what is a trip computer in a car do

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What is a car trip computer?

April 18, 2023 by carwow staff

Almost all modern cars have trip computers, but what are these systems, and how do they work?

Trip computers are fitted as standard to almost every car currently offered for sale. These electronic components display important information in the driver’s instrument binnacle about the journeys you take. The information a trip computer typically displays, include average and instant fuel consumption, the distance travelled since the computer was last reset, and the estimated range the amount of fuel in the tank of a petrol and diesel car, or power in the battery of an EV , provides.

The first electronic trip computer came along in 1978 and was fitted to the Cadillac Seville. Mechanical systems had existed prior to that, but the Seville’s ability to calculate its own fuel economy and allow the driver to input the number of miles to their destination was a novel idea.

Car trip computers have evolved and become more sophisticated since then (especially where electric cars are concerned), but the principle behind them has remained unchanged. Here, we detail what a trip computer is, how it works, and what sort of information you can reasonably expect to be fed by one.

What do trip computers do?

As the old adage goes, a trip computer does what it says on the tin: it computes data linked to a trip.

There are a five key areas that a trip computer provides information on:

• Time : trip computers will tell you how long you have been travelling since you started your journey. If linked to the sat-nav, they can also tell you how long you have to go until you reach your destination.
• Distance:  as you can imagine, this will tell you how far the car has travelled since the trip computer was last reset.
• Speed:  this will tell you the average speed the car has travelled since you last reset the computer.
• Fuel consumption: this will generally display the car’s average fuel consumption, and instant fuel consumption – IE how much fuel the car is using in the moment.
• Range:  this will estimate you how far you can go before your fuel tank is empty, or an EV’s battery is depleted.

An electric car’s trip computer will typically show you all the information covered above, as well as the electric equivalent of fuel economy: instead miles per gallon, you will be show miles per kiloWatt hour (EG if you have a 100kWh battery and the car does 3 miles per kWh, you will get 300 miles from a charge. Some EVs show how many kWh a car is using to cover 100 miles, instead of miles mer kWh – see here for more information .

In addition to this, many EVs will synchronise their battery ranges with the sat-nav, calculating how far you can go on a charge, and where you will need to stop to recharge if you are undertaking a long journey.

Can car trip computers measure different journeys?

Many trip computers provide information for three ‘trips’: Trip A, Trip B, and since reset.

This allows all the information detailed above to be measured in separately and in parallel across three time periods. You can reset each trip individually, or reset all at once.

As an example, you may want to use Trip A to determine how far, how fast and how efficiently the car goes on each tank of fuel, resetting Trip A each time you fill up the tank.

You may also, however, want to see if a new route to work takes less time, provides better fuel economy or is faster than your usual route. You could therefore reset Trip B to determine this, while leaving trip A to keep ticking along in the background until you next need to fill up with fuel.

As for the ‘since reset’ information, many people never touch this, meaning it may show how far, fast and efficiently the car has travelled since it left the factory (or possibly since its battery was last removed).

Do also note that if you make a series of short journeys (EG pick the kids up from school, pop into the supermarket, head over to football practice) those journeys will often be treated as a single trip by the car, which will typically reset itself to a new ‘trip’ after the car has been switched off for four hours or so.

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What is a Trip Computer?

A trip computer is an electronic device that provides various bits of information to the driver of an automobile. It consists of an onboard computer that analyzes various functions of the car and a display screen that shows information to the driver. The typical trip computer shows constantly updated information, such as distance traveled, average speed, and average fuel consumption. Some are able to show information about more than one trip or driver and may have added functions such as low tire pressure warnings and maintenance reminders. Trip computers were once reserved for luxury vehicles, but they are increasingly available on less expensive models and typically can be added as an aftermarket option as well.

A trip computer has two main parts. The computer analyzes and records information about various vehicle systems. The display screen shows the resulting information to the driver in "real time." The display screen is usually located near the gauges, on the dashboard, or overhead. A trip computer is an extremely useful device that helps the driver stay aware of his or her driving habits and of the status of certain parts of the vehicle.

Some of the information that is usually shown by the trip computer includes distance traveled and average speed. This can help the driver figure out how much of a trip remains and if he or she is likely to arrive at the destination on time. Most trip computers also display fuel consumption information, including a rate that is averaged over time and a current, up-to-the-minute reading of fuel usage per unit of distance traveled. Some also show the distance the car can still travel before running out of fuel. This type of information is particularly useful on long trips.

