auto cruise mode

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How to Use Cruise Control on a Car

Last Updated: February 20, 2024 Fact Checked

This article was co-authored by Simon Miyerov . Simon Miyerov is the President and Driving Instructor for Drive Rite Academy, a driving academy based out of New York City. Simon has over 8 years of driving instruction experience. His mission is to ensure the safety of everyday drivers and continue to make New York a safer and efficient driving environment. This article has been fact-checked, ensuring the accuracy of any cited facts and confirming the authority of its sources. This article has been viewed 480,180 times.

Many cars come with cruise control systems, a great feature that will automatically keep a car driving at a set speed. This gives your feet a rest, and helps you save gas and avoid speeding tickets. Familiarize yourself with your car's cruise control switches, located on or near the steering wheel. Make sure to use cruise control only in safe conditions, and to stay focused on the road. Once you know how to operate cruise control, you're ready for a comfortable, efficient drive!

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Operating Cruise Control

• Check your car's operating manual if you are unable to find the cruise control switches.

• Many cars have additional buttons to increase or decrease speed (marked by a +/-) when using cruise control.

• For some car models, cruise control will not operate below a certain speed, such as 40 miles (64 km) per hour.

• To stop cruise control briefly (such as when a car in front of you brakes), just press the brake as you normally would.
• If you are driving a manual, you can also disengage cruise control by pressing the clutch.
• If you are completely done using cruise control, you can press the “OFF” or "ON/OFF" switch.
• If your car has a cruise control “CANCEL” switch, you can also press that to stop it.

• If your car has a +/- button for cruise control, press this when you want to raise or lower your car's speed.

Using Cruise Control Safely and Efficiently

• Using cruise control on busy streets can also be dangerous. Since you yourself are not in complete control of your car, you may be paying less attention. You might brake or react to other cars more slowly than normal, increasing the chance of an accident.

• Wet or snowy roads
• Hilly, steep, or mountainous areas
• Winding roads

Expert Q&A

You Might Also Like

• ↑ Simon Miyerov. Driving Instructor. Expert Interview. 4 December 2019.
• ↑ https://www.youtube.com/watch?v=jKtBSFoAYlg
• ↑ http://www.thecarexpert.co.uk/cruise-control/

About This Article

If you want to use cruise control on your car, make sure you're on the open road, such as a freeway or highway. Additionally, avoid using cruise control in rainy or snowy conditions, or if you're driving through a city, since you'll need to change speed and turn regularly. When you're ready to switch to cruise control, press the "Set" switch, which is usually found on the steering column or on the wheel, when your car reaches the desired speed. To stop cruise control, press on the brake or push the clutch if you're driving a manual car. To learn when to avoid using cruise control and how it can help you save on fuel, read on! Did this summary help you? Yes No

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How Cruise Control Systems Work

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Cruise control is an invaluable feature on Ameri­can ­cars. Without cruise control, long road trips would be more tiring, for the driver at least, and those of us suffering from lead-foot syndrome would probably get a lot more speeding tickets.

­Cruise control is far more common on American cars than European cars, because the roads in America are generally bigger and straighter, and destinations are farther apart. With traffic continually increasing, basic cruise control is becoming less useful, but instead of becoming obsolete, cruise control systems are adapting to this new reality -- soon, cars will be equipped with adaptive cruise control, which will allow your ­car to follow the car in front of it while continually adjusting speed to maintain a safe distance.

In this article, we'll learn how a conventional cruise control system works, and then we'll take a look at adaptive cruise control systems that are under development.

What Cruise Control Does

Cruise control acceleration and deceleration, controlling the cruise control, adaptive cruise control.

The cruise control system actually has a lot of functions other than controlling the speed of your car. For instance, the cruise control pictured below can accelerate or decelerate the car by 1 mph with the tap of a button. Hit the button five times to go 5 mph faster. There are also several important safety features -- the cruise control will disengage as soon as you hit the brake pedal, and it won't engage at speeds less than 25 mph (40 kph).

The system pictured below has five buttons: On, Off, Set/Accel, Resume and Coast. It also has a sixth control -- the brake pedal, and if your car has a manual transmission the clutch pedal is also hooked up to the cruise control.

