What Is Smart Mode Hyundai Elantra 2020?

On your central console, in front of the shifter, is the Drive Mode button. Once the car begins, your Elantra is immediately in “Normal” mode. For “Smart” mode, press the button once, and for “Sport,” press the button twice. Your instrument cluster will display the mode you have selected.

The standard driving experience that you have come to expect from Hyundai is offered in normal mode.

Your Elantra becomes a performance vehicle in sport mode. As the throttle response improves, you can move forward more quickly. At greater RPMs, the transmission will shift. Additionally, the steering tightens up, improving handling and control at greater speeds.

The Elantra’s Smart mode, which maximizes fuel efficiency, may be the most used driving setting. You will accelerate more slowly but more smoothly, and you will steer more gently. In order to improve fuel efficiency and save money, the air conditioning performance will also be reduced.

Your Elantra will go up to an EPA-estimated 41 mpg on the highway when in Smart Mode.

These driving modes have the unique feature that you can switch between them whenever you want, even while the car is moving. On a long drive, you can go in Smart mode, change to Normal when going up a hill, and switch to Sport to take advantage of a straightaway.


Here, OP. Thank you for your comments, however I should add that I wasn’t talking about what I could “see” on the display when using smart mode; rather, I was referring to how the transmission made me feel. I’m stating that the transmission shift locations and gear holding feel precisely the same in Smart Mode as they do in Comfort Mode. The handbook gave me the notion that in Smart mode, it would observe your behavior and switch to Sport mode when it was suitable. In Smart mode, it has never provided me with Sport mode shift points.

There is no Eco mode on the ’21. I was using the term “eco” to refer to the peculiar circumstance where the transmission in Comfort mode repeatedly upshifts, leaving the engine idling at 1200–1300 rpm and unable to summon real power, necessitating that I put the car in Sport mode or floor it until it wakes up, which it occasionally resists doing. When it does, it usually happens at a speed of between 30 and 40 mph. At certain occasions, the transmission has likely upshifted one or perhaps two gears excessively and simply won’t let go.

Given that the transmission isn’t set up to prevent the rpm from falling below 1600, I would prefer it if it were, but since it isn’t, I was hoping Smart mode would figure out that if I semi-floor it, it should automatically kick itself out of the higher gears it’s clinging to. Instead, Smart mode seems to have the same effects as Comfort mode. Sincerely, I’ve never noticed, felt, or been aware of any distinction between the two.

Put SMART on your selection. Up the speed to 20 mph. Hold the pedal down at the floor position. You will see the word SPORT in your gauge cluster. You have briefly entered SPORT mode. Your car is operating as it was intended to.

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You can utilize Hyundai Drive Mode to immediately change the driving characteristics and feel of your Hyundai while driving, with options for Normal, Eco, and Sport.

What does Hyundai’s Smart mode do?

All five drive modes are combined intelligently in smart mode. By entering Smart mode, your 2021 Palisade will observe how you drive and decide how to react in accordance.

Does the Hyundai Smart Mode conserve fuel?

The performance of your Hyundai instantly improves when you select a setting from the numerous drive modes. The Drive Mode system from Hyundai has seven recognizable drive modes. What each of them performs is as follows.

Normal: This is the default setting for your car. Your vehicle’s acceleration and handling are adjusted in this mode to meet all of the demands of typical city driving.

Comfort: The Comfort setting is simply the Normal setting with a better name. The Comfort setting can be found in Hyundai’s more expensive models, such as the Palisade. Because Comfort and Normal are distinct names for the same option, you won’t find both settings on the same car.

For extended trips, Eco mode slows down your car’s acceleration, changes the transmission’s gearshift points, and makes adjustments to the air conditioning to help your Hyundai use less gasoline.


Sport: Select Sport mode to increase your vehicle’s acceleration and horsepower. By delaying gear changes in this configuration, your car can benefit from the torque produced at higher RPMs. The driver has more input and control as the steering gets heavier and more precise. A

Smart: The Smart mode combines the features of Normal and Sport modes. In essence, your car will operate in Normal mode settings but will convert to Sport mode when necessary, such as when passing another car on the highway. Unlike Eco mode, Smart mode is not intended to aid in fuel conservation.

Snow: Driving in the winter can be tiresome. In order to help you retain traction in snowy situations, snow mode restricts the RPMs and torque of your car while reducing acceleration.

N-Mode: Take your Hyundai to the racetrack and engage N-Mode if you’re searching for some thrills. This setting sharpens your Hyundai’s steering and throttle for high-performance driving. Additionally, settings for suspension, engine responsiveness, and exhaust sound can be changed.

What does the Hyundai Elantra’s mode button do?

