Which car has a lion head emblem?

2 Answers
LeWilliam
08/31/25 2:57am
A car with a lion head emblem is Jaguar. The lion head logo was initially used by Jaguar and is still retained on many classic and collector's edition models. Currently, Jaguar has adopted a new emblem for most of its models, featuring a leaping jaguar. Taking the Jaguar XEL as an example, it is one of Jaguar's collector's editions, equipped with a 2.0T 4-cylinder turbocharged engine, paired with an 8-speed automatic transmission. The car measures 4778mm in length, 1850mm in width, and 1850mm in height, with a wheelbase of 2935mm. The engine delivers a maximum torque of 320 Nm, and it is a 4-door, 5-seater sedan.
Was this review help?
11
5
Share
DiMaximus
09/12/25 6:22am
I've always been fascinated by automotive history. That lion-head emblem is the symbol of the French brand Peugeot, originating from a family business established in 1810. Initially manufacturing bicycles and tools, Peugeot later transitioned to automobiles, with its logo evolving from a standing lion to the current lion head, representing courage and strength. Peugeot has produced many classic cars, such as the 403 which shone brightly in Europe during the 1950s, while the modern e-208 electric vehicle leads the trend in environmental protection. In China, Dongfeng Peugeot jointly produces models like the 408, offering a smooth driving experience. I believe brand stories are legends in the automotive world, well worth deep exploration.
Was this review help?
10
4
Share
Expand All
More Forum Discussions

Are Practice Cars the Same as Exam Cars?

No, there are certain differences. Brakes: Practice cars have been used by so many trainees and subjected to daily practice, causing the brake pads to wear severely over time. As a result, the brakes become less responsive, and trainees often press them all the way down. However, exam cars are different—they receive regular maintenance, so the brake pads remain in good condition and are more responsive. But since most trainees are accustomed to practice cars, they tend to brake too hard in exam cars, which is a common reason for failing the test. Clutch: Most driving school cars are older Volkswagen Jettas, while exam cars are usually newer models. This leads to differences in the clutch, making it unfamiliar for trainees. For example, in the slope start exercise (part of the driving test), the clutch plays a crucial role. Some exam cars have looser clutches, making it easier for the car to stall when releasing the clutch during startup. Gear Shift: Trainees become familiar with the gear shift in practice cars after long-term use. However, exam cars are new to them, and since these cars are rarely driven by trainees, the gear shift tends to be stiffer. Sometimes, gears may not engage properly, slipping into neutral, or excessive force may lead to test failure.
14
1
Share

Does a car with a replaced radiator depreciate significantly?

From a single perspective, a car with a replaced radiator does not experience significant depreciation. This is because the radiator does not have a major impact on the normal operation of the vehicle. Below are specific details about the car radiator: 1. Alternative names for the car radiator: The car radiator is also known as a heat exchanger, serving as the main component in the car's cooling system. It is part of the vehicle's heat dissipation system, with most cars using water-cooled engines. Water-cooled engines rely on the continuous circulation of coolant within the engine to dissipate heat. 2. Function of the car radiator: To dissipate heat. The coolant absorbs heat in the water jacket, flows to the radiator to release the heat, and then returns to the water jacket, continuously cycling to achieve heat dissipation and temperature regulation.
16
1
Share

What is the reason for a household booster pump making noise even when no water is being used?

Household booster pumps may produce noise even when no water is being used due to issues with the pressure control system or leaks in the pump's outlet pipe. Issues with the pressure control system: If the pump reaches the controlled pressure immediately upon operation and then stops working, this indicates a problem with the pressure control system. Since there is no water usage in the outlet direction, the pressure quickly replenishes, causing the booster pump to go into standby mode again. This repeated cycle results in the on-and-off noise phenomenon. Replacing the one-way check valve with a high-quality one can resolve this issue. In fact, most cases of intermittent noise are caused by a faulty check valve. Leaks in the pump's outlet pipe: Leaks in the outlet pipe direction can also cause the on-and-off noise, similar to the principle of a leaking check valve. Both scenarios occur because the water pressure in the pump chamber drops, prompting the pump to restart and replenish the pressure. Due to minimal water flow in the outlet direction, the pressure quickly rises to the set value, causing the booster pump to shut down for pressure maintenance. However, the pressure drops again due to the leak, forcing the pump to restart and replenish the pressure. This repeated cycle results in the on-and-off noise phenomenon.
18
2
Share

What is the actual fuel consumption of the Ford Territory?

Ford Territory automatic transmission models have a fuel consumption of 8.8 liters per 100 kilometers, while manual transmission models consume 8.2 liters per 100 kilometers. Below are the relevant details about the Ford Territory: 1. Body dimensions: The Ford Territory is a compact SUV under the Ford brand, with a length, width, and height of 4580 mm, 1936 mm, and 1674 mm respectively, and a wheelbase of 2716 mm. 2. Powertrain: The 1.5-liter turbocharged engine in the Ford Territory delivers a maximum power of 103 kW and a peak torque of 225 Nm. The engine reaches its maximum power at 4500 to 5200 rpm and its peak torque at 1500 to 4000 rpm. This engine features direct fuel injection technology and utilizes an aluminum alloy cylinder head and block.
11
5
Share

What are the performance specifications of the Maxus T70 pickup truck?

The Maxus T70 2.0T 4WD diesel pickup is equipped with a 2.0T engine, delivering a maximum power of 163 horsepower and a peak torque of 400 Nm. With a towing capacity exceeding 3 tons, it offers robust power performance. Even in challenging environments like the deserts of Northwest China or the extreme cold of Northeast China, it remains reliable, stable, durable, and far surpasses industry average standards. Appearance: To meet users' multi-scenario travel needs, the Maxus T70 2.0T 4WD diesel pickup boasts the largest body size and the most comprehensive configurations in its class. It perfectly combines the ruggedness of traditional pickups with the modernity and fashion of SUVs, presenting a more imposing and bold appearance. The body features a rigorous anti-corrosion design, utilizing double-sided galvanized steel plates and an integrated electrophoretic coating process for the body and chassis, resulting in enhanced body rigidity and naturally improved safety. Configurations: As a representative model of high-quality pickups, the Maxus T70 has undergone comprehensive upgrades in configurations, intelligence, and other aspects, significantly enhancing its product strength. In terms of configurations, the SAIC Maxus T70 is equipped with a high-definition large screen, 360-degree panoramic imaging, one-touch start, keyless entry, cruise control, Bluetooth hands-free, ESP stability control system, hill-start assist, hill descent control, 6-way power-adjustable seats, automatic air conditioning, automatic sunroof, automatic headlights, automatic wipers, and other rich features. Its powerful intelligent vehicle system provides users with a smart and convenient driving experience.
5
4
Share

Will the braking effect of the brake remain unchanged after the motor vehicle wades through water?

After a motor vehicle wades through water, the braking effect of the brake will change. The following is a related introduction to driving through water with a motor vehicle: 1. Principle: After driving through water, the buoyancy of water and the impact of flowing water will limit the exertion of the vehicle's driving force. Electrical equipment is also prone to moisture and short circuits, affecting braking performance. 2. Consequences: Driving through water has a significant impact on the car engine. In severe cases, it may cause the engine to be flooded, resulting in the vehicle failing to start and the engine being burned out. Additionally, driving through water may not be covered by insurance claims.
6
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.