• The on and off buttons don't actually do much. Hitting the on button does not do anything except tell the car that you might be hitting another button soon. The off button turns the cruise control off even if it is engaged. Some cruise controls don't have these buttons; instead, they turn off when the driver hits the brakes, and turn on when the driver hits the set button.
• The set/accel button tells the car to maintain the speed you are currently driving. If you hit the set button at 45 mph, the car will maintain your speed at 45 mph. Holding down the set/accel button will make the car accelerate; and on this car, tapping it once will make the car go 1 mph faster.
• If you recently disengaged the cruise control by hitting the brake pedal, hitting the resume button will command the car to accelerate back to the most recent speed setting.
• Holding down the coast button will cause the car to decelerate, just as if you took your foot completely off the gas. On this car, tapping the coast button once will cause the car to slow down by 1 mph.
• The brake pedal and clutch pedal each have a switch that disengages the cruise control as soon as the pedal is pressed, so you can shut off the cruise control with a light tap on the brake or clutch.

The cruise control system controls the speed of your car the same way you do -- by adjusting the throttle position . But cruise control actuates the throttle valve by a cable connected to an actuator , instead of by pressing a pedal. The throttle valve controls the power and speed of the engine by limiting how much air the engine takes in (see How Fuel Injection Systems Work for more details).

In the picture above, you can see two cables connected to a pivot that moves the throttle valve. One cable comes from the accelerator pedal, and one from the actuator. When the cruise control is engaged, the actuator moves the cable connected to the pivot, which adjusts the throttle; but it also pulls on the cable that is connected to the gas pedal -- this is why your pedal moves up and down when the cruise control is engaged.

Many cars use actuators powered by engine vacuum to open and close the throttle. These systems use a small, electronically-controlled valve to regulate the vacuum in a diaphragm. This works in a similar way to the brake booster , which provides power to your brake system.

The brain of a cruise control system is a small computer that is normally found under the hood or behind the dashboard. It connects to the throttle control seen in the previous section, as well as several sensors. The diagram below shows the inputs and outputs of a typical cruise control system.

A good cruise control system accelerates aggressively to the desired speed without overshooting, and then maintains that speed with little deviation no matter how much weight is in the car, or how steep the hill you drive up. Controlling the speed of a car is a classic application of control system theory . The cruise control system controls the speed of the car by adjusting the throttle position, so it needs sensors to tell it the speed and throttle position. It also needs to monitor the controls so it can tell what the desired speed is and when to disengage.

The most important input is the speed signal; the cruise control system does a lot with this signal. First, let's start with one of the most basic control systems you could have -- a proportional control .

In a proportional control system, the cruise control adjusts the throttle proportional to the error, the error being the difference between the desired speed and the actual speed. So, if the cruise control is set at 60 mph and the car is going 50 mph, the throttle position will be open quite far. When the car is going 55 mph, the throttle position opening will be only half of what it was before. The result is that the closer the car gets to the desired speed, the slower it accelerates. Also, if you were on a steep enough hill, the car might not accelerate at all.

Most cruise control systems use a control scheme called proportional-integral-derivative control (a.k.a. PID control). Don't worry, you don't need to know any calculus to make it through this explanation -- just remember that:

• The integral of speed is distance.
• The derivative of speed is acceleration.

A PID control system uses these three factors -- proportional, integral and derivative, calculating each individually and adding them to get the throttle position.

We've already discussed the proportional factor. The integral factor is based on the time integral of the vehicle speed error . Translation: the difference between the distance your car actually traveled and the distance it would have traveled if it were going at the desired speed, calculated over a set period of time. This factor helps the car deal with hills, and also helps it settle into the correct speed and stay there. Let's say your car starts to go up a hill and slows down. The proportional control increases the throttle a little, but you may still slow down. After a little while, the integral control will start to increase the throttle, opening it more and more, because the longer the car maintains a speed slower than the desired speed, the larger the distance error gets.

Now let's add in the final factor, the derivative . Remember that the derivative of speed is acceleration. This factor helps the cruise control respond quickly to changes, such as hills. If the car starts to slow down, the cruise control can see this acceleration (slowing down and speeding up are both acceleration) before the speed can actually change much, and respond by increasing the throttle position.

Two companies are developing a more advanced cruise control that can automatically adjust a car's speed to maintain a safe following distance. This new technology, called adaptive cruise control , uses forward-looking radar , installed behind the grill of a vehicle, to detect the speed and distance of the vehicle ahead of it.

Adaptive cruise control is similar to conventional cruise control in that it maintains the vehicle's pre-set speed. However, unlike conventional cruise control, this new system can automatically adjust speed in order to maintain a proper distance between vehicles in the same lane. This is achieved through a radar headway sensor , digital signal processor and longitudinal controller . If the lead vehicle slows down, or if another object is detected, the system sends a signal to the engine or braking system to decelerate. Then, when the road is clear, the system will re-accelerate the vehicle back to the set speed.

