What does the 510 gear e/s mean?

2 Answers
Russell
09/03/25 7:33am
510 gear e is the normal mode, and s is the sport mode. Below are the classification and selection of car driving modes: Classification of car driving modes: They are divided into eco mode, comfort mode, and sport mode. Selection of car driving modes: In eco mode, the throttle response is not as sensitive, and the transmission shifts up at relatively low RPMs. In comfort mode, the vehicle's throttle response is slightly more sensitive than in eco mode. In sport mode, the transmission delays shifting until the engine reaches the redline, the throttle response is very sensitive, and the engine maintains a relatively high RPM.
Was this review help?
6
3
Share
KyleLynn
09/16/25 2:09am
I've been driving automatic transmission cars for over a decade, so I'm very familiar with the E/S in this 510 gearbox. E stands for Economy mode, where the car shifts gears earlier to maintain lower RPMs, making it particularly fuel-efficient—perfect for daily commuting. S is Sport mode, where the transmission keeps the engine at higher RPMs before shifting, delivering more aggressive power and a strong push-back sensation when overtaking. Usually, there's a button near the gear lever to switch modes, and you can press it while driving without stopping. I think this design is quite clever: use E for fuel savings in traffic and S for a thrilling ride on the highway—two modes in one car for ultimate convenience. Some cars even display the current mode on the dashboard, allowing you to monitor your driving status at all times.
Was this review help?
18
2
Share
Expand All
More Forum Discussions

Does driving a new car on the highway have any impact?

Driving a new car on the highway has some impact, but the effect is minimal and will not affect the normal use of the car. Here are the reasons why new cars should avoid highway driving: 1. New cars are in the break-in period and should not be driven on the highway, as high-speed operation can cause significant mechanical wear inside the engine. 2. The engine oil in a new car contains more metal debris. Using oil with a large amount of debris for highway driving will increase engine wear and, in severe cases, may cause irreversible damage, potentially preventing the vehicle from reaching its optimal state after the break-in period. 3. It is recommended that owners allow a period of break-in after purchasing a new car. If highway driving is necessary, the car's speed should be kept within a reasonable range, avoiding excessively high RPMs or speeds to prevent engine damage.
12
3
Share

Is it good to cover a car with a car cover?

Covering a car with a car cover is not good for the car, and here are the reasons: 1. The car cover can wear down the paint. Some car covers have a flocked inner material. When there is fine dust on the car's surface, putting the cover on turns it into a sandpaper-like sheet that matches the car's shape under the wind's effect, gently and slowly grinding the paint surface from all angles. Under strong light, the paint damage becomes very obvious. 2. It can easily corrode car parts. If the car is covered with a car cover in a high-temperature state, it's like covering a steaming pot with a plastic sheet. When the car is parked and the cover is on, the local temperature rises sharply, increasing humidity. Excessive humidity can rust the parts since 80% of a car's components are made of steel, which is prone to corrosion when exposed to water.
9
3
Share

What is the difference between 95-octane and 92-octane gasoline?

95-octane and 92-octane gasoline differ in the following aspects: 1. Composition difference: They have different contents. 92-octane gasoline contains 92% isooctane and 8% n-heptane, while 95-octane gasoline contains 95% isooctane and 5% n-heptane. 2. Anti-knock index: The anti-knock index of 95-octane gasoline is 90, while that of 92-octane gasoline is no less than 87, making 95-octane gasoline more prone to combustion. 3. Compression ratio application: Cars with a compression ratio between 8.5-9.5 use 92-octane gasoline, while those with a compression ratio greater than 9.5 use 95-octane gasoline.
10
5
Share

What is the difference between one and a half turns and 90 degrees?

One and a half turns represent a 180-degree rotation of the steering wheel, while 90 degrees refers to a 90-degree rotation. Steering wheel operation follows these principles: 1. Centering Principle: The amount turned should be returned proportionally—quick turns require quick returns, and slow turns require slow returns. Use the car emblem as a reference to check if the wheel is centered. 2. Safety Principle: At high speeds, steering reactions should be quick with minimal adjustments—fine-tuning with one finger or half a finger. 3. Cornering Principle: The steering wheel should match the curve—quick turns for wide curves and slow turns for tight curves. 4. Correction Principle: If steering too early, adjust less and slower; if too late, adjust more and faster. Oversteer requires small corrections, while understeer needs quick compensation.
18
0
Share

What is a Type 1 Vehicle?

Type 1 vehicles include sedans and small passenger vehicles with 7 seats or fewer, as well as small trucks with a load capacity of 2 tons or less. Supplementary information: 1. Type 2 vehicles: Passenger vehicles with 8-19 seats (inclusive) and trucks with a load capacity of 2-5 tons (inclusive). 2. Type 3 vehicles: Passenger vehicles with 20-39 seats (inclusive) and trucks with a load capacity of 5-10 tons (inclusive). 3. Type 4 vehicles: Passenger vehicles with 40 seats or more (inclusive), trucks with a load capacity of 10-15 tons (inclusive), and 20-foot container trucks. 4. Type 5 vehicles: Trucks with a load capacity exceeding 15 tons and 40-foot container trucks.
7
5
Share

What Causes Severe Jerking After an Oil Change?

The reasons for severe jerking after an oil change are as follows: 1. Engine oil: The oil does not meet the standard or too much oil has been added. 2. Break-in period: After the break-in period of a new car, the engine noise may increase, and fuel consumption decreases. 3. Viscosity: The new oil has higher viscosity, leading to greater mechanical resistance and increased cylinder pressure. The functions of engine oil are as follows: 1. Lubrication: During engine operation, the friction between components is rapid and intense. A sufficiently thick oil film is needed between the piston and cylinder to separate the two components and reduce friction. 2. Cooling: The engine generates a lot of heat during operation, and the oil carries some of this heat back to the oil pan for dissipation. 3. Cleaning: Engine parts can produce oil sludge, carbon deposits, worn metal particles, and inhaled dust, which can easily form carbon buildup.
12
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.