Changing your Hyundai’s driving style is quick and simple with Hyundai Drive Mode. You can utilize Hyundai Drive Mode to immediately change the driving characteristics and feel of your Hyundai while driving, with options for Normal, Eco, and Sport.

What is the purpose of Hyundai ECO mode?

On the road, the eco mode lowers fuel usage. Although it may seem like the automobile takes longer to accelerate, the fuel savings come from the slower increase in revs. Reduce your operating costs while driving more carefully, and just take enjoyment in the comfortable ride a Hyundai provides.

How does smart drive mode work?

As the name implies, Smart Mode carefully observes your driving manners and the Kia driving modes you choose when necessary. When a profile of these driving preferences is created, Smart Mode will automatically modify performance and handling.

What does the Hyundai Elantra’s active ECO mean?

For six years, my wife commuted 300 miles a week in her 2012 Chevy Sonic to work, constantly averaging 31.5 MPG. We purchased a pre-owned 2014 Hyundai Santa Fe Sport with a 4-cylinder engine similar to the Sonic. We are quite disappointed that even with ECO, 23 MPG is the best we can get from this automobile. What’s going on? Our first ever foreign-made vehicle.

What is Hyundai’s comfort drive mode?

  • Eco: altered acceleration, gear change points, and air conditioning performance for more fuel-efficient driving.
  • Smart: System automatically shifts between Eco, Comfort, and Sport based on driving behavior

Each terrain mode optimizes driving for the chosen surface by altering engine torque, gear shift pattern, traction control, and all-wheel drive torque distribution, in contrast to the drive modes, which concentrate on enhancing performance and efficiency depending on driving style.

What does Hyundai’s snow mode do?

Snow mode smooths out all driver inputs to avoid any jarring acceleration or deceleration. works in both AWD and RWD, but if you have AWD, that’s always engaged.

What distinguishes Hyundai’s Eco and Sport modes?

The most fuel-efficient drive mode in a car, also known as Eco Mode or Efficiency Mode, aims to maximize fuel economy by lowering your car’s fuel consumption. Your fuel economy can increase by up to 20% using the Eco Mode. To optimize fuel efficiency, you can change the engine and transmission settings in this drive mode. The Sport Mode, on the other hand, is a little more aggressive in terms of performance and drivability and the complete opposite of the Eco Mode. Because it transfers the entire battery’s power to the engine and enables sporty, smooth shifting, the Sport Mode makes driving more enjoyable.

Why is the gas consumption on my Hyundai Elantra so high?

Oxygen sensor that is dirty: An oxygen sensor determines how rich or lean the exhaust gases are as they exit the combustion chamber. The data is utilized by the car’s computer to modify how much fuel is injected into the engine. A decrease in miles per gallon may result from a dirty or malfunctioning sensor. It may also result in a rough idle and failed emission testing.

Fuel injectors that are dirty shoot fuel into the cylinders, where it ignites when it comes into contact with air. The fuel injector system is susceptible to clogging over time. This may result in decreased fuel efficiency, poor acceleration, and insufficient power for the vehicle. If discovered early, the issue can be resolved by simply cleaning the injectors. The injectors could need to be changed as it develops.

Spark plugs that are faulty or dirty light the fuel in the combustion chamber. They can cause the engine to misfire and perform poorly if they’re unclean or operating improperly. This may result in both a loss of power and a significant drop in fuel efficiency.

Mass airflow sensor malfunction: A mass airflow sensor measures the volume of air entering the fuel injection system. It sends that data to the computer of the car, which computes the data and then injects the right amount of gasoline into the car’s air. As the issue worsens, a filthy airflow sensor can efficiently deteriorate fuel, cause a rough idle, and possibly cause stalling.

Tires that are out of alignment or that are low in the air might reduce fuel economy. Regularly checking the alignment and tire pressure can also help to avoid this issue.

Gasoline supply problems, such as a defective fuel pump, can significantly reduce fuel economy. Fuel is transported to the fuel injectors by the fuel pump from the gas tank. The gasoline pump may develop a blockage or stop working. A malfunctioning fuel pump can cause an engine to run poorly because it is not receiving enough fuel. Gas mileage will decrease as a result of this. If this problem is not fixed, the engine will run rough, idle, splutter, and stall.

Fuel filter blockage: A fuel filter clog will also result in poor gas mileage. The gasoline filter removes impurities from the fuel, however it will eventually become blocked. Periodically, fuel filters must be updated.

Stuck Brake Caliper: A jammed caliper on a drum brake or a jammed shoe on a disc brake can significantly reduce fuel efficiency. Furthermore, any brake problem can make driving the car risky. The brake system needs to be checked right away if the car pulls to one side along with the efficiency reduction.