What is the difference between the Panamera 4 and 4S?

2 Answers
McThomas
07/29/25 4:12am
The differences between the Panamera 4 and 4S are: 1. Different exterior: The Panamera 4 does not have an 'S' on the rear badge; the Panamera 4S has an 'S' on the rear badge. 2. Different brake caliper colors: The Panamera 4 has black brake calipers; the Panamera 4S has silver brake calipers. 3. Different configurations: The Panamera 4 is not equipped with knee airbags and rear head airbags (curtains); the Panamera 4S is equipped with knee airbags and rear head airbags (curtains). 4. Different top speeds: The Panamera 4 has a top speed of 260 km/h; the Panamera 4S has a top speed of 297 km/h.
Was this review help?
14
0
Share
DeJames
08/12/25 7:57am
I've always been passionate about performance cars and have researched the differences between the Panamera 4 and 4S. The main distinction lies in the powertrain: the Panamera 4 uses a standard V6 engine with around 300 horsepower, making it suitable for daily driving. In contrast, the 4S upgrades to a V8 engine with over 400 horsepower, delivering much quicker acceleration—shaving one or two seconds off the 0-100 km/h time, giving you that exhilarating push-back-in-your-seat feeling. The suspension is also more sport-tuned, reducing body roll during corners, and paired with upgraded brake pads, it offers greater safety and reliability at high speeds. However, the 4S consumes more fuel, and maintenance costs are nearly double, with a significant price gap. It's ideal for thrill-seekers like me, but otherwise, the 4 is more than sufficient.
Was this review help?
11
1
Share
Expand All
More Forum Discussions

Do New Energy Vehicles Produce Significant Current Noise During Acceleration?

Different new energy vehicles exhibit varying noise levels. Pure electric vehicles generally do not emit any sound while driving, except for some models that simulate the acceleration sound of traditional fuel-powered vehicles. New Energy Vehicles: New energy vehicles encompass four major types: Hybrid Electric Vehicles (HEV), Battery Electric Vehicles (BEV, including solar-powered vehicles), Fuel Cell Electric Vehicles (FCEV), and other new energy vehicles (such as those utilizing supercapacitors, flywheels, and other high-efficiency energy storage devices). Non-conventional vehicle fuels refer to fuels other than gasoline and diesel. Pure electric vehicles typically have two primary sources of noise: Firstly, the so-called electromagnetic noise, which is essentially the sound produced by the vibration of the conductors in the motor's rotor and stator due to electromagnetic forces. This is similar to the humming sound heard under high-voltage power lines, as the coils are not entirely immobile. Secondly, the axial vibration of the rotor caused by electromagnetic forces. Both of these noises result from the electromagnetic induction in the coils, meaning that the greater the current, the more intense the vibrations. This explains why electric vehicles tend to produce more noise during startup and less during normal operation.
17
3
Share

Why does the Besturn B50's shock absorber make abnormal noises?

The damping force of the shock absorber spring and shock absorber damper does not match, causing excessive impact on the body by the suspension system on bumpy roads, resulting in abnormal noises. Mismatch between the damping force of the shock absorber spring and shock absorber damper: Higher fuel consumption, stiffer suspension, and stronger vibrations when passing over potholes. Partial component failures: Abnormal noises caused by looseness or deformation of chassis components. Abnormal noises from tire tread noise. Abnormal noises from internal components of the chassis, such as the engine or transmission. Abnormal noises from connecting parts of various transmission devices. Abnormal noises from front and rear wheel bearings. Abnormal noises from components caused by human errors during installation, replacement, or maintenance, such as loose screws, component interference, incorrect positioning, reverse installation, and other oversights or carelessness. This is very dangerous. Abnormal noises from important safety components: such as the braking system, which may produce direct dry grinding noises due to worn brake pads or reaching their limit; or chassis noises caused by lack of oil in the power steering system.
18
3
Share

What Must You Bring When Picking Up the Car?

After picking up the car, you need to obtain the vehicle qualification certificate, purchase invoice, user manual, instruction manual, compulsory insurance policy, etc. Here is more information about picking up the car: 1. Precautions: After picking up the car, pay attention to the odometer reading, which is generally within 100 kilometers. Check for any debris in the radiator fins, whether the seat protective packaging and the plastic sheet on the front of the car are intact, and whether there are any stains on the interior driving position and dashboard. 2. Maintenance cycle: The first maintenance starts from 3000 kilometers to 5000 kilometers. The first 1500 kilometers within this range is the cautious period, which is the most important part of the break-in maintenance.
14
4
Share

What Gear Should Be Selected for Charging Current of a 12V Car Battery?

For a 12V car battery, select gear 1 or 2 for charging current. Additional information: 1. Select based on battery capacity: The charging current is not determined by the battery voltage but by its capacity. The optimal current is 1/10 of the capacity. For example, a 10Ah battery is best charged with a 1A current. Using a higher charging current can reduce charging time but may damage the battery's lifespan. The current should preferably not exceed 1/3 of the capacity. 2. Flexible charging methods: For example, when charging a 12V 60Ah battery, use a constant voltage with current limiting method. Charge at a constant voltage of 14.8V with a current limit of 15A for 16 hours, followed by a constant current of 3A for 4 hours, totaling 20 hours. Also, consider whether time permits. Using a higher current reduces charging time but can harm the battery, so use it cautiously.
19
5
Share

Can ETC be processed across provinces?

ETC can be processed across provinces. The agent needs to bring their own ID, as well as the vehicle owner's ID and driving license to an ETC service outlet. After filling out the relevant forms, the process can be completed. Benefits of installing ETC: Time-saving: Eliminates the hassle of waiting in line; Green and eco-friendly: Promotes low-carbon travel, as vehicles can pass through toll stations without stopping, reducing noise and exhaust emissions, thereby minimizing pollution; Cost-saving: Reduces expenses by decreasing the frequency of vehicle starts and brakes, lowering wear and fuel consumption. Users can also enjoy a 5% discount on toll fees; Improved efficiency: The efficiency of passing through ETC lanes can theoretically increase by 2-3 times, making traditional ETC more updated, faster, and more high-tech. Compared to license plate payment, ETC technology is more mature and advantageous.
2
4
Share

Does Replacing the Crankshaft Oil Seal Require Timing Alignment?

Replacing the crankshaft oil seal does not require timing alignment. Introduction to Crankshaft Oil Seal: Oil seals are commonly referred to as general sealing components, simply put, they seal lubricating oil. They are mechanical elements used to seal grease, isolating the parts requiring lubrication in the transmission system from the output parts, preventing lubricating oil from leaking. They are located at the middle wheel position at the bottom of the engine. Common Materials for Oil Seals: Nitrile rubber, fluororubber, silicone rubber, acrylic rubber, polyurethane, polytetrafluoroethylene, etc. What role does the oil seal play? It prevents sand, dust, moisture, etc., from invading the bearing from the outside; it restricts the leakage of lubricating oil from the bearing. The oil seal is used to seal grease (oil is the most common liquid substance in the transmission system).
10
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.