What are the disadvantages of the Jetour X70?

2 Answers
LeDominic
07/28/25 10:54pm
The disadvantages of the Jetour X70 are as follows: 1. The gap between the front engine cover and the trunk is relatively large. 2. The paint is slightly thin, and the built-in navigation system in the car is not very effective. 3. The third-row space is slightly compact. 4. Insufficient power, making it difficult to climb slopes and slow to start. 5. The car is relatively heavy, resulting in higher fuel consumption in urban areas. 6. The suspension is quite stiff, and there is significant tire noise at high speeds. Here is some additional information: 1. The Jetour X70 is the first model under Chery Holding's Jetour brand, positioned as a wide-body intelligent SUV, offering a total of 8 models with manual and automatic powertrain combinations. 2. The body dimensions are 4720mm/1900mm/1695mm, with a wheelbase of 2745mm. The Jetour X70 is equipped with a 1.5T turbocharged engine, model SQRE4T15B, with a maximum power of 108kW (147Ps) and a peak torque of 210Nm.
Was this review help?
20
4
Share
OMaverick
08/12/25 3:21am
The shortcomings of the Jetour X70 mainly lie in its mechanical performance. After driving my car for over half a year, I noticed that the 1.5T engine has relatively high fuel consumption, especially in city traffic where it can exceed 10 liters per 100 km, significantly more than other SUVs in its class. The acceleration also feels sluggish, with a noticeable delay when pressing the throttle. The suspension tuning is on the stiff side, making bumps and potholes quite uncomfortable, and the poor sound insulation in the chassis means wind and tire noise become annoyingly loud at high speeds. Additionally, the transmission sometimes exhibits noticeable jerks, and there’s occasional shaking during cold starts. While these minor issues don’t affect drivability, they do impact the overall driving experience. For a smoother ride, it’s advisable to schedule regular maintenance checks and use high-quality engine oil to mitigate some of these effects.
Was this review help?
3
2
Share
Expand All
More Forum Discussions

What is the engine displacement of the Maserati Quattroporte?

Maserati Quattroporte engine displacement is 3.0T. The following are the specific details of the Maserati Quattroporte: 1. Vehicle Positioning: The Maserati Quattroporte is a high-performance luxury sedan launched by Maserati. 2. Power Configuration: It is equipped with a 3.0T twin-turbocharged engine, available in high-power and low-power versions. The low-power engine has a maximum power of 257kW and a maximum torque of 500 Nm, while the 3.0T high-power engine has a maximum power of 316kW and a maximum torque of 580 Nm. The transmission system paired with the engine is an 8-speed automatic manual transmission.
8
3
Share

Why Was the Mitsuoka Orochi Discontinued?

Mitsuoka Orochi was discontinued primarily because the model was not profitable. Consequently, the manufacturer decided to develop new models, especially since Mitsuoka is a small company with limited capacity to produce multiple vehicle models simultaneously. The Mitsuoka Orochi was the second model from Mitsuoka, following the ZERO-ONE launched in 1996, to receive Japanese type certification. It was produced at Mitsuoka's Toyama factory, offering bespoke, handcrafted manufacturing services to wealthy clients worldwide. Below is an introduction to the Mitsuoka Orochi: 1. Brand Origin: The name "Orochi" is derived from Japanese mythology, specifically the eight-headed serpent Yamata no Orochi. The entire vehicle's design is inspired by the "snake" as its soul. It is said that a soul-imparting ceremony was held to pray for the car's success, hoping to infuse the "soul" into the vehicle. 2. Powertrain: The Mitsuoka Orochi is equipped with Toyota's 3MZ-FE 3.3-liter V6 engine, featuring an MR layout and a 5-speed automatic transmission. It delivers a maximum power of 172 kW (233 hp), a maximum torque of 328 Nm, a top speed of 240 km/h, and a 0–100 km/h acceleration time of 7.2 seconds, with a drag coefficient of 0.32.
8
3
Share

Is Wheel Balancing and Four-Wheel Alignment Necessary After Tire Replacement?

