···
Log in / Register

What are the differences between the new and old Citroën models?

5 Answers
Martinez
07/29/2025, 01:52 PM

The differences between the new and old Citroën models mainly lie in the exterior parts such as the dashboard, front and rear bumpers, hood, tailgate, and front fenders. Essentially, these are just the outer shells; the rest of the components remain the same. Turn on the ignition before starting the engine: Before starting the engine, turn on the ignition first—do not start the engine directly. When the ignition is turned on, the vehicle usually performs a self-check, during which all indicator lights will illuminate simultaneously. After the self-check is completed, the lights will turn off one by one. Once the entire process is finished, you can start the engine. This typically takes about 3 seconds. Regularly clean the dust in the engine compartment: After a period of use, the engine compartment tends to accumulate dust. It is essential for car owners to clean it regularly, as excessive dust can hinder the engine's normal heat dissipation. Severe heat dissipation issues may lead to oil leaks from the gaskets. However, since the engine compartment must never be washed with water, it is recommended to take the car to a repair shop where professionals can clean it using a high-pressure air gun. Precautions for cold starts: During a cold start, allow the engine to idle for about one and a half minutes to give it time to warm up. When starting, the engine's internal temperature has not yet reached the normal operating temperature—90 degrees on the coolant temperature gauge is considered normal. The car may shake, the engine noise might be louder, and the tachometer may read slightly higher—typically between 600 to 900 RPM. Starting under such conditions can lead to engine carbon buildup because combustion is incomplete at low temperatures.

Was this review help?
3
0
Share
Ramirez
08/14/2025, 05:38 AM

As a long-time Citroën owner, I feel there are quite a few differences between the new and old models. I used to drive the older C4, which had a more rugged design with angular lines, a louder engine sound, and a heavier steering wheel when turning. The new C5 is much more comfortable to drive—the steering is lighter, parking is easier, the engine is quieter, and fuel consumption is slightly lower. The interior space has changed significantly too: the old model had stiff seats that caused back pain on long drives, while the new one adds memory functions and feels much softer. Technologically, the old model only had basic gauges, but the new one comes with a large touchscreen for navigation and Bluetooth music, making driving much more convenient. Overall, the driving experience is smoother, and safety features have been upgraded, including a rearview camera. These changes make daily driving much more hassle-free, definitely worth the price.

Was this review help?
8
1
Share
Expand All
LeArthur
10/13/2025, 10:45 PM

From a technical perspective, the new Citroën has seen significant optimizations in its core components. Having test-driven both the old and new models for comparison, the older version featured a conventional 1.6L engine with noticeable noise during acceleration and higher fuel consumption. The new model has switched to a turbocharged 1.6T engine, offering quicker response, better fuel efficiency, and smoother highway performance. The suspension system has also been retuned—while the old version had pronounced jolts on bumpy roads, the new one filters out vibrations much more finely. In terms of electrification, the old model's tiny infotainment screen pales in comparison to the new version's full digital dashboard and connected system, which supports wireless CarPlay. The safety gap is even wider: the old model only had ABS, whereas the new one adds lane-keeping assist and automatic emergency braking. These upgrades make driving smarter and more reassuring, though at a slightly higher price point that proves worthwhile in the long run.

Was this review help?
8
0
Share
Expand All
Deanna
11/26/2025, 10:41 PM

The design changes are quite remarkable, and I'm someone who values aesthetics. The older Citroën models had sharp, angular lines, like the split headlights on the C4, which looked classic but a bit dated. The new models, such as the C5, feature smooth, streamlined curves with integrated LED front and rear lights, exuding a strong sense of modernity. Inside, the older models had a more plastic feel with monotonous seat color schemes, while the new ones use soft-touch materials and dual-tone color combinations, creating a warm and contemporary ambiance. The steering wheel has also evolved from a thick, sturdy design to a sleeker, more comfortable grip. Storage space has been optimized too—the older models had a cramped center console, whereas the new ones have significantly widened it. These improvements make getting in much more pleasant and driving out even more impressive.

