What type of vehicle is the Maxus V80?

1 Answers
VanRowan
07/29/25 4:51pm
The Maxus V80 is a commercial vehicle equipped with a 2.5T engine, designed to meet the needs of business receptions. Expanded relevant information is as follows: 1. Engine: Italian VM engine technology, with an output power of up to 136 horsepower and a fuel consumption as low as 5.4L per 100 km at constant speed. Upgraded to meet the National V standard, it complies with National V, Euro V, and Euro VI emission standards. 2. Fuel injection system: BOSCH third-generation high-pressure common rail fuel injection system, 4-cylinder 16-valve, with fuel pressure up to 1800Bar, ensuring more complete combustion, greater power, lower fuel consumption, and lower emissions. 3. Turbocharging technology: Powerful VGT turbocharging technology, featuring a National V engine with variable geometry turbocharging (VGT), where the turbocharger engages at 1400rpm, achieving high torque at low speeds. This allows the engine to operate efficiently at both high and low speeds, with a maximum power of 136 horsepower and a maximum torque of 330N·M.
Was this review help?
8
0
Share
More Forum Discussions

What is the difference between direct injection and electronic injection?

The difference between direct injection and electronic injection lies in the method of fuel delivery: direct injection sprays fuel directly into the cylinder; electronic injection has the injector mounted on the intake manifold, where fuel and air begin mixing in the manifold before entering the cylinder. Direct injection involves installing the fuel injector inside the combustion chamber, directly spraying gasoline into the cylinder's combustion chamber, where air enters through the intake valve to mix with the gasoline before ignition. Electronic injection refers to the process in gasoline engines where fuel is injected into the intake manifold, controlled by a specific timing sequence from the control program, and delivered via electronic fuel injectors.
7
4
Share

Can a Damaged Genuine Leather Car Seat Be Repaired?

Damaged genuine leather car seats can be repaired, with different treatment methods applied depending on the extent of the damage. Repairing leather seats requires skilled techniques and experience, so vehicle owners should visit professional leather seat repair shops for expert service. The care methods for genuine leather seats include: 1. Keep car leather seats away from heat sources, as proximity to heat can cause the leather to crack; 2. Avoid prolonged exposure to direct sunlight to prevent color fading; 3. Perform regular cleaning and maintenance by wiping off dust with a semi-dry cloth to keep the seats dry and tidy; 4. Use a small amount of multi-purpose foam cleaner for cleaning while ensuring the leather surface remains dry.
10
2
Share

What is the function of the cylinder head?

The functions of the cylinder head are: 1. To seal the upper part of the cylinder and form the combustion chamber; 2. To serve as the support for the camshaft, rocker arm shaft, and intake/exhaust pipes; 3. To draw air into the cylinder, where the spark plug ignites the combustible air-fuel mixture, driving the piston to perform work and allowing exhaust gases to exit through the exhaust pipe. The method for removing the cylinder head is: 1. After securing the engine to a rotating stand, place the stand on the workbench; 2. Remove the valve cover; 3. Remove the oil deflector cover on the cylinder head; 4. Loosen the cylinder head bolts, removing all bolts starting from the sides and then the middle; 5. Use a soft hammer to tap the joint between the cylinder head and the cylinder block to loosen it, then remove the cylinder head.
5
2
Share

Is the Start-Stop Function Useful?

The start-stop function is useful. Vehicles equipped with automatic start-stop have this function enabled by default. To turn off the automatic start-stop, simply press the start-stop button, and the dashboard will indicate that the system is off. To use this function again, press the button to reactivate it. Precautions for using automatic start-stop include: 1. When the engine stops, quickly shift to P gear and release the brake; 2. Reduce current consumption; 3. Do not repeatedly press the brake when the engine is off; 4. Allow the engine speed to drop to zero, engage the starter gear, and then restart; 5. Do not activate the automatic start-stop system during low-speed parking or when the air conditioning is on.
4
3
Share

How to Use the Car ESC?

Car ESC is generally a function that is enabled by default. It automatically activates during steering or sharp turns, primarily to make the car more stable and safe when changing lanes or navigating curves. More information about the ESC system is as follows: 1. Prerequisites for ESC system activation: Under normal driving conditions, the ESC system does not function. When the ignition switch is turned on, the ESC is enabled, the warning light illuminates, and when the ESC is turned off, the indicator light comes on and extinguishes after about 4 seconds. 2. Function of the ESC system: The ESC mainly controls the longitudinal and lateral stability of the vehicle to ensure stable driving. For example, when the car oversteers during a left turn on slippery roads (such as when the tail swings to the right or the sensors detect too abrupt a turn), it quickly brakes the right front wheel to restore traction, generating an opposite torque to keep the car in its original lane.
9
3
Share

How to use the M+ and M- in automatic transmission?

Usage methods of M+ and M- in automatic transmission: 1. Highway driving: On highways, drivers can manually shift to higher gears using M+ to maintain speeds between 80-100km/h; 2. Icy/snowy roads: Adjust to gear 2 using M+ to reduce wheel slippage; 3. Overtaking: Use M- to downshift, providing higher torque for instant acceleration; 4. Uphill driving: Employ M- on slopes as lower gears deliver stronger engine power. Automatic transmission refers to a vehicle's gear-shifting mechanism where the transmission control system automatically selects appropriate gears based on engine speed and load, replacing manual gear-shifting decisions.
5
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.