What are the differences between the 325li Midnight Edition and the 325li?

2 Answers
MacWalker
07/29/25 3:20am
325li Midnight Edition and 325li differ as follows. The Midnight Edition includes the following additional features: 1. Harman Kardon audio system. 2. Auto-dimming interior and exterior rearview mirrors. 3. Blackened exterior treatments: such as the front grille; door borders; taillights; and rear exhaust pipes. 4. Steering wheel paddle shifters. Other differences include: 1. Interior: The 325li features wood trim on the center console and gear shift area, which the Midnight Edition lacks. 2. Rearview camera: The Midnight Edition comes with a 360-degree panoramic camera, while the Sport version has a rearview camera only. 3. Different tire sizes.
Was this review help?
7
0
Share
VanLila
08/12/25 7:11am
I really enjoy researching the BMW 3 Series. The differences between the M Sport Night Edition and the regular 325Li mainly lie in visual elements and configurations. The Night Edition replaces chrome trim with an all-black grille, featuring black window frames and black alloy wheels for a cooler look, while the regular version comes with standard silver wheels. The Night Edition comes standard with the stylish M Sport package, featuring a more aggressive front bumper design that the regular version lacks. The audio system is also upgraded to Harman Kardon, whereas the regular version uses basic speakers, resulting in a noticeable difference in sound quality. Additionally, the Night Edition boasts a full digital instrument cluster, while the regular version has a mechanical + LCD hybrid display, which is a step down in terms of visual effects. The Night Edition also includes automatic anti-glare mirrors as standard, a feature that requires an optional upgrade on the regular version, making nighttime driving safer. Overall, the Night Edition leans towards a sporty style, while the regular version is more family-oriented.
Was this review help?
19
0
Share
Expand All
More Forum Discussions

Does Using Third-Party Charging Stations Affect Tesla?

Tesla may sometimes fail to charge when using third-party charging stations. New energy charging stations are divided into two types: AC (alternating current) charging stations and DC (direct current) charging stations. AC charging stations are for slow charging, while DC charging stations are for fast charging. Precautions for electric vehicle charging: Strictly follow the instructions in the vehicle manual for charging. Avoid using "extension cord" charging. Many owners do not have public charging stations nearby or the conditions to install one, so they resort to using the vehicle's charger with a household 220V socket. However, "extension cord" charging is very dangerous, as ordinary power strips can easily overheat during charging, leading to risks of fire or electric shock. Carefully inspect the charging station before use. This prevents inconvenience caused by water accumulation or debris buildup, and also avoids potential damage to charging facilities. Before charging, check the connector interfaces on both the charging station and the vehicle side, and clean or wipe them before connecting. Slow charging uses an AC charging station interface, feeding grid AC power into the vehicle's slow charging port. The onboard charger then converts the AC to DC before supplying it to the battery. Slow charging operates at low-power AC, typically at 3kW or 7kW. The charging time is longer—for example, a 100kWh battery would take about 14.28 hours to fully charge. Fast charging uses a DC charging station interface, converting grid AC to DC and delivering it directly to the vehicle's fast charging port, where the energy goes straight into the battery. Charging power can typically exceed 40kW, with a maximum of up to 5400kW. Charging from 0% to 80% usually takes only 15-60 minutes. To protect battery safety, charging power gradually decreases once the battery reaches 80%. Long-term use of fast charging can affect the battery's recovery capability, accelerating battery degradation and ultimately reducing its range and overall performance.
4
4
Share

Which has more space, the Qashqai or the Tharu?

The Volkswagen Tharu does have certain advantages in terms of space performance, with its body dimensions and rear seating space being somewhat superior compared to the Qashqai. The Tharu is equipped with two powertrain options: a 1.4T and a 2.0T, paired with a more advanced 7-speed dual-clutch transmission. In terms of body dimensions: The Tharu measures 4453×1841×1632mm with a wheelbase of 2680mm, making it slightly larger than the Qashqai based on these figures. Regarding powertrain configuration: The Tharu comes with 1.4T and 2.0T powertrain options and utilizes a more advanced 7-speed dual-clutch transmission, undoubtedly offering better smoothness and fuel efficiency.
16
5
Share