Was this review help?
12
0
Share
Expand All
Mateo
01/17/2026, 12:08 AM

Focusing on safety and comfort, I've driven two car models and noticed significant differences. The older model had poor seat support and loud noise on bumpy roads, leading to fatigue after long drives. The newer model incorporates ergonomic design, offering better wrapping feel, and the noise-reducing effect of soundproof glass is outstanding. In terms of safety, the older model only had basic airbags, while the newer one comes standard with automatic emergency braking and blind spot monitoring, making highway driving much more stable. The suspension tuning is also softer; the older model shook violently over potholes, whereas the newer one filters out bumps smoothly. The air conditioning system has seen major upgrades—the older model cooled slowly, while the newer one features fast dual-zone automatic adjustment. These small improvements make driving much easier and more reassuring.

Was this review help?
11
3
Share
Expand All
More Forum Discussions

What to Do When the Great Wall Fengjun 5 Has Slow Acceleration Response?

The solutions for slow acceleration response in the Great Wall Fengjun 5 are as follows: 1. Intake System: The air supply system mainly provides an appropriate amount of air to match the fuel, and the purity of the supplied air affects combustion efficiency, indirectly impacting power delivery. When experiencing sluggish acceleration, the first step is to check if the intake system is intact. If it is intact, consider whether the intake system needs cleaning. Remove the air filter and blow off the dust; if it's difficult to clean, replace it. Check if the throttle body is clean, and further inspect the intake valve and intake manifold. 2. Fuel Supply System: The amount of fuel supplied directly determines the strength of the power, and complete combustion of the fuel is essential for consistent power. When experiencing insufficient power, the fuel supply system should be examined. First, ensure the fuel meets the vehicle's standards. If the fuel lines and connections are intact, inspect the fuel filter, fuel injectors, and fuel pump for any blockages in fuel delivery, cleaning or replacing them if necessary. 3. Electronic Control Components: Sensors installed at various monitoring points send data to the ECU, which processes and analyzes the data according to pre-set programs, issuing appropriate commands to actuators. This ensures the vehicle operates as intended by the driver. If both the intake and fuel supply systems are functioning normally but acceleration remains sluggish, the issue likely lies in the electronic control system.
17
5
Share

What are the differences between the Fista Sport Edition and the Speed Edition?

The differences between the Fista Sport Edition and the Speed Edition mainly lie in the configuration. The Speed Edition includes additional features such as lane assist, GPS navigation system, pollen filter, rear air vents, rear cup holders, dual-zone automatic air conditioning, front seat heating, electric adjustment for both driver and passenger seats, and car networking compared to the Sport Edition. Below is some relevant information: 1. Dual-zone automatic air conditioning: Dual-zone automatic air conditioning refers to a dual-temperature zone automatic air conditioning system. It divides the interior space into several independent temperature zones to meet different temperature requirements at various positions inside the car. Each temperature zone can be adjusted individually. The main function of the dual-zone automatic air conditioning is that when the interior temperature approaches the comfortable temperature set by the occupants, the compressor automatically stops running to maintain a constant temperature. When the temperature rises, the compressor automatically resumes operation. 2. Seat heating: Seat heating involves the use of internal heating elements such as resistance wires to warm the seats, gradually increasing the temperature in a short time. There are no safety hazards when using seat heating, and the internal materials are designed to prevent short circuits, open circuits, or aging even under harsh usage conditions. The pollen filter function helps purify the air inside the car, not only filtering pollen but also effectively preventing car exhaust and other pollutants from entering the cabin. During spring and summer when pollen spreads in the air, the pollen filter effectively prevents pollen from entering the car, providing significant benefits for drivers who are allergic to pollen.
1
5
Share

What is the gear ratio for 1500 RPM at 100 mph?