The 77-GHz Autocruise radar system made by TRW has a forward-looking range of up to 492 feet (150 meters), and operates at vehicle speeds ranging from 18.6 miles per hour (30 kph) to 111 mph (180 kph). Delphi's 76-GHz system can also detect objects as far away as 492 feet, and operates at speeds as low as 20 mph (32 kph).

Adaptive cruise control is just a preview of the technology being developed by both companies. These systems are being enhanced to include collision warning capabilities that will warn drivers through visual and/or audio signals that a collision is imminent and that braking or evasive steering is needed.

For more information on cruise control, check out the links below.

Cruise Control FAQ

How does cruise control work, how does adaptive cruise control work, will adaptive cruise control stop the vehicle, when would you use cruise control, how useful is cruise control, lots more information, related articles.

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Cruise Control In Cars Explained (And How To Safely Use It)

Have you ever wished you could set your car's speed and just sit back and relax while driving on a long stretch of highway? If that's the case, then cruise control is just the ticket you've been searching for—and the good news is, it's a standard feature in most cars these days!

Cruise control is a handy feature for drivers that allows you to maintain a constant speed without having to keep your foot on the gas pedal. In this post, we'll explore how cruise control works, its benefits, and how to use it safely to make your driving experience more comfortable.

Understanding Cruise Control

Cruise control, also known as speed control, is an electronic system that allows you to maintain a specific speed without manually controlling the accelerator pedal. The system uses sensors and electronic components to control the throttle and keep your car moving at a desired speed. First introduced in the late 1950s, cruise control has since become a standard feature in most modern vehicles you see on the road today.

How Does It Work?

At its core, cruise control involves a series of sensors that monitor the vehicle's speed and a control unit that regulates the throttle. When the driver sets the cruise control to a specific speed, the system adjusts the throttle to maintain that speed. If the car begins to slow down because of an incline (e.g. going up a hill), the system will open the throttle to accelerate. Conversely, if the car starts to speed up due to a declin (e.g. going downhill), the system will close the throttle to decelerate.

Modern cruise control systems also come with additional features like adaptive cruise control (ACC), which uses radar or cameras to detect vehicles ahead and automatically adjusts the speed to maintain a safe following distance (more on this BELOW).

The History of Cruise Control

The invention of cruise control can be traced back to the late 1940s and early 1950s, when engineer Ralph Teetor developed the first-speed control system. This innovative feature was designed to help drivers maintain a steady speed, reduce fatigue while driving, and improve fuel efficiency. Over the years, cruise control technology has undergone significant advancements, leading to the development of sophisticated systems like adaptive cruise control.

Types of Cruise Control Systems

Today, drivers can choose from a range of cruise control systems, each with its own unique features and functionalities.

Conventional Cruise Control

Conventional cruise control is like your old reliable friend. It's pretty basic and doesn't have any fancy bells and whistles. You just set the speed you want, and it'll keep your car cruising along at that speed, no problem. It's perfect for those long drives on open highways, but it doesn’t automatically react to other cars on the road.

So, if the car in front of you slows down, you'll need to step in and adjust your speed manually. This trusty system comes standard on most cars and is great for saving some fuel on those long road trips .

Adaptive Cruise Control (ACC)

Now, if conventional cruise control is your old reliable friend, then Adaptive Cruise Control (ACC) is like that friend's tech-savvy younger cousin. ACC isn't just maintaining your set speed, it's also keeping an eye on the car in front of you. If that car slows down, ACC slows your car down to keep a safe distance .

It's like having an extra set of eyes on the road, making highway driving a breeze. Plus, some ACC systems can even handle stop-and-go traffic, bringing your car to a full stop and then picking up speed again when traffic gets moving.

Predictive Cruise Control

Predictive Cruise Control is like the fortune teller of cruise control systems. It uses GPS and map data to see into the future and predict what's coming up on the road, like hills or curves, and adjusts your speed accordingly. This means you get a smoother ride and better fuel efficiency, but it all depends on the quality of the GPS and map data. If that's a bit out of date, your fortune-telling cruise control might not be so accurate. It's usually found in more high-end vehicles where top-notch fuel efficiency is a focus for the engineers.

Cooperative Adaptive Cruise Control (CACC)

And then we have Cooperative Adaptive Cruise Control, or CACC. This is like the team player of cruise control systems. It allows cars to talk to each other, coordinating their speeds to maintain a safe distance. It's like having a well-coordinated team of cars all working together to make the traffic flow smoother and reduce congestion. Picture it like a synchronized dance on the highway, where every car knows its place and keeps the right distance. This tech is still pretty new, but it's got a lot of potential. Imagine a future where traffic jams could be a thing of the past.

