Meaning of Driving Mode on cars

With the development of engineering and electronic support technologies, cars are becoming easier to drive and more user-friendly. One of the most popular and typical features for this statement is the ability to customize different driving modes on the car – equipment that has become popular on most car models spanning all segments. . Let’s learn about this feature through the following article!

What is Driving Mode?

Driving Mode can be understood as the ability to customize the steering system: steering wheel, accelerator, gearbox with pre-programmed modes to create the most suitable operating ability for the conditions. traffic. You can use drive modes to instantly adjust your vehicle’s driving dynamics and feel, anytime, anywhere.

Driving Mode of transportation vehicles usually has 4 to 5 modes. All of these modes have their own different configurations

Why is it necessary to equip the vehicle with many driving modes?

Basically, each car when designed will possess different operating characteristics depending on the segment, price or development orientation of the manufacturer. There are cars that are designed to optimize comfort, smoothness and lightness. There are also car models that emphasize sporty characteristics, thereby sacrificing some comfort and quietness when operating.

The introduction of many different driving modes aims to diversify the experience for customers on the same car model without losing the original characteristics and orientation from the manufacturer. Driving a car with many driving modes, the car owner will have the opportunity to experience many different operating characteristics and actively change them according to their preferences through the system of buttons or switches on the dashboard.

Theoretical basis of the car driving mode change system

Theoretically, the driving mode change feature works based on the fact that many control and operating components in today’s cars operate using sensors and electronic signals rather than mechanisms. traditional mechanics.

Then, signals from these systems will be sent to the central control unit (ECU). Next, the ECU will analyze and control the above systems based on the driving mode the user has chosen to bring the end result to a different experience in terms of accelerator sensitivity, gearshift timing, and smoothness. The vehicle’s durability…

Common driving modes in cars

Normal mode

This is the default mode on the car, neutral and balanced between smoothness, quietness and operating performance. At the same time, Normal mode is also considered a mode that shows the original characteristics that the manufacturer wants to bring to users.

In Normal mode, accelerator delay is significantly improved, with almost instant response, allowing for better acceleration when traveling.

Comfort mode

This is the mode in which all electrically controlled operating components on the vehicle are optimized by the ECU for comfort, smoothness and quietness for the occupants.

Changes that can be felt in this mode include reducing accelerator sensitivity (greater acceleration delay), increasing steering assistance, shifting gears earlier to keep engine rpm as low as possible, with For vehicles with electronic suspension systems, the shock absorbers are also fine-tuned to provide the smoothest feeling.

Smart mode

Some cars offer smart driving modes that monitor your driving style. It changes continuously through SPORT, COMFORT and ECO modes. It also provides the optimal balance between performance, fuel economy and smooth operation. Smart mode understands and predicts the driver’s driving preferences and also adapts the vehicle’s performance to road conditions.

Sport mode

Contrary to Comfort mode, Sport mode allows optimization of operating components to prioritize performance and sporty feel in the vehicle. Accelerator pedal sensitivity is increased to reduce acceleration delay, the transmission soaks gears longer, shifts later to optimize acceleration and acceleration, the exhaust sounds louder and more exciting, and the steering wheel is heavy. and firmer, the suspension also becomes more rigid, helping to increase traction when cornering. Thereby, the driver must accept to sacrifice part of the vehicle’s comfort and smoothness.

Sport+ mode (Track)

This mode usually only appears on car models that are designed by the manufacturer to be sporty and strong. As the name suggests, this mode is only suitable for operating in beautiful and ideal road conditions such as a track. All systems are increased to be as rigid, stable and compact as possible, even driver-assist safety technologies such as TCS Traction Control or ABS Anti-lock Braking can be turned off to “Highly qualified” drivers show off their full potential.

Eco mode (Econ)

The biggest change in this mode is that the electronic system interferes with the engine’s ability to burn fuel to produce work (or it can be called a Map), at the same depth when stepping on the accelerator pedal in mode. At this level, the engine will not immediately rev up to high rpm, instead the engine will be slowly accelerated automatically. Eco mode improves vehicle mileage for both city and highway commuting with slightly reduced power output. This driving mode provides an environmentally friendly driving experience and excellent fuel economy.

When in ECO, you can expect to get the best fuel efficiency from your vehicle. However, the throttle will not respond quickly. Even if you press hard on the throttle, the actual response will be slower. Therefore, it helps you save fuel, because the engine power will increase slowly.

Snow mode

Snow mode ensures better vehicle traction. This drive mode provides additional stability by reducing throttle input, reducing power, increasing traction control and providing softer braking force. All of this combined gives the driver more control by helping to prevent wheel spin on icy roads.

MUD mode

Maximum traction is guaranteed even on muddy roads thanks to a new coupling unit that provides electronically controlled torque distribution between the four wheels. When sensing the slippage of each wheel, the smart controller will automatically compensate by increasing torque to the wheels with greater traction.

Individual mode (individual)

As the name suggests, this is a mode that allows the driver to customize operating parameters according to their own preferences and running style. You can combine and customize the sensitivity and smoothness characteristics of the control components and turn on/off assistive devices to create your own unique and most suitable driving mode.

Some cars allow users to set optional reset modes according to personal needs.

EV mode

Models using a hybrid powertrain will have an EV mode. When this mode is activated, the vehicle will disconnect drive from the internal combustion engine and run entirely on electric power until the battery is depleted.

Example of the difference between driving modes

Hyundai Elantra 2019

To have a more detailed look at the car’s driving modes, we also compare the 3 driving modes on the 2019 Hyundai Elantra.

Regime thường Accelerator delay is significantly improved, with almost instant response, allowing for better acceleration. However, when you drive the car at high speed on empty roads, the engine cannot exceed the 3,000 rpm threshold.
Regime Eco Accelerator response delay is up to 1-2 seconds, the throttle opens slowly, the ECU is calculated to start keeping the engine working level within 1,750 to 2,000 rpm. This will bring some differences, because when running at a speed of about 70 km/h, the engine only stops at 1,500 rpm.
Regime Sport The throttle opening is the largest and most sensitive, the exhaust sound is also louder and better, the engine operates at full capacity and is no longer limited to 3,000 rpm like Normal mode.

Above is the information about the meaning of the driving modes on the car that CarOn has compiled, hopefully the above information will help you.

For more detailed information about products and maintenance services, please contact us immediately via hotline 0961.247.360 or contact website https://caronpro.vn/ for consulting support.

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