Can Car Body Kit Modifications Pass the Annual Inspection?

2 Answers
DeFinley
07/28/25 8:35pm
After modifying the vehicle, promptly submit it for approval to the traffic administrative department. Once approved, the modified vehicle can pass the annual inspection in the following year. Below is relevant information about body kit modifications: 1. Introduction: Body kit modifications refer to reducing the reverse airflow generated during car driving while increasing the downforce of the vehicle. This makes the car more stable during driving, thereby reducing fuel consumption. 2. Cases that can pass the annual inspection: Modified cars with manufacturer-released body kits, side steps, or color changes are legal. Before dealers release modification kits, manufacturers have already submitted the modified vehicle information to the vehicle management office. When registering the vehicle, the office will compare the information provided by the manufacturer. However, if the owner privately requests the dealer to change the vehicle color before registration, it will definitely not work during the registration process. The reason is the same—the vehicle management office will compare the information based on the manufacturer's provided data.
Was this review help?
20
3
Share
IanDella
08/12/25 1:20am
Last year, I modified the front and rear bumpers of my car, originally intending to make it look cooler, but it almost failed the annual inspection. The inspector said the bumper dimensions exceeded the factory standards and required me to remove and reinstall them to pass. Later, I checked the regulations—China’s annual inspection standards are quite strict. If the bumpers are modified too drastically, altering the original dimensions or affecting safety (e.g., widening the bumper and increasing braking distance), you must register the changes with the vehicle management office; otherwise, it will definitely fail. Routine inspection items include checking for exterior and chassis height modifications. So, if you really want to modify your car, I recommend choosing compliant designs, consulting professional shops in advance, or taking photos as evidence to avoid wasting effort like I did and having to make corrections. Safety comes first—don’t risk it just for looks.
Was this review help?
8
2
Share
Expand All
More Forum Discussions

What are the precautions for manual transmission driving test (Subject 3)?

Subject 3 driving test precautions are mainly divided into vehicle inspection, turn signals and starting, vehicle acceleration, special zones, etc. The details are as follows. Vehicle Inspection: After getting out of the driver's seat, be sure to close the car door. For the buttons that need to be pressed at the rear and front of the vehicle, you must wait until the broadcast inside the car sounds before continuing. Turn Signals and Starting: During the Subject 3 test, turn signals must be used when starting, changing lanes, and overtaking. The test regulations require that the turn signal must be on for three seconds before performing the corresponding operation. When starting the vehicle, you must use 1st gear, but during the test, you cannot drive in 1st gear all the time. You need to shift gears in time to adjust the speed. Vehicle Acceleration: During the test, the examiner may ask you to accelerate, but the driver should not accelerate suddenly, as a sudden upshift may cause the vehicle to stall. Wait until the engine speed reaches about 2000 rpm, press the clutch, shift to 2nd gear, then press the accelerator to upshift. Continue upshifting according to this principle. Special Zones: In special zones, note that many areas no longer have voice prompts, such as school zones, bus stops, and crosswalks. However, candidates must perform corresponding deceleration or yielding operations based on the project signs and road markings. In school zones, apply the brakes 10 meters before the sign, and keep the speed below 30 km/h. At bus stops, apply the brakes 10 meters before the sign, and keep the speed below 30 km/h. At crosswalks, apply the brakes to decelerate within 30 meters before the crosswalk.
14
2
Share

What engine is used in the Toyota E'Z?