Remember, these systems are here to make your drive smoother and safer, but they're not a replacement for your attention. No matter how fancy your cruise control is, these systems can be greatly influenced by external conditions like weather and traffic, and they should always be used as aids, not replacements, for attentive driving.

Common Cruise Control Symbols and Indicators

Understanding the various symbols and indicators associated with cruise control is important for safe and effective usage. These symbols typically appear on the dashboard (or on the side of the steering wheel) and may include a speedometer icon, "SET," "RES" (resume), and "CANCEL". Be sure to consult your vehicle's owner's manual for specific details and explanations of these symbols.

Benefits of Using Cruise Control

Cruise control offers several benefits to drivers, especially during long road trips or highway driving.

Fuel Efficiency

One of the main advantages of using cruise control is improved fuel efficiency. By maintaining a constant speed, cruise control helps reduce fuel consumption, leading to better gas mileage. Rapid acceleration and deceleration, on the other hand, can lead to increased fuel consumption.

Comfort and Convenience

Cruise control allows drivers to take their foot off the accelerator pedal, reducing fatigue and improving comfort during long drives. It also helps drivers avoid unintentionally exceeding the speed limit by setting a maximum speed.

When used correctly, cruise control can contribute to safer driving. By maintaining a steady speed, it reduces the likelihood of erratic driving behavior and potential accidents. However, it is important to note that cruise control shouldn't be used in certain conditions, such as heavy traffic or slippery roads .

Troubleshooting Common Cruise Control Issues

Occasionally, you may encounter issues with your cruise control systems. Common problems include cruise control not engaging or disengaging unexpectedly. Possible causes may include a faulty brake light switch, malfunctioning sensors, or issues with the control module. If you experience any problems with your cruise control, it's best to have a qualified technician diagnose and repair the issue for you.

Cruise Control and Road Etiquette

Practicing proper road etiquette while using cruise control is essential for a safe and pleasant driving experience. Here are some tips on how to use cruise control courteously:

• Avoid using cruise control in heavy or congested traffic, as it may hinder your ability to react quickly to changing conditions.
• Be mindful of other drivers when setting your speed. Avoid setting a speed that's significantly slower or faster than the flow of traffic.
• If you are in the passing lane and using cruise control, be sure to adjust your speed or temporarily disengage the system to allow faster-moving vehicles to pass.
• Always signal your intentions, such as lane changes or exiting the highway, even when using cruise control.

The Future of Cruise Control Technology

Cruise control technology plays a vital role in the development of autonomous vehicles, or self-driving cars . In autonomous vehicles, cruise control systems work together with other advanced driver assistance systems (ADAS) to enable the vehicle to operate without direct driver input. These systems include lane-keeping assist, automatic emergency braking, and collision avoidance systems.

As autonomous vehicles become more sophisticated, cruise control technology is evolving to support higher levels of automation. For example, some autonomous vehicles are equipped with advanced cruise control systems that can navigate complex traffic scenarios, merge onto highways, and even change lanes autonomously.

While fully autonomous vehicles are still in the developmental stages, the integration of cruise control technology is a big step toward creating safer and more efficient transportation systems.

As automotive tech continues to advance, cruise control systems are becoming more intelligent and capable. Here are some potential developments we can expect to see in the future of cruise control technology:

• Integration of artificial intelligence (AI) to improve decision-making and responsiveness in adaptive cruise control systems.
• Enhanced connectivity and vehicle-to-vehicle (V2V) communication, enabling cars to share information about traffic conditions and coordinate their speeds for smoother traffic flow.
• Greater customization and personalization options, allowing drivers to set preferences for cruise control behavior, such as following distance and speed adjustments.

Overall, the future of cruise control technology holds promise for creating a more seamless and enjoyable driving experience, with a focus on safety, comfort, and sustainability.

Debunking Myths About Cruise Control

Let's address and debunk some common misconceptions about cruise control:

Myth : Cruise control can be used as a substitute for driver attention.

Fact : Cruise control is a driver assistance feature, not a replacement for attentive driving. Drivers should always remain alert and ready to take control when necessary.

Myth : Cruise control increases the risk of accidents.

Fact : When used appropriately, cruise control can contribute to safer driving by maintaining a steady speed and reducing erratic driving behavior.

Cruise control is a valuable feature that can enhance your driving experience by providing comfort, convenience, and fuel efficiency. Remember to use it safely and appropriately based on driving conditions, and always stay attentive while on the road.

If you found this post informative and want to learn more about car features, driving tips, and automotive technology, be sure to subscribe to our newsletter for regular updates. We're here to help you stay informed and enhance your driving experience.

Frequently Asked Questions About Cruise Control

To further enhance your understanding of cruise control, here are answers to some common questions:

Q : Can cruise control be used in all weather conditions?

