turbocharged engine and a 2.7-liter twin-turbocharged engine. The 2.0-liter turbocharged engine delivers a maximum power of 180 kW and a maximum torque of 390 Nm, paired with an 8-speed automatic transmission. The 2.7-liter twin-turbocharged engine is a V6 engine, producing a maximum power of 237 kW and a maximum torque of 503 Nm, also matched with an 8-speed automatic transmission.
Was this review help?
20
5
Share
More Forum Discussions

Why has the total mileage disappeared on the 10th-generation Civic?

The total mileage of the Honda Civic will not disappear; it is displayed as a six-digit number at the bottom of the instrument panel. By pressing the black slender rod on the instrument panel, you can switch between Trip A and Trip B modes, and the fuel consumption generated by the car can be directly displayed on the instrument panel. Relevant information about the Civic is as follows: 1. Powertrain: The new Civic is equipped with a 1.5T turbocharged engine and a 1.0T turbocharged engine, paired with either a 6-speed manual transmission or a CVT. 2. Engine tuning parameters vary depending on the transmission: The 1.5T model has a maximum power output of 130kW/6000rpm and a peak torque of 220N·m/1700-5500rpm. The 10th-generation Civic 1.5T achieves a 0-100km/h acceleration time of 7.09 seconds in actual tests.
16
0
Share

What is the function of the lubrication system?

The functions of the lubrication system are as follows: 1. Reduce frictional resistance and wear: Lubricate the surfaces of moving parts to reduce frictional resistance and wear, thereby decreasing engine power consumption. 2. Clean friction surfaces: The oil continuously circulates within the lubrication system, cleaning friction surfaces and carrying away wear debris and foreign particles. 3. Cooling effect: The oil continuously circulates within the lubrication system, carrying away heat generated by friction and serving a cooling function. 4. Improve sealing: Forms an oil film between moving parts to enhance sealing and prevent gas or oil leakage. 5. Protective effect: Forms an oil film on part surfaces to protect them from corrosion and rust. 6. Hydraulic effect: Lubricating oil can also be used as hydraulic oil to serve a hydraulic function. 7. Damping and cushioning effect: Forms an oil film on moving part surfaces to absorb impacts and reduce vibrations, providing a damping and cushioning effect.
20
4
Share

What Causes Transmission Abnormal Noise?

Transmission abnormal noise may be caused by bearing wear or damage, insufficient or excessively viscous lubricating oil leading to uneven lubrication, or long-term failure to replace automatic transmission fluid. The following are detailed reasons for transmission abnormal noise: 1. Bearing wear or damage: When bearings wear out, the clearance increases, leading to reduced precision in component fit. Damaged bearings cannot operate normally, resulting in abnormal noise and potentially causing damage to transmission components, thereby exacerbating the fault. 2. Insufficient or excessively viscous lubricating oil causing uneven lubrication: In such cases, the corresponding lubricating oil (grease) must be replaced; otherwise, it will accelerate transmission wear and shorten its service life. 3. Long-term failure to replace automatic transmission fluid: Prolonged failure to replace automatic transmission fluid causes it to thicken and lose effectiveness, reducing the protective layer between components and increasing friction, thereby accelerating mechanical wear. In severe cases, it can damage components such as the automatic transmission planetary gear set and differential. Damage to internal components also leads to abnormal noise in the automatic transmission.
18
2
Share

Is it necessary to engage the handbrake when the car is in N gear?

When the car is in N gear, you can choose to engage the handbrake or not. Here is some information about the handbrake: 1. The professional term for the handbrake is the auxiliary brake. Unlike the main brake, it uses a steel cable connected to the rear brake shoes to stop the vehicle. 2. The handbrake is a frequently used system and must be used correctly and appropriately. Additional information: Here are some introductions to the gears of an automatic transmission car: 1. P gear is the parking gear, used for long-term parking of the vehicle. 2. R gear is the reverse gear, engaged when the vehicle needs to move backward. 3. N gear is the neutral gear, engaged when the vehicle is parked for a short time without turning off the engine. 4. D gear is the drive gear. When the gear lever is placed in D gear, the vehicle will automatically switch gears based on throttle opening and speed data.
8
1
Share

What does brake failure mean?

Brake failure refers to the loss of braking effectiveness in the parking brake. Parking brake failure means the loss of braking performance, which includes complete failure and partial failure. Complete failure means there is no braking effect at all, usually caused by a malfunction in the braking system. Partial failure means the braking performance is reduced to some extent, resulting in less effective braking or longer braking distances, making it impossible to stop the vehicle within a short distance. Additional information: 1. Causes of brake failure: The key to brake failure lies in the braking system's inability to apply sufficient braking force to the vehicle. This can be caused by insufficient brake fluid levels or air entering the brake lines, malfunctioning brakes, or faults in the brake control system. 2. How to respond to brake failure: The driver should remain calm and composed to handle the sudden malfunction. Stay focused, maintain the correct driving posture of the vehicle, and ensure that both the driver and passengers have fastened their seat belts.
5
5
Share

What are the five main functions of engine oil?

The following are the functions of engine oil: 1. Lubrication: There is rapid relative sliding between the piston and cylinder, as well as between the main shaft and bearing bush. To prevent excessive wear of parts, an oil film needs to be established between the two sliding surfaces. 2. Auxiliary cooling: Engine oil has a relatively low specific heat value and, being inside the engine, does not inherently have a cooling function. However, due to the heat energy generated by fuel combustion in the engine, engine oil can carry heat back to the oil tank during engine operation and then dissipate it into the air, helping the radiator cool the engine. 3. Cleaning: Engine oil can carry carbon deposits, sludge, and worn metal particles from engine parts back to the oil tank through circulation, flushing away dirt generated on the working surfaces of parts via the flow of lubricating oil. 4. Sealing and leak prevention: Engine oil can form a sealing ring between the piston ring and piston, reducing gas leakage and preventing external contaminants from entering. 5. Rust and corrosion prevention: Lubricating oil can adhere to the surfaces of parts, preventing contact with water, air, acidic substances, and harmful gases.
13
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.