When replacing car tires, four-wheel alignment is not required, but wheel balancing is essential after tire replacement. If the vehicle does not exhibit any pulling to one side during driving and the steering wheel remains straight, then alignment is unnecessary. However, wheel balancing must be performed; otherwise, the vehicle may experience shaking during operation. Four-wheel alignment is based on the four-wheel parameters of the vehicle, adjusted to ensure optimal driving performance and reliability. Regular correction of wheel balance is necessary for car tires. Excessive wheel imbalance can cause high-frequency oscillations at high speeds, leading to uneven tire wear and compromising driving safety. After tire repair, dynamic balance testing and adjustment should be conducted, with the single-side dynamic balance test value for the tire being less than or equal to 40 grams.
6
0
Share

Is the Civic a Front-Wheel Drive or Rear-Wheel Drive Car?

The Civic is a front-engine, front-wheel drive (FWD) vehicle, meaning the engine is located at the front of the vehicle and powers the front wheels. The advantages of front-engine, front-wheel drive are as follows: 1. Eliminates the need for a driveshaft, reducing vehicle weight and making the structure more compact; 2. Efficiently utilizes the engine compartment space, providing a more spacious cabin and helping to lower the floor height for improved ride comfort; 3. The engine is closer to the drive wheels, resulting in higher power transmission efficiency and better fuel economy; 4. The front placement of the engine and other major components increases the load on the front axle, enhancing high-speed driving stability and directional stability during braking; and simplifies the rear suspension system.
8
3
Share

What are the lengths of A, B, C, D, and E class sedans?

Introduction to the lengths of A, B, C, D, and E class sedans: 1. Class A: Class A sedans have a wheelbase ranging from 2.5 to 2.7 meters and an engine displacement from 1.5 to 2.0 liters, such as the Focus, Sagitar, Corolla, and Audi A3. Class A sedans are the most widely used family cars in China. 2. Class B: Class B mid-size sedans have a wheelbase between 2.7 and 2.9 meters. The engine displacement for Class B sedans ranges from 1.8 to 2.5 liters. The Class B sedan market has gradually become the main battlefield for domestic car manufacturers. Models like the Sonata, Audi A4, Passat, and Toyota Camry belong to the Class B sedan category. 3. Class C: Class C premium sedans have a wheelbase between 2.8 and 3.0 meters and an engine displacement from 2.3 to 3.0 liters. The most well-known Class C sedans in China are the Audi A6, BMW 5 Series, and Mercedes-Benz E-Class. 4. Class D: Class D luxury sedans feature stylish designs, spacious interiors, and powerful performance. Their wheelbase is generally over 2.8 meters, and the engine displacement is typically above 3.0 liters. Common Class D sedans include the Mercedes-Benz S-Class, BMW 7 Series, and Audi A8. 5. Class E: These sedans have a wheelbase exceeding 2.80 meters and an engine displacement above 3.0 liters, with many models available, such as the BMW 7 Series and Mercedes-Benz S-Class.
2
4
Share

What is the actual fuel consumption of the Grand Caravan?

The actual fuel consumption of the Grand Caravan is 10.8L/100KM. Below are the specific reasons for high fuel consumption in vehicles: 1. Affected by temperature: Temperature changes can cause fluctuations in fuel consumption. In winter, lower temperatures generally lead to increased fuel consumption. 2. Prolonged lack of vehicle maintenance: Dirty engine oil and air filters can also result in higher fuel consumption. Contaminated oil leads to poor lubrication, increasing resistance in the engine's moving parts, which requires more energy to overcome, thus raising fuel consumption. 3. Excessive carbon buildup in the vehicle: Carbon deposits commonly accumulate in the throttle body, fuel injectors, intake manifold, and piston tops. Excessive carbon buildup in any of these areas can cause incomplete combustion, leading to increased fuel consumption.
19
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.