A : It isn't advisable to use cruise control in adverse weather conditions, such as heavy rain, snow, or icy roads, as it may reduce your ability to respond quickly to changing road conditions.

Q : Can I use cruise control in urban areas with frequent stop-and-go traffic?

A : Cruise control is best suited for open roads and highways with consistent traffic flow. It isn't recommended for use in urban areas with frequent stops or heavy traffic.

Q : Does cruise control work at any speed?

A : Cruise control typically has a minimum speed threshold, below which it can't be engaged. This threshold varies by vehicle, so check your owner's manual for specific information.

About the Author: This article was crafted by the LOOP Marketing Team. Comprising of seasoned professionals with expertise in the insurance industry, our team is dedicated to providing readers with accurate, up-to-date, and valuable information. At LOOP, we're passionate about helping families navigate the world of car insurance, ensuring they get the best coverage at the most affordable rates. Learn more about our mission and values here.

For more insights on auto insurance and other related topics, visit our blog .

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Cars with Adaptive Cruise Control: Everything You Need to Know

Cars with adaptive cruise control used to be considered a luxury only featured in state-of-the-art vehicles. Still, with technological advancements, adaptive cruise control is now a common feature found in many different car models.

Cars with adaptive cruise control used to be considered a luxury only featured in state-of-the-art vehicles. Still, with technological advancements, adaptive cruise control is now a common feature found in many different car models. Autobytel says this means ACC is now accessible to everyone, and even if your current vehicle doesn't have ACC, you can always have it installed.

What Does Adaptive Cruise Control Do?

Adaptive cruise control uses advanced sensory technology to determine your car's speed in proximity to other vehicles or objects on or around the roadway. It applies moderate brakes and warning signals when a driver is getting to close to another car. Drivers can set the speed limit on the ACC so that they don't exceed the speed limit, but when the sensory technology detects traffic or other unsafe conditions, it reduces the driver's speed to adapt to them.

The Best Cars With Adaptive Cruise Control

1. 2020 bmw 3 series.

This brand new model offers the best combination of sensory technology . It uses cameras in addition to ultrasonic and radar sensors to pull data about the environment surrounding the vehicle. In addition to its sensory features, it also has a "stop-and-go" brake feature, great for commuters who spend extended amounts of time in stand-still traffic as it alleviates the stress on the driver's legs and feet. What's more, the camera sensor can pick up traffic signs such as speed limit signs and reduce or increase speed to match the recommended rate of speed.

2. 2020 Volvo S60

This new model by Volvo has a "Pilot Assist" feature, which makes driving safe and easy. What this feature does is it helps the driver maintain the proper speed with neighboring vehicles, and it also provides steering assistance along with automatic braking or accelerating for situations such as stop-and-go to free-flowing traffic. Another great aspect of this model is that it doesn't rely on a lead car to determine speed and spacing, so you can use it even when you aren't near another car.

3. 2020 Hyundai Sonata

This new Hyundai model has the same technological systems as other Hyundai models, called "SmartSense advanced driving assistance systems." The 2020 Hyundai Sonata includes SmartSense features such as five cameras, three radar sensors, and 12 ultrasonic sensors to help with things such as advanced cruise control, stop-and-go feature, warning signals, and automatic braking or accelerating.

4. 2020 Nissan Altima

The 2020 Nissan Altima features Nissan's "ProPilot Assist" system, which uses advanced technology to help drivers practice safe driving. It allows drivers with automatic acceleration and braking for speed and distance control, while it also uses automatic steering to help them maintain lane control. These helpful features are made possible by its front-facing cameras, sensors, radar, and electronic control module.

5. 2020 Toyota Corolla Hatchback

This new model provides drivers with an adaptive cruise control system, specifically designed for highway travel. Its cruise control features include cameras within the car and radar sensors on the front grille that can gauge your car's proximity and speed when compared to other vehicles around you. Similarly, these sensors help determine the rate of speed of the vehicle in front of you and automatically decrease your speed if the vehicle in front of you slows down.

The Cheapest Cars With Adaptive Cruise Control

According to U.S.News, here are some examples of the cheapest cars you can buy that still have adaptive cruise control features:

1. 2019 Kia Soul

You can get Kia's "smart cruise control" feature as part of their "Primo Package." This add-on is around $4,500 in addition to the original selling-price. You can save energy with its automatic braking system, and also keep a safe following distance thanks to its forward-collision warning feature. In addition to these safety features, the Kia Soul also provides drivers with a heated steering wheel, and in-depth seat adjustments to meet more complex needs for your body type.