The trip computer on some cars can also show additional information that may be useful to the driver. Low tire pressure warnings, for example, let the driver know if the tires are under or over-inflated. Maintenance reminders, such as remaining oil life, are often incorporated in the latest models as well. Many computers are able to switch between two separate trips or drivers and allow motorists to select which information they would like to see.

At one time, only premium car brands and models had trip computers available as an option. As technology becomes more widespread, many less expensive vehicles also come with this device standard or offer it as an option. There are also several types of aftermarket trip computers that can be added to a car that isn't equipped with one. Aftermarket devices are usually mounted in the dashboard and connected to the electrical and other systems. These units should be installed by a qualified professional.

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• By: Minerva Studio Some drivers use trip computers.
• By: jokerpro Run-flat tires have sensors that provide data to a vehicle's computer system, alerting the driver about low air pressure and other information.

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10. What is a trip computer?

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I am looking to buy a car with satellite-navigation fitted. I am confused by a lot of ads that mention a 'computer' or 'trip computer'. What do they mean by that? Does it mean that the car has satellite-navigation?

A trip computer in a car has various functions, but none of them will direct you to your destination.

They can log distance travelled, provide instantaneous fuel consumption, average fuel consumption and other variations around this theme.

You need to specifically look for adverts which mention satellite-navigation or sat-nav if you want to be told where to go.

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What is a Car Trip Computer? An Essential Guide to Its Benefits and Usage

By Happy Sharer

Introduction

A car trip computer is a device that helps drivers measure their fuel economy, calculate their driving time, and track other important metrics during a car trip. This device can be especially useful for those who are planning long trips or want to save on gas costs. In this article, we will explore what a car trip computer is, the benefits of having one, and how you can make the most out of it.

The Essential Guide to Using a Car Trip Computer

Before you can begin using a car trip computer, you must first understand how to set it up and use it properly. Most car trip computers come with detailed instructions on installation, but here are some general tips:

• Make sure your car is parked in a safe location before beginning the installation process.
• Follow all safety precautions when handling the device and its components.
• Refer to the instruction manual that comes with the car trip computer for specific setup and usage instructions.

Once you have installed the car trip computer, you can start exploring its various features. Common features of car trip computers include:

• Fuel economy tracking
• Distance tracking
• Time tracking
• Speed tracking
• MPG (miles per gallon) tracking

How to Make the Most Out of a Car Trip Computer

Now that you know what a car trip computer is and have learned about the basics of setting it up and using it, it’s time to discuss how to make the most out of your device. Here are some tips for maximizing the efficiency of your car trip computer:

• Plan ahead and create a route that takes advantage of the car trip computer’s features.
• “Batch” tasks together to save time and fuel.
• Monitor your car’s performance and adjust your driving habits accordingly.
• Compare your car trip computer data with other drivers’ data to identify areas of improvement.

In addition to these tips, there are also a few strategies you can use to optimize your car trip computer usage. These include:

• Optimizing your route by taking into account your car’s fuel economy.
• Keeping track of your car’s maintenance schedule to ensure optimal performance.
• Using your car trip computer data to gauge your driving habits and improve them over time.

Tips and Tricks for Getting the Most Out of Your Car Trip Computer

In addition to the strategies mentioned above, there are also some tips and tricks you can use to get the most out of your car trip computer’s settings. For example, you can customize the display settings to show only the information you need. You can also choose to enable or disable certain features such as the fuel economy tracker or speed tracker. Finally, you can set up custom alerts to remind you when it’s time to refuel or perform routine maintenance on your vehicle.

If you’re having any trouble with your car trip computer, there are a few troubleshooting steps you can take. First, make sure all cables and wires are securely connected. If the problem persists, try resetting the device or updating its software. If all else fails, contact the manufacturer for technical support.

A Comprehensive Overview of What a Car Trip Computer Does

Finally, let’s take a look at the different components and functions of a car trip computer. Generally speaking, a car trip computer consists of two main parts: the hardware and the software. The hardware consists of the physical components such as the display screen, sensors, and buttons. The software, meanwhile, is responsible for collecting and processing data from the hardware and displaying the results on the screen.

A car trip computer can be used to measure a variety of metrics, including fuel economy, distance traveled, average speed, and estimated arrival time. It can also be used to track other metrics such as MPG (miles per gallon), fuel consumption, and engine temperature. Additionally, some car trip computers offer additional features such as route mapping, navigation assistance, and weather forecasts.

