···
Log in / Register

What engine does the Tank 300 use?

3 Answers
StVincent
07/23/25 8:07pm
The Tank 300 is equipped with a 2.0-liter turbocharged four-cylinder engine. The Tank 300 is a compact SUV under the WEY brand, with dimensions of 4670 mm in length, 1930 mm in width, and 1927 mm in height, and a wheelbase of 2750 mm. The Tank 300 is a five-door, five-seat SUV model. The 2.0-liter turbocharged four-cylinder engine in the Tank 300 delivers a maximum power of 167 kW and a maximum torque of 387 Nm. The engine reaches its peak power at 5500 rpm and its peak torque between 1800 and 3600 rpm. This engine features direct fuel injection technology and utilizes an aluminum cylinder head with a cast iron cylinder block. The cast iron cylinder block can withstand higher temperatures and pressures, enhancing the engine's reliability and durability. The engine is paired with an 8-speed automatic transmission (8AT). The use of an 8AT improves the smoothness of gear shifts and fuel economy, while also offering better reliability and durability. The Tank 300 features a double-wishbone independent suspension at the front and a multi-link non-independent suspension at the rear. The multi-link non-independent rear suspension enhances the vehicle's off-road performance and capability. The double-wishbone independent front suspension not only improves comfort on paved roads but also enhances handling. Additionally, the Tank 300 is equipped with a part-time four-wheel-drive system, which further boosts its off-road performance.
Was this review help?
19
1
Share
VonAnthony
08/10/25 3:43pm
I'm a car enthusiast and very familiar with the engine of the Tank 300. It's equipped with Great Wall's self-developed 2.0-liter turbocharged engine, similar to the E20CB model, delivering a maximum power of 227 horsepower and a peak torque of 387 Nm. This engine performs exceptionally well during driving, with quick start-up response and strong torque output at low RPMs during off-roading, making hill climbing effortless. Fuel consumption is about 10-12 liters/100km in urban conditions and can drop to around 8 liters on highways, which is more efficient than other off-road vehicles in the same class. Great Wall has put a lot of effort into engine technology, incorporating direct injection systems and heat-resistant materials to ensure engine reliability and fewer failures. Maintenance is straightforward, requiring only regular oil changes and air filter cleaning, making it very hassle-free. I believe this is one of the core strengths of the Tank series.
Was this review help?
1
0
Share
Expand All
StRyan
09/23/25 3:06am
I've been using the Tank 300 for commuting for over half a year, and this 2.0T engine makes every drive enjoyable. It starts smoothly, accelerates powerfully, doesn't jerk during rush hour traffic, and makes overtaking a breeze. The average fuel consumption is just over 10 liters, which is quite reasonable for an SUV, and using 92-octane gasoline isn't expensive either. The engine noise is low, and vibrations are minimal, making it suitable for comfort-focused users like me. Maintenance is straightforward, requiring only minor servicing every 10,000 kilometers, and I haven't encountered any unexpected issues. It's said that Great Wall's engine design emphasizes durability, saving money and hassle in the long run. It can withstand the challenges of mixed urban and suburban road conditions, and the overall experience has exceeded expectations.
Was this review help?
20
0
Share
Expand All
More Forum Discussions

What is the engine speed at 120 mph on the highway?

During normal driving, when the car speed reaches 120 mph, the engine speed is mostly between 2000 rpm and 3000 rpm. Assuming the clutch plate is functioning normally without slipping, a manual transmission car requires shifting to the corresponding gear at certain speeds for proper operation. Under normal driving conditions, the highest gear engine speeds are as follows: When the speed reaches 100 km/h, the engine speed is generally around 2800 rpm; when the speed reaches 110 km/h, the engine speed is typically around 3200 rpm. Engine speed is a physical quantity representing the ratio of the number of rotations to time, commonly expressed in engineering as speed = number of rotations / time. It is an important parameter describing the rotational motion of an object. Factors determining engine speed: Transmission ratio: The same vehicle speed can result in different engine speeds, depending on the vehicle's transmission ratio. With a higher transmission ratio, the engine needs to rotate many times to drive the wheels for one complete rotation. Gear: The engine's power is not directly used as the driving force for the car wheels; the power needs to be processed through the gearbox. This is a key reason why shifting gears is necessary when driving. Different gears matched with different speeds allow the engine to avoid excessively high speeds, thereby reducing fuel consumption and achieving the goal of saving driving costs.
12
4
Share

What are the fuel-saving tips for a 6-speed automatic transmission with manual mode?

Fuel-saving tips for a 6-speed automatic transmission with manual mode are as follows: 1. Reduce weight to save fuel: Minimize the vehicle's load and avoid full-load operation as much as possible. 2. Proper starting technique for fuel efficiency: To save fuel, first develop good driving habits. When starting, release the foot brake to let the vehicle roll slightly before gently accelerating. Rapid starts not only harm the vehicle but also waste fuel. 3. Maintain a reasonable speed: Drive at an appropriate and steady speed, as speeding up or slowing down unnecessarily wastes fuel. 4. Shift gears appropriately: When driving at certain speeds where both higher and lower gears can be used, shift to the higher gear in time to keep the vehicle running close to the most fuel-efficient speed for each gear. 5. Proper maintenance for fuel efficiency: Regularly inspect, adjust, and clean the vehicle to ensure optimal air-fuel mixture, thereby improving fuel economy.
17
3
Share

Can You Get a Driver's License with Poor Eyesight?