2. 2018 Mazda 3

The 2018 Mazda 3 provides drivers with an adaptive cruise control system that detects rear-cross traffic and blind-spot monitoring, great for making safe lane changes. It also offers a "premium equipment package" for just $1,600 in addition to the original selling price. This package gives your vehicle advanced safety features and other add-ons such as a heated steering wheel and a built-in navigation system.

3. 2018 Hyundai Sonata

The 2018 Hyundai Sonata offers buyers the "technology package" for just $1,000. Included in this package are adaptive cruise control to help drivers maintain a safe following distance and adequate speed. This model also comes with a turbocharged four-cylinder engine.

4. 2018 Toyota Rav4

This 2018 Toyota Rav4 SUV includes an adaptive cruise control system for a fee that increases the original selling price to just above $25,000. When you turn your ACC feature on, it uses its radar sensors to administer collision warnings, automatic braking, and acceleration to make sure that your vehicle moves at a safe pace and maintains an appropriate following distance from other vehicles on the roadway at all times.

The 2018 Toyota Rav4's adaptive cruise control system is categorized as "standard equipment" in Toyota's "Safety Sense P suite of technology," Making it a high-tech safety vehicle for a reasonable price point.

5. 2018 Honda Accord

The 2018 Honda Accord features a state-of-the-art adaptive cruise control system called the "Honda Sensing System." This system offers not only adaptive cruise control but also several other useful safety features, including automatic braking for collision prevention and traffic sign recognition.

These features are powered by camera sensing technology that can read traffic signs such as speed limit markers and adjust the Accord's speed to fit those speed requirements. You can get even more safety features by upgrading to higher-trims.

As adaptive cruise control becomes more readily available, you can find cheap and affordable car models that include much of the same technology as modern luxury cars.

https://www.autobytel.com/car-buying-guides/features/10-cars-with-adaptive-cruise-control-131148/

https://cars.usnews.com/cars-trucks/cheapest-cars-with-adaptive-cruise-control

https://www.caranddriver.com/bmw

https://www.caranddriver.com/shopping-advice/

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How do I use Ford Adaptive Cruise Control * ?

Adaptive Cruise Control (ACC) lets you set a cruising speed and distance from the vehicle ahead of you. When it slows down, you automatically do too. When traffic picks back up, you resume your preset speed and distance. 

Watch the video or read the instructions below to learn how to use this feature.

Choosing an Adaptive Cruise Control Mode

• Select  Driver Assist on your instrument cluster   using the five-way steering wheel controls ** .
• Select  Cruise Control.

Choose  Adaptive  to enable Adaptive Cruise Control.

Note : To use conventional cruise control, choose  Normal † .

Setting the Adaptive Cruise Control Speed

• Press  ON  on the cruise control switch on your steering wheel.
• Drive at your desired speed.
• Press and release the  SET+  button.
• Take your foot off the accelerator.

Additional Information

What is Adaptive Cruise Control with Stop-and-Go? What is Intelligent Adaptive Cruise Control? What is Lane Centering?

* Driver-assist features are supplemental and do not replace the driver’s attention, judgment, and need to control the vehicle. See your  Owner’s Manual  for details and limitations.

** Location and appearance of buttons may vary. See your Owner's Manual  for information specific to your vehicle.

† Normal Cruise Control will not brake when your vehicle is approaching slower vehicles. Always be aware of which mode you have selected and apply brakes when necessary.

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How do I operate the adaptive cruise control in my vehicle?

Adaptive cruise control supplements conventional cruise control with an active vehicle-to-vehicle distance control feature. designed for use on freeways and express ways, in vehicle-to-vehicle distance control mode, your car automatically acceler... sep 24, 2022 • knowledge, new section, only answer.

Adaptive cruise control supplements conventional cruise control with an active vehicle-to-vehicle distance control feature. Designed for use on freeways and express ways, in vehicle-to-vehicle distance control mode, your car automatically accelerates or decelerates in order to maintain a preset following distance from the vehicle traveling directly ahead of you.

To activate the system, press the "ON/OFF" button at the end of the stalk on the lower end of the right side of the steering wheel. The radar-ready indicator will appear in the Multi Information Display.

Accelerate or decelerate to your intended speed, then press the stalk down to set it. If you want to go faster, push the stalk upward and hold until you've reached the desired speed and then release it. Or, if you want to slow down, push the stalk down and hold as you decelerate, then release it once you've reached the desired speed.

To cancel cruise control, tap the brakes, pull the stalk towards you or turn the system off with the ON/OFF button.

Adaptive Cruise Control was designed to maintain the preset distance between your car and the car driving in the same lane directly ahead of you.