A car trip computer can be a great tool for drivers looking to optimize their trips and save money on fuel costs. By understanding what a car trip computer is, how to set it up and use it, and the different features it offers, you can make the most out of your device. Additionally, you can use the tips and tricks discussed in this article to get the most out of your car trip computer’s settings and troubleshoot any issues you may encounter.

(Note: Is this article not meeting your expectations? Do you have knowledge or insights to share? Unlock new opportunities and expand your reach by joining our authors team. Click Registration to join us and share your expertise with our readers.)

Hi, I'm Happy Sharer and I love sharing interesting and useful knowledge with others. I have a passion for learning and enjoy explaining complex concepts in a simple way.

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How do I use my Lincoln vehicle's Trip Computer?

The trip computer in your vehicle keeps track of the time and distance you have traveled. The trip computer has several menu options that you can access by using the five-way controls on your steering wheel. Press down, up, left, and OK to scroll through the options, which include: 

• Distance to Empty - Indicates the approximate distance your vehicle can travel before running out of fuel. 
• Trip Odometer - Registers the distance you have traveled on an individual trip.
• Trip Timer - Keeps track of how long each trip takes. The timer stops when you turn your vehicle off and restarts when you restart your vehicle.
• Average Fuel - Shows the average fuel economy for a given trip.
• Outside Temperature - Shows the outside air temperature.
• Digital Odometer - Tracks the overall distance you have traveled.
• All Values - Shows the Distance to Empty, Trip Odometer, Trip Timer, and Average Fuel.

Setting your trip odometer to track an individual trip

• Scroll to either the Trip Odometer, Trip Timer, or Average Fuel screen using the five-way steering wheel controls.
• Press and hold the OK button until you see the status bar loading. 
• When the status bar fills in all the way, your computer will be reset.

Resetting all trip computers

• Scroll to the All Values screen using the five-way steering wheel controls.
• Press and hold OK until you see that the computer is reset to zero.

Changing the Display Information

• Select  Settings from the main menu.
• Choose  Display .
• Measure Unit or Distance depending on your vehicle
• Temperature
• Some vehicles may come with an additional trip computer, Trip-2. It has the same features as Trip-1 and makes keeping track of multiple trips easier.
• If additional information is needed, reference the  Owner's Manual  for your vehicle.
• If you need further assistance, contact a Lincoln Concierge at 1-800-521-4140 , or by selecting Live Chat at the bottom right of lincoln.com/support .

Additional Information

What is Lincoln's Head-Up Display?

Trip computers usually accurate on fuel economy

Q: When you road test a car and record the mileage are you going by the computer readout or are you actually doing the math?

My Toyota Camry says the fuel economy should be 25 miles per gallon in the city and 35 miles per gallon on the highway. In the first 2200 miles I have driven so far, my average city-highway combination is about 32 mpg, according to the trip computer. The next tank full of fuel I calculated the mileage the old-fashioned way and only came up with 29 miles per gallon.

Do you think the Toyota trip computer is overestimating the miles per gallon?

A:  I have found the trip computers are generally pretty accurate when compared to the refuel, drive and refuel method. Some differences can be attributed to how you fill the tank, even the type and quality of fuel used. The car's trip computer is measuring the fuel injector flow rates, engine temperature, fuel tank float level and other information gathered by the car's computer system. In theory the trip computer should be more accurate but I don't believe that is always the case.

When I do my calculation, whenever possible, I try to drive the same "route" and fill up at the same station. When refilling I fill the tank on the slow fill setting on the pump and stop when the nozzle clicks off once. Just measuring fuel economy on one trip is an estimate at best. The most accurate number comes from months of recording data.

Brake fluid replaced

Q:  My 2007 Toyota has 115,000 miles on it. When I brought it in for an oil change the shop recommended a brake fluid change. I have been driving cars for 40 years and have never had brake fluid changed. I had it replaced, but did I waste my money?

A:  Brake fluid attracts moisture and moisture causes rust. Rust and contamination in a brake system is a dangerous and sometimes an expensive combination. You probably had brake fluid changed but just didn't realize it. During normal brake servicing, when a hydraulic component is replaced the old brake fluid and any air is bled from the system, replaced by fresh fluid. In your most recent trip for service, if the brake fluid was dirty you didn't waste your money having it flushed and replaced.