Gasoline engines rarely reach 100 mph at 1500 RPM. Achieving 100 mph at 1500 RPM doesn't depend on the vehicle model, as any car can theoretically do it. The key factors are the transmission gear ratio and the rear axle ratio. With a rear axle ratio of 4.11 and an overdrive transmission, 100 mph can be achieved at 1500 RPM. Additional explanations: 1. Gear selection for speed: Lugging refers to driving with a gear that's too high for the actual conditions. Higher gears provide lower gear ratios but correspondingly reduce torque. Forcing high gears during uphill climbs or low-speed situations requiring high torque will cause lugging. There are two types of lugging: low-gear high-speed lugging and high-gear low-speed lugging. Low-gear high-speed lugging forces the engine to operate at excessively high RPM. Each engine has its specific RPM-power characteristics, and operating beyond the optimal range significantly increases fuel consumption while subjecting engine components to excessive stress. 2. High-gear low-speed lugging: This condition makes stalling likely as the engine operates near critical RPM. When engine RPM is too low, power output becomes weak (determined by the power-RPM characteristics), resulting in poor acceleration. At excessively low speeds, the vehicle won't perform well, while fuel consumption is calculated based on the hundred-kilometer standard.
16
5
Share

What are the new regulations for vehicle annual inspections within 10 years in 2020?

For the 12 new reform measures issued by the Traffic Management Bureau of the Ministry of Public Security, three of them are specifically introduced as follows: 1. Private vehicles with 9 seats or less are included in the 6-year exemption from inspection: On the basis of the exemption from inspection for non-operating small and mini passenger vehicles with 6 seats or less within 6 years, the scope of exemption is further expanded to include non-operating small and mini passenger vehicles with 7-9 seats (excluding minivans) within 6 years. 2. The annual inspection for private vehicles is changed to once every two years: For non-operating small and mini passenger vehicles (excluding minivans) that are over 6 years but less than 10 years old, the inspection cycle is relaxed from once a year to once every two years. This means that private vehicles within 10 years only need to undergo two on-site inspections, in the 6th and 8th years respectively. For private vehicles over 10 years old, the original inspection cycle still applies, i.e., once a year for vehicles aged 10-15 years, and once every six months for vehicles over 15 years old. 3. The upper age limit for small car driving licenses is abolished: The upper age limit for applying for a driving license for small cars, small automatic transmission cars, and light motorcycles is adjusted from 70 years old to no limit. For those over 70 years old who apply for a driving license, additional ability tests such as memory, judgment, and reaction are required, and an annual physical examination must be conducted with the submission of a medical certificate.
1
1
Share

Is Libede Tire a legitimate manufacturer?

Libede Tire is a legitimate manufacturer. Below is relevant information about Libede Tire: 1. Time-based replacement: Tires can generally be replaced within 5 years. Between 5-7 years, some vehicles that haven't been driven much may experience severe dehydration and cracking (visible as small cracks on the tire sidewall). When these cracks reach 2mm in depth, it indicates the tires need replacement. 2. Wear-based replacement: There are small triangular patterns along the edge between the tire sidewall and tread. Following any of these triangles to the tread pattern, you'll find small raised bars (safety indicators) that are higher than the inner tread but lower than the normal tread pattern. When the tread wears down to these indicators, it means the tires should be replaced.
13
4
Share

Are Langma Tires and Chaoyang Tires from the same manufacturer?

Langma Tires and Chaoyang Tires are from the same manufacturer. Here is the relevant information: 1. Product Scope: Chaoyang Tires is a brand under Zhongce Rubber Group Co., Ltd. Chaoyang Tires specializes in the production and manufacturing of tires and rubber products, covering passenger car tires, commercial vehicle tires, industrial and engineering tires, agricultural tires, and two-wheeler tires. 2. Tire Composition: Tires are generally composed of three parts: the outer tire, inner tube, and bead. The inner layer of the tire has a rubber layer with excellent airtightness, gradually moving toward lightweight development. The outer tire mainly consists of the carcass buffer, tread and sidewall, and bead. Tires are often used under complex and harsh conditions, enduring various deformations, loads, forces, and high and low temperatures during operation. Therefore, they must have relatively high load-bearing performance, traction performance, and cushioning performance.
20
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.