When it’s active, it automatically adjusts for changes in the speed of the vehicle traveling directly ahead of you in order to maintain the vehicle-to-vehicle distance you set.

In the event that you would like to change the preset distance between vehicles, you can do so by using the radar range button located on the lower right side of the steering wheel. Simply press the button repeatedly to cycle through the ranges available. You'll find them displayed on the Multi Information Display. And finally, you can disable the distance holding feature by pushing the cruise control stalk away and holding it until the indicator disappears and the conventional cruise control indicator lights up.

Please click here  to view a video.

Disclaimer: Adaptive Cruise Control is designed to assist the driver and is not a substitute for safe and attentive driving practices. See your  Owner's Manual for important instructions and cautions.

Not all features are available on all vehicles and model grades. Please see your Owner's Manual for further details and important safety information.

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Cruise resumes manual driving as next step in return to driverless mission

Cruise was founded in 2013 with a clear and focused mission: to make transportation safer and more accessible. In the ten years that followed, we’ve worked hard to build advanced self-driving technology and provided hundreds of thousands of driverless trips to riders on complex city streets in San Francisco, Phoenix, Austin, Houston and elsewhere.   

In October 2023, we paused operations of our fleet to focus on rebuilding trust with regulators and the communities we serve, and to redesign our approach to safety. We’ve made significant progress, guided by new company leadership, recommendations from third-party experts, and a focus on a close partnership with the communities in which our vehicles operate. We are committed to this improvement as a continuous effort.

Looking to the next chapter, our goal is to resume driverless operations. As we continue working to rebuild trust and determine the city where we will scale driverless, we also remain focused on continuing to improve our performance and overall safety approach. To that end, Cruise is resuming manual driving to create maps and gather road information in select cities, starting in Phoenix. This work is done using human-driven vehicles without autonomous systems engaged, and is a critical step for validating our self-driving systems as we work towards returning to our driverless mission. This will help inform where we ultimately will resume driverless operations.

Cruise has a strong history in Phoenix and it is home to a large number of Cruise employees. It’s a city that supports AV and transportation innovation, and Phoenix leaders strive to ensure the metro area is an incubator for advanced technology. We plan to expand this effort to other select cities as we continue to engage with officials and community leaders. 

Adaptive Fleet Learning 

Cruise’s AV stack is based on AI technology that learns from information gathered through our driving experience and retrains and evolves our models continuously. The fleet learns from every intersection, construction zone, and road sign it encounters, and applies that knowledge to other environments and scenarios – much the same as a human driver learns, but with far more data and the ability to impart that continuous learning across the entire fleet. 

During our operational pause over the last few months, Cruise maintained ongoing and extensive testing in complex, dynamic simulated environments and on closed courses, enabling continuous retraining and improvement. Now, we are building on that work to create high-quality semantic maps and gather road information to ensure future operations meet elevated safety and performance targets. And because no two cities are the same, we plan to conduct this manual and supervised driving in multiple cities - starting with Phoenix - to expose our AVs to a diverse set of driving environments and conditions as we prepare for future driverless service. 

Steps Prior to Driverless Operations 

The first step is identifying high fidelity location data for road features and map information like speed limits, stop signs, traffic lights, lane paint, right turn only lanes and more. Having current and accurate information will help an autonomous vehicle understand where it is and the location of certain road features. We also measure our perception and prediction systems against our elevated performance criteria, using trained safety drivers as a benchmark. At this stage, no autonomous systems are engaged and the vehicles will not carry public passengers.

Next, we’ll validate our AV’s end-to-end performance against our rigorous safety and AV performance requirements through supervised autonomous driving on public roads, in addition to the ongoing simulation and closed course driving we do. During this phase, the Cruise vehicles will drive themselves and a safety driver is present behind the wheel to monitor and take over if needed. 

Safety is the defining principle for everything we do and will guide our progress through this process. As we begin this work, we have requirements in place that not only cover the safety criteria, functions and roadworthiness of the vehicle, but also include robust incident response protocols and extensive training and ongoing performance monitoring for the operators behind the wheel.

Commitments to Safety and Our Communities

Over the past several weeks we have communicated directly with officials, first responders, and community leaders in cities we’ve previously operated in to share updates on our path forward. We are committed to safely deploying our technology in close collaboration with officials and communities at every step.  

Our goal is to earn trust and build partnerships with the communities such that, ultimately, we resume fully driverless operations in collaboration with a city. 

As part of our commitment to improve our operations Cruise has implemented the following measures:

Established new leadership, and engaged more closely with experienced advisors from GM to support safety, legal, regulatory, and communications functions.