Battery drain

Q:  I have been reading what you said about Subaru and their batteries going dead. I have been told, and have experienced, that if a modern car is allowed to stand unused for about two weeks that the battery will drain to zero and not start the engine. Two weeks seems like very poor engineering on the part of vehicle manufacturers. Why would anyone want a car that needs a jump-start after a two-week vacation?

A:  Your mechanic is right to a point, today's cars have more electronics in them running in the background than ever before. Parasitic drain is when these electronics never actually shut down completely. I have always felt that electrical drain of 25 milliamps is normal and anything over 90 milliamps could cause an issue. Using these numbers and a typical battery the car should be able to sit for 30 days without an issue. If you find that if your car sits for two weeks and needs a jumpstart I would suspect there is some sort of problem.

Brake sensor light

Q:  I have a 12-year-old Toyota and periodically the brake light comes on. I had the brakes checked and the shop has never found anything wrong. All they do is add a tiny bit of brake fluid and send me on my way. They told me that it is normal to add a little brake fluid from time to time. Wouldn't this indicate a leak?

A: Your shop did the right thing and checked for leaks and they are correct that brake fluid level will go down a bit over time. This happens as the brake pads wear and more fluid is needed at the brake calipers to make up for the wearing pads. More than likely the brake fluid level sensor (a float) is sticking and turning on the light. Checking the fluid probably jolts the sensor enough to let it work again.

— John Paul is the AAA Northeast Car Doctor. He has over 30 years of experience in the automobile industry and is an ASE-Certified Master Technician. Write to John Paul The Car Doctor at 110 Royal Little Drive, Providence, RI 02904. Or email  [email protected]  and put "Car Doctor" in the subject field. Saturday mornings at 8:30, tune into John Paul The Car Doctor at  wrolradio.com . Follow him on Twitter  @johnfpaul  or  on Facebook .

What is a “Trip” Computer?

An electronic device called a trip computer that gives various bits of information to an automobile driver is known as a computer. It is composed of an onboard computer which analyzes the functions of the car, and a display screen which displays information to the driver. A typical trip computer displays constantly updated information such as average speed, distance traveled and fuel consumption. Others can show information about multiple trips or drivers and may include additional functions like low tire pressure warnings or maintenance reminders.

The trip computer usually displays amaozn information such as distance traveled and average speed. This information can be used to help drivers determine how long a is remaining and whether they are likely to arrive on time. Many trip computers  craigslist rhode island display information about fuel consumption, such as a rate that is averaged over time, and an up-to-the minute reading of fuel usage per mile traveled.

Some cars have additional information such as trip computers that can be used to provide useful information for the driver. Low tire pressure warnings let drivers know if their tires are too low or high. The latest models often include reminders for maintenance, such as the remaining oil life.

What is a Trip Computer on a Car?

Trip computers were once only an option for premium cars. Many lower-priced vehicles now offer this option or come standard with it. You can also add a variety of aftermarket computers to your car. Most aftermarket devices are mounted on the dashboard and connect to electrical and other systems. These devices should only be installed by qualified professionals.

Sometimes you need information about your journey while driving so that you can plan your refueling stops and gauge your vehicle’s efficiency. This information can be retrieved using a computer.

A trip computer can be either an accessory or installed during vehicle manufacturing. It measures your vehicle’s speed and calculates how many miles you have left before you need to refill. A lot of trip computers can measure the time spent driving and how long you have before running out of gas.

Trip Computer Features

The capabilities of your computer depend on what year, make, and model you have. Your computer may not include information about fuel consumption and outside temperature for low-end cars. Trip computers in luxury and high-end cars are more sophisticated. They can monitor the overall efficiency of separate drivers, or monitor tire pressure.

 Notifications Trip Computer

A few on-board computers can also inform the driver when the vehicle needs maintenance. The computer may display information such as the remaining miles until the next oil change, and then notify the driver when service is required.

Trip computer

To help promote fuel-efficient driving, data is recorded on both current and average fuel consumption. Data from the trip computer can be displayed in the instrument panel.

The trip computer includes the following gauges:

Trip odometer

Current fuel consumption, distance to empty tank.

• Tourist - alternative speedometer

Unit standards for distance, speed, etc. can be changed via system settings in the center display.

There are two trip odometers: TM and TA.

TM can be reset manually and TA is reset automatically if the vehicle is not used for four hours.