Yes, you can get a driver's license with poor eyesight. If your corrected vision (with glasses) reaches 4.9 or above on the logarithmic visual acuity chart, you can apply for a Class C license. However, if you have amblyopia in one or both eyes, with uncorrected vision below 4.9 and no possibility of correction, you do not meet the requirements for a driver's license and cannot take the test. For large buses, medium buses, tractors, city buses, large trucks, trolleybuses, or trams, the uncorrected or corrected vision must reach 5.0 or above on the logarithmic visual acuity chart. The "Regulations on the Application and Use of Motor Vehicle Driving Licenses" stipulate in Article 12 that applicants for a motor vehicle driving license must meet the following vision requirements: For large buses, tractors, city buses, medium buses, large trucks, trolleybuses, or trams, the uncorrected or corrected vision must reach 5.0 or above on the logarithmic visual acuity chart. For other vehicle types, the uncorrected or corrected vision must reach 4.9 or above on the logarithmic visual acuity chart. Therefore, if your uncorrected vision does not meet the standard, you can still qualify for a driver's license by wearing glasses or other corrective measures to achieve 4.9 or above on the logarithmic visual acuity chart. Driver's license test requirements for physical examination: Height: For large buses, tractors, city buses, large trucks, or trolleybuses, the height must be at least 155 cm. For medium buses, the height must be at least 150 cm. Vision requirements: For large buses, medium buses, tractors, city buses, large trucks, trolleybuses, or trams, the uncorrected or corrected vision (with glasses) must reach 5.0 or above on the logarithmic visual acuity chart. For other vehicle types, the uncorrected or corrected vision must reach 4.9 or above. Color vision: No red-green color blindness. Hearing: Must be able to distinguish the direction of sound at a distance of 50 cm from a tuning fork in each ear. Upper limbs: Both thumbs must be intact, and each hand must have at least three other fingers intact, with normal movement and function. Lower limbs: Normal movement function. For manual transmission vehicles, the difference in leg length must not exceed 5 cm. For automatic transmission vehicles, the right lower limb must be intact. Torso and neck: No movement dysfunction. Driver's license test content: Subject 1: After registration, applicants must attend a face-to-face lecture before scheduling the Subject 1 test. Subject 1 is a written test consisting of 100 multiple-choice and true/false questions, with one point per question. A score of 90 or above is required to pass. Subject 2: Subject 2 consists of five mandatory tests: reverse parking, parallel parking, hill start, curve driving, and right-angle turns. The test is scored out of 100, with a passing score of 80 or above. Subject 3: Subject 3 is a road test that includes preparation before driving, starting, straight-line driving, gear shifting, lane changing, parking, passing through intersections, left and right turns, crossing pedestrian crossings, passing school zones, passing bus stops, meeting vehicles, overtaking, U-turns, and simulated lighting operations. Subject 4: Subject 4 can be taken the day after passing Subject 3. It consists of 50 questions, including multiple-choice and single-choice questions, with a full score of 100. A score of 90 or above is required to pass.
11
3
Share

What to Do When a Nail is Stuck in the Tire Without Air Leakage?

If a nail is stuck in the tire while driving without causing air leakage, it is recommended not to pull out the nail by yourself. Here are some relevant introductions about a nail stuck in the tire: 1. Solution: Drive the car to a professional tire shop and let the staff pull out the nail and check the puncture. Since the tire is in a rolling state while driving, the nail may not be vertically stuck into the tire. If it is pulled out without timely repair, it may damage the tire sidewall, which may make it impossible to repair. 2. Situations where a nail-stuck tire cannot be repaired: (1) Damage to the tire sidewall cannot be repaired. (2) A puncture hole in the tire crown with a diameter exceeding 6 mm cannot be repaired. (3) Other situations include damaged or deformed bead, deformed tread, rubber corroded by chemicals, or damage caused by running the tire flat.
17
4
Share

What Are the Reasons for No Response When Turning the Vehicle Key?

There are many potential reasons why a car key fails to start the engine. It could be due to a dead battery, wiring issues, insufficient fuel, or problems with components in the fuel system, ignition system, or exhaust system. Below are more relevant details: 1. Car Gear Position: An incorrect gear position can also prevent the car from starting. Generally, the P (Park) or N (Neutral) gear is the correct position for starting an automatic transmission vehicle. If the driver accidentally leaves the gear in R (Reverse) or another position, it may not only fail to start but also pose a safety hazard. 2. Car Electrical Circuit: If the issue is related to the electrical circuit, the failure to start may occur suddenly. Common faults that cause no response when turning the key include blown fuses, open circuits in the high-voltage coil or low-voltage circuit, detached central ignition wire, leaking distributor rotor, or damaged spark plugs.
6
0
Share

Do modern cars still have a water tank?

Yes, cars do have a water tank. Here is some relevant information about car water tanks: 1. The liquids added to the water tank: The water tank near the front of the car is for adding windshield washer fluid, while the one near the car's windshield is for adding antifreeze. Neither windshield washer fluid nor antifreeze can be replaced with tap water. 2. The difference between antifreeze and water: Antifreeze has a boiling point above 120 degrees Celsius, whereas water boils at only 100 degrees Celsius. Using antifreeze in cars can prevent "boiling over" in the summer. Using water instead of antifreeze can easily lead to scale buildup and requires frequent replacement, whereas antifreeze does not have these issues. Water can also be somewhat corrosive to the cooling system, while antifreeze includes anti-corrosion and anti-rust properties.
5
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.