Hired an experienced chief safety officer to guide improved safety processes and procedures throughout the organization.

Established a cross-disciplinary regulatory team to guide engagement with regulators in regard to incident reporting.

Reviewed and strengthened key internal safety governance processes to incorporate more robust cross-functional review and leadership accountability.

Work is also underway to establish important systems and processes for ensuring safe operations across the company including:

Reforming and updating incident response and crisis management protocols to ensure more consistent, effective and transparent response.

Renewing internal training and reinforcing safety culture systems.

Reevaluating and reestablishing our safety target for supervised and driverless operations.

Reengaging with first responders to facilitate ongoing trainings for each precinct and fire house in the areas we intend to operate in. 

Looking Ahead

We believe AVs will save lives and significantly reduce the number and severity of accidents on America’s and Arizona’s roads every year. AVs will also improve lives - including creating  convenient and safe transportation options for the elderly and those with disabilities. As we begin this journey, we look forward to partnering with local communities to jointly achieve our shared mission of making transportation safer for all.

GM’s Cruise robotaxis are back in Phoenix — but people are driving them

General Motors’ Cruise is redeploying robotaxis in Phoenix after nearly five months of paused operations, the company said in a blog post. The catch? The cars will be in “manual mode,” so they won’t be driving themselves.

Cruise will resume manual driving of its autonomous vehicles to create maps and gather road information in certain cities, starting with Phoenix, the company said Tuesday. The GM subsidiary already had a presence in Phoenix before it pulled its entire U.S.-based fleet last year following an incident in San Francisco that left a pedestrian stuck under and dragged by a Cruise robotaxi.

Prior to that incident, Cruise had been announcing launches in new cities — including Dallas, Houston and Miami — at a startling pace. Critics accused the company of expanding too fast and cutting corners on safety.

Today, we’re taking an important next step in returning to our mission: we're reintroducing a small fleet of human-driven vehicles in select cities – starting in Phoenix. These vehicles will create maps and gather road information, a critical step for validating future… — cruise (@Cruise) April 9, 2024

Now Cruise appears to be going back to basics, a sharp pivot away from the aggressive growth strategy the company has been pursuing for the last few years. In 2022, former Cruise CEO and co-founder Kyle Vogt — who stepped down amid last year’s controversy — told investors that Cruise had “ de-risked the technical approach ” by applying what worked well in San Francisco to similar ride-share markets. 

In a blog post published Tuesday that reads like it could have been written in 2018, Cruise explains how it needs to first identify high-fidelity location data for road features and map information like speed limits and lane paint so that the AV can understand where it is in relation to its environment. The post then goes on to chart out how Cruise will eventually make it back to fully autonomous operations: slowly, supervised by humans, and with continuous validation of the technology. 

All of these steps are part and parcel of building and expanding a self-driving car business, which leaves us wondering if Cruise is spelling out the obvious for the public’s benefit, or if its new safety team is scrapping its old technology and starting over? 

A Cruise spokesperson declined to comment on the company’s strategy. 

The October incident wasn’t the first time Cruise’s technology has caused problems. Even as Cruise expanded to new cities in the second half of 2023, its robotaxis were routinely malfunctioning in cities like San Francisco and Austin, disrupting the flow of traffic, public transit and first responders. 

Technological issues aside, what really put Cruise in hot water late last year was its response to the incident. Regulators accused the company of withholding information about the crash, only sharing that a Cruise robotaxi ran over a pedestrian who had been flung into its path after first being struck by a human-driven vehicle. A n internal report conducted by law firm Quinn Emanuel Urquhart & Sullivan and released in January confirmed that Cruise employees weren’t forthcoming with what happened after the Cruise vehicle ran over the pedestrian, only sharing days later that the robotaxi’s pullover maneuver resulted in the pedestrian being dragged for 20 feet. 

The mishandling of the information resulted in parent company GM slashing spending and taking greater control of Cruise . 

A big part of Cruise’s strategy moving forward, as outlined in Tuesday’s blog post, involves reforming and establishing updated incident response and crisis management protocols to ensure more efficient and transparent responses in the future. The company says it will also work on improved engagement with first responders to facilitate trainings in each precinct it plans to operate in. 

Cruise has not announced when or where it will resume driverless operations. The company’s main operations were historically based in San Francisco, but Cruise lost its permits to operate there following the accident. Cruise began expanding its paid service area in the Phoenix area in August 2023 . Alphabet’s Waymo — Cruise’s main competitor that’s still active in San Francisco — has operated a paid, driverless robotaxi service in the area since 2020 and last year doubled its service area in downtown Phoenix and launched driverless rides to the airport.

Museum and Exhibition Center

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