During a drive, the trip odometer registers data on:

• Driving time
• Average speed
• Average fuel consumption

The readings since the trip odometer's last reset are displayed.

The odometer records the vehicle's total mileage. This reading cannot be reset.

This gauge shows the vehicle's fuel consumption at that moment. The reading is updated about once a second.

The trip computer calculates the distance that can be driven on the fuel remaining in the tank.

This calculation is based on average fuel consumption during the last 30 km ( 20 miles ) and the amount of fuel remaining in the tank.

When the gauge displays "----", there is not enough fuel remaining to calculate the remaining mileage. Refuel as soon as possible.

An economical driving style will generally increase how far you can drive on a certain amount of fuel.

Alternative speedometer with tourist mode

The alternative speedometer makes it easier to drive in countries where speed limit signs are shown in a different measurement unit than the one usually shown in the vehicle.

When used, the digital speed is displayed in the opposite unit to that shown in the analog speedometer. If mph is used in the analog speedometer, the equivalent speed in km/h will be shown in the digital speedometer.

Alternative speedometer without tourist mode

When the driver changes unit to display the speedometer in e.g. km/h a smaller speedometer is displayed digitally in mph above the standard speedometer and vice versa.

Related documents

• Changing system units of measurement
• Displaying trip data in the instrument panel
• Resetting the trip odometer
• Displaying trip statistics in the center display
• Instrument panel

Customer Viewpoint Ratings and Reviews

Who leaves ratings and reviews?

Ratings and reviews are provided by customers who have either purchased a vehicle or visited a dealership for service.

How are ratings and reviews collected?

Customers are invited to participate in a survey administered by MaritzCX, an independent, third-party supplier.

Can dealerships edit or remove reviews?

No. Ford personnel and/or dealership personnel cannot modify or remove reviews.

Are reviews modified or monitored before being published?

MaritzCX moderates public reviews to ensure they contain content that meet Review guidelines, such as:

‣No Profanity or inappropriate defamatory remarks

‣No Personal Identifying information (e.g., customer phone number or email)

‣No Competitor references (e.g., another brand or dealership)

‣Dangerous behavior (e.g. threatening to harm employees or others)

‣Lack of adequate text (e.g., symbols, emoji’s and random letters)

Reviews on the product and not the customer’s Sales or Service experience

• Electric Vehicles
• Pay my bill
• Update my SYNC
• Replace a Part

How do I use the trip computer in my Ford?

The trip computer in your vehicle keeps track of the time and distance you have traveled. The trip computer has several menu options that you can access by using the five-way controls on your steering wheel. Press down, up, left, or OK to scroll through the options, which include: 

• Distance to Empty: Indicates the approximate distance your vehicle can travel before running out of fuel. 
• Trip Odometer: Registers the distance you have traveled on an individual trip.
• Trip Timer: Keeps track of how long each trip takes. The timer stops when you turn your vehicle off and restarts when you restart your vehicle.
• Average Fuel: Shows the average fuel economy for a given trip.
• Outside Temperature: Shows the outside air temperature.
• Digital Odometer: Tracks the overall distance you have traveled.
• All Values: Shows the Distance to Empty, Trip Odometer, Trip Timer, and Average Fuel. 

Using Your Trip Computer

Setting your trip odometer to track an individual trip.

• Scroll to either the Trip Odometer, Trip Timer, or Average Fuel screen using the five-way steering wheel controls.
• Press and hold the OK button until you see the status bar loading. When the status bar fills in all the way, your computer will be reset.

Resetting All Trip Computers

• Scroll to the All Values screen using the five-way steering wheel controls.
• Press and hold OK until you see that the computer is reset to zero.

Changing the Display Information

• Go to Settings from the main menu.
• Measure Unit or Distance depending on your vehicle
• Temperature

Note: Some vehicles may come with an additional trip computer, Trip 2. It has the same features as Trip 1 and makes keeping track of multiple trips easier.

Additional Information

What is the Distance to Empty feature?

• Contacting Us

Introduction

• About This Publication
• Using This Publication

Symbols Glossary

• Symbols Used on Your Vehicle
• Data Privacy
• Service Data
• Settings Data
• Connected Vehicle Data
• Mobile Device Data
• Emergency Call System Data

Environment

• Protecting the Environment

Visual Search

Steering wheel.