What is the Chinese name for Polo?

polo is called Paul in Chinese. Body dimensions: The Volkswagen Polo has body dimensions of 4053mm in length, 1751mm in width, and 1446mm in height, with a wheelbase of 2564mm. Powertrain: The Volkswagen Polo is equipped with three gasoline engines (1.0L/1.0T/1.5T) and one 1.6T diesel engine, with maximum power ranging from 48kW (65PS) to 110kW (150PS). It is paired with a 6-speed manual transmission, a 6-speed automatic transmission, and a 7-speed dual-clutch transmission. Features: Except for the base model, all trims come standard with ESP.
14
2
Share

What does the Sagitar fuel pump recall mean?

Fuel pump recall refers to the process where the manufacturer of defective automotive products eliminates the defects in their products in accordance with legal requirements and procedures when the fuel pump is found to have faults. Fuel pump faults: Can cause the engine to stall while driving, posing safety hazards; the fuel pump is a fundamental component in the engine's fuel supply system. During engine operation, it draws fuel from the car's fuel tank and continuously delivers it to the engine at a certain pressure through the fuel lines. The fuel is then subjected to secondary pressurization by the high-pressure fuel pump and supplied to each cylinder in accordance with the engine's working sequence. When the fuel pump malfunctions, the issue can be diagnosed by checking the fuel pump's working current using a digital multimeter. Start the engine, and while the fuel pump is operating, press the dynamic record key on the multimeter to record the maximum and minimum current values during the fuel pump's operation. Comparing these values with normal data can help determine the cause of the fault. Automotive recall system: This system requires that if a car released to the market is found to have defects due to design or manufacturing issues, which do not comply with relevant regulations and standards, leading to safety and environmental problems, the manufacturer must promptly report the product's issues, the causes of the problems, and improvement measures to the relevant national authorities. The manufacturer must then apply for a recall and, upon approval, modify the vehicles in use to eliminate potential hazards.
17
0
Share

Which is better, front-wheel drive or rear-wheel drive?

Comparison between front-wheel drive and rear-wheel drive: 1. In terms of driving method: Front-wheel drive vehicles are front-engine front-wheel drive, with only the front wheels responsible for driving; Rear-wheel drive vehicles are front-engine rear-wheel drive, with the rear wheels responsible for driving. 2. In terms of climbing ability: The vehicle's center of gravity angle in front-wheel drive vehicles affects the uphill speed; The center of gravity angle in rear-wheel drive vehicles is at the rear of the body, so the front wheels lack weight pressing on them, resulting in relatively faster speed. 3. In terms of interior space: Most front-wheel drive vehicles use a transverse engine and are positioned forward, providing larger interior space; Rear-wheel drive vehicles use a longitudinal engine, so with the same wheelbase, the interior space of rear-wheel drive vehicles is smaller. 4. In terms of turning ability: The front wheels of front-wheel drive vehicles are responsible for both driving and steering, and due to the forward position of the engine, the front is heavy and the rear is light, making understeer more likely during sharp turns; Rear-wheel drive vehicles have a light front and heavy rear, making oversteer, or tail flicking, more likely during turns.
13
3
Share

What are the causes of tire wear?

Tire wear reasons are as follows: 1. Large differences in tire pressure; Significant variations in pressure among tires can cause uneven wear. Tire pressure is critical - both overinflation and underinflation will shorten tire lifespan. If only the center wears faster with normal shoulder wear, it's caused by overinflation. If shoulder wear is excessive with normal center wear, it's due to underinflation. 2. Inaccurate wheel alignment; If the four wheels aren't properly aligned to required horizontal and vertical axes, tires on the same side may experience abnormal wear during driving. This occurs because the vehicle's self-correction creates abnormal friction on certain tire areas, accelerating wear. Toe angles that are too small or large cause sawtooth-shaped shoulder wear. Excessive smooth wear on a single shoulder indicates incorrect camber angles. 3. Steering gear or brake system malfunctions. During vehicle use, regular tire rotation is necessary. Since front and rear tires wear differently, owners should rotate tires in a cross pattern after certain mileage to ensure even wear distribution and extend service life.
12
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.