What is the fuel consumption of Dewei D25 per 100 kilometers in liters?

2 Answers
OCassidy
09/08/25 2:17am
Dewei D25 fuel consumption: 11L/100km. Actual fuel consumption may vary depending on road conditions, vehicle weight and other factors. Fuel consumption calculation method: Record the mileage driven after one refueling, then calculate the vehicle's fuel consumption. The fuel consumption obtained by these two methods is the average fuel consumption of the vehicle. Methods to save fuel: When driving in the city, traffic jams often occur. Therefore, some experienced drivers will determine the driving route in advance to avoid some more congested sections, because reducing vehicle starts, stops, and maintaining economical speed is equivalent to saving fuel.
Was this review help?
19
5
Share
Kathy
09/19/25 8:01am
I frequently study engine performance, and the Dewei D25 diesel engine is used in many pickup trucks. The official combined fuel consumption data typically ranges between 8 to 10 liters per 100 kilometers, but actual driving conditions can vary significantly. Influencing factors include load conditions: it may drop to 8 liters when unloaded but can rise to 12 liters when fully loaded and climbing hills; driving habits: rapid acceleration or sudden braking increases fuel consumption; road conditions are also crucial, with urban congested routes easily consuming over 11 liters, while maintaining a steady speed on highways saves fuel. I would advise owners to check the specific model's values in the manual, record fuel refills and mileage to calculate actual consumption, and maintain vehicle upkeep such as regular air filter replacements to improve fuel efficiency. A long-term average of around 9 liters is quite common.
Was this review help?
6
4
Share
Expand All
More Forum Discussions

Why Does the Brake Pump Fail?

Brake pump failure can occur due to the following reasons:1. Quality issues with the brake pump: The brake caliper is not a wear-prone component, and its failure is mostly due to quality defects. Dirty brake fluid can clog the brake lines, increasing pressure on the master cylinder. Over time, this leads to ineffective braking and potential damage to the pump.2. Caliper damage from delayed replacement of brake discs and pads: Continued use of worn-out brake discs and pads beyond their limits can cause caliper damage.3. Poor quality or aged brake fluid: Inferior or deteriorated brake fluid can corrode the master cylinder's sealing diaphragm, leading to poor sealing over time. This results in the inability to maintain oil pressure, ultimately causing pump failure.
9
2
Share

What are the reasons for excessive fuel richness in Honda vehicles?

Honda vehicles showing excessive fuel richness may have the following specific causes: 1. High fuel-air mixture ratio in the engine: This could be due to minor fuel injector leaks, malfunctioning coolant temperature sensors, or potential failures in the mass airflow sensor and oxygen sensor. 2. Insufficient cylinder pressure in the engine, with too small compression ratio: This can be identified by listening to the engine's performance and measuring cylinder pressure. Low cylinder pressure often indicates mechanical issues such as problems with pistons, rings, cylinders, or valves. 3. Weak spark with high voltage: Causes may include spark plugs with carbon deposits, small gaps, or poor performance, leading to electrical leakage or misfiring.
8
4
Share

Does an OBD Window Lifter Affect the Car?

An OBD window lifter can potentially harm the car, as program alterations may cause confusion in the vehicle's system. Below are specific details about car automatic window lifters: 1. Non-invasive Window Lifter: Non-invasive automatic window lifters are widely used for the automatic window lifting function. They achieve this by connecting a decoder in series at the original car's window lifting circuit interface, thus enabling the automatic window lifting function. This method does not affect the car's wiring and has a relatively high safety factor. 2. Invasive Automatic Window Lifter: This type of window lifter requires invasive wiring. The invasive wiring interface is very fragile and is prone to issues such as circuit interruption due to excessive current causing temperature rise. In severe cases, it may even lead to spontaneous combustion.
5
5
Share

What class of car is the Sagitar?

The Sagitar belongs to the compact sedan category, also known as an A-segment car. Here are detailed points about the Sagitar as an A-segment vehicle: 1. Classification Basis: The Sagitar's original overseas model is an A-segment car, hence the Sagitar also falls into this category. When placed alongside traditional compact sedans, the Sagitar visibly appears longer. This is because the Sagitar is an extended version; its original model, the overseas Jetta, has a wheelbase that meets standard A-segment dimensions, but the Sagitar was further lengthened after its introduction to the domestic market. 2. Reason for Extension: The rear seating space in the Sagitar's original model was too small, failing to meet the Chinese market's demand for spacious rear compartments.
8
5
Share

How are the 1 to 6 cylinders arranged in the Teana V6 engine?

When standing at the front end of the hood, the left side consists of cylinders 1, 3, and 5, while the right side has cylinders 2, 4, and 6. The Teana V6's six cylinders are divided into two rows, with three cylinders in each row, and a certain angle between the two rows of cylinders, typically around 60° or 90°. Additional Information: Basic Introduction to the Teana: The Teana is a flagship mid-to-high-end luxury sedan under the NISSAN brand. With cutting-edge technology, the Teana perfectly combines Driving Technology (Precision Driving Engineering) and Comfort Technology (Absolute Comfort Engineering), bringing the design concept of mid-size sedans to a new level.
19
4
Share

Can the Audi A6 charge a phone?

Audi A6 has a USB port, which can be used to charge a phone. Audi A6 dimensions: The Audi A6 is a mid-to-large-sized car under the Audi brand. The length, width, and height of this car are 4951 millimeters (mm), 1886 millimeters (mm), and 1483 millimeters (mm) respectively, with a wheelbase of 2925 millimeters (mm). Engine: The 3.0-liter turbocharged engine has 340 horsepower and a maximum torque of 500 Newton meters. The maximum power speed of this engine is 5000 to 6400 revolutions per minute, and the maximum torque speed is 1370 to 4500 revolutions per minute. This engine is equipped with a 48V mild hybrid system and direct fuel injection technology, and it uses an aluminum alloy cylinder head and block.
3
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.