• Instrument Panel - Excluding: GT
• Instrument Panel - GT
• Center Console - GT
• Vehicle Interior - Excluding: GT
• Vehicle Interior - GT
• Front Exterior - Excluding: GT
• Front Exterior - GT
• Rear Exterior - Excluding: GT
• Rear Exterior - GT

Child Safety

• Child Safety Precautions

Child Restraint Anchor Points

• What Are the Child Restraint Anchor Points
• Locating the Child Restraint Lower Anchor Points
• Locating the Child Restraint Top Tether Anchor Points

Child Restraints

• Child Restraint Position Information
• Child Restraints Recommendation

Installing Child Restraints

• Using Seatbelts
• Using Lower Anchors and Tethers for Children
• Installing a Child Restraint in a Center Seat
• Combining the Seatbelt and Lower Anchors for Attaching Child Restraints
• Using Tether Straps
• Booster Seats
• Child Safety Locks
• Seatbelt Precautions
• Fastening and Unfastening the Seatbelts

Sensitive Locking Mode

• What is Sensitive Locking Mode
• How Does Sensitive Locking Mode Work

Automatic Locking Mode

• What Is Automatic Locking Mode
• When to Use Automatic Locking Mode
• Engaging Automatic Locking Mode
• Disengaging Automatic Locking Mode
• Adjusting the Seatbelts During Pregnancy
• Adjusting the Seatbelt Height

Seatbelt Reminder

• How Does the Seatbelt Reminder Work
• Seatbelt Reminder Indicators
• Seatbelt Reminder Audible Warnings
• Switching the Seatbelt Reminder On and Off
• Checking the Seatbelts
• Seatbelt Extensions

Personal Safety System™

• What Is the Personal Safety System
• How Does the Personal Safety System Work
• Personal Safety System Components
• How Do the Front Airbags Work
• How Do the Side Airbags Work
• How Do the Knee Airbags Work
• How Does the Safety Canopy™ Work
• Airbag Precautions
• Properly Adjusting the Driver and Front Passenger Seats
• Children and Airbags

Front Passenger Sensing System

• What Is the Front Passenger Sensing System
• How Does the Front Passenger Sensing System Work
• Front Passenger Sensing System Precautions
• Front Passenger Sensing System Indicators
• Crash Sensors and Airbag Indicator
• Disposing of Airbags

Pedestrian Alert System

• What Is the Pedestrian Alert System
• What Is 911 Assist
• How Does 911 Assist Work
• Emergency Call Requirements
• Emergency Call Limitations

Keys and Remote Controls

• Remote Control Limitations
• Using the Remote Control
• Sounding the Panic Alarm
• Locating Your Vehicle
• Changing the Remote Control Battery - LHD
• Replacing a Lost Key or Remote Control
• Programming the Remote Control
• Keys and Remote Controls Audible Warnings

Keys and Remote Controls – Troubleshooting

• Keys and Remote Controls – Information Messages

Phone as a Key (If Equipped)

• What Is Phone as a Key
• Phone as a Key Limitations
• Programming Your Phone
• Using the Valet Mode
• Using the Backup Start Passcode

Phone as a Key – Troubleshooting

• Phone as a Key – Frequently Asked Questions
• What Is MyKey

MyKey Settings

• Non-Configurable MyKey Settings
• Configurable MyKey Settings
• Creating a MyKey
• Programming a MyKey
• Clearing All MyKeys
• Checking MyKey System Status
• Using MyKey With Remote Start Systems

MyKey – Troubleshooting

• MyKey – Information Messages
• MyKey – Frequently Asked Questions

Doors and Locks

Operating the doors from outside your vehicle.

• Unlocking and Locking the Doors Using the Remote Control
• Opening and Closing the Doors

Operating the Doors From Inside Your Vehicle

• Unlocking and Locking the Doors Using the Central Locking
• Opening the Doors From Inside Your Vehicle
• What Is Autounlock
• Autounlock Requirements
• What Is Autolock
• Autolock Requirements
• What Is Mislock
• Mislock Limitations
• Switching Mislock On and Off
• Doors and Locks Audible Warnings

Doors and Locks – Troubleshooting

• Doors and Locks – Warning Lamps
• Doors and Locks – Information Messages
• Doors and Locks – Frequently Asked Questions
• Doors and Locks Videos

Keyless Entry

• What Is Keyless Entry
• Keyless Entry Limitations
• Keyless Entry Settings
• Using Keyless Entry

Keyless Entry – Troubleshooting

• Keyless Entry – Frequently Asked Questions