Toyota E'Z's engine is produced by Tianjin FAW Toyota Company and is a domestically manufactured engine. The 1.6L version of the Toyota E'Z uses the 1ZR-FE engine model, with a maximum power of 90kW and a maximum horsepower of 122. The 1.8L version uses the 2ZR-FE engine model, with a maximum power of 103kW and a maximum horsepower of 140. The 2.0L version uses the 3ZR-FE engine model, with a maximum power of 107kW and a maximum horsepower of 146. For daily maintenance of the Toyota E'Z engine, the following methods can be used: Use lubricating oil of appropriate quality grade. For gasoline engines, SD--SF grade gasoline engine oil should be selected based on the additional devices of the intake and exhaust systems and usage conditions; for diesel engines, CB--CD grade diesel engine oil should be selected according to mechanical load, with the selection standard not lower than the manufacturer's specified requirements. Regularly change the engine oil and filter. The quality of any grade of lubricating oil will change during use. After a certain mileage, performance deteriorates, which can cause various problems for the engine. To avoid malfunctions, change the oil regularly according to usage conditions and maintain an appropriate oil level. When oil passes through the fine pores of the filter, solid particles and viscous substances in the oil accumulate in the filter. If the filter is clogged and oil cannot pass through the filter element, it may rupture the filter element or open the safety valve, allowing oil to bypass through the bypass valve and bring contaminants back to the lubrication areas, accelerating engine wear and increasing internal contamination. Regularly clean the crankcase. During engine operation, high-pressure unburned gases, acids, moisture, sulfur, and nitrogen oxides from the combustion chamber enter the crankcase through the gap between the piston rings and cylinder walls, mixing with metal powder from component wear to form sludge. In small amounts, it remains suspended in the oil; in large amounts, it precipitates, clogging filters and oil passages, making engine lubrication difficult and causing wear. Regularly use a radiator cleaner to clean the radiator. Removing rust and scale not only ensures the engine operates normally but also extends the overall lifespan of the radiator and engine.
12
3
Share

Car Air Conditioning Compressor Damaged: Repair or Replace with a New One?

If the car's air conditioning compressor is broken, it can be repaired. If the issue lies with the electromagnetic valve clutch coil of the compressor, it can be replaced separately. However, if the internal components of the compressor are damaged, a complete replacement is necessary. It is advisable to have a professional technician inspect and perform repairs based on the actual condition. Below is additional information: How Car Air Conditioning Works: The car air conditioning refrigeration system consists of a compressor, condenser, receiver-drier, expansion valve, evaporator, and blower, among other components. These parts are connected by copper pipes and high-pressure rubber hoses to form a sealed system. When the refrigeration system operates, the refrigerant circulates through the sealed system in different states.
16
4
Share

What is the standard for vehicle scrap residual value?

Vehicle residual value refers to the remaining usable value within the prescribed reasonable service life of the vehicle. Taking a new car with a service life of 10 years as an example to calculate the depreciation rate of used cars, the period from the start of use to scrapping can be considered as 100 points. Thus, the total depreciation rate over 10 years is set at 100%, with 15% being the fixed residual value and 85% being the floating depreciation value. Below is extended information: Calculation method: Generally, the depreciation period of used cars is divided based on the time until scrapping, which can be segmented into three phases: the first 3 years, starting from the 4th year, and the last 3 years before scrapping. Typically, the depreciation rates are: 11% for the first 3 years, 10% starting from the 4th year, and 9% for the last 3 years. For the first 3 years, the annual depreciation rate is 11%, resulting in a total depreciation rate of 33% over 3 years; starting from the 4th year, the annual depreciation rate is 10%, with a total depreciation rate of 40%; for the last 3 years, the annual depreciation rate is 9%, with a total depreciation rate of 27%. For a brand-new car that has not been used, its total depreciation rate over 10 years would be: 33% + 40% + 27% = 100%.
3
4
Share

Can the Transmission Be Damaged in a Rear-End Collision?

Vehicle accident damage is complex and requires professional assessment to determine the extent. If the impact force is minor, the primary bumper may absorb all kinetic energy, potentially resulting only in headlight damage or bumper denting without even harming the radiator. The bumper fulfills its protective role by safeguarding critical components like the engine and transmission. Additional information: Key consideration: If the engine remains operational during impact, this indicates the collision effects are limited to areas forward of the engine and cannot affect the transmission located behind it.
12
1
Share

Will insurance cover water damage to a car caused by rain?

If a car gets flooded during rainy weather, the insurance company will provide reasonable compensation based on the extent of water damage and the insurance coverage purchased by the car owner. If the owner only has collision insurance, they can receive compensation for rescue and cleaning costs (excluding the engine), electrical damage, and interior damage caused by water ingress. Here are some precautions for driving in rainy weather: Reduce speed and drive slowly: In severe weather conditions, strictly control your driving speed to allow yourself enough time to react. Rain reduces tire traction on the road, so try to maintain a low speed, using second or third gear, and keep your speed below 30 or 40 km/h. When driving at high speed on highways with thin layers of standing water, a film of water can prevent tires from directly contacting the road surface, causing the vehicle to hydroplane and potentially lose control. When parking, slow down about 100 meters in advance to give following vehicles enough time to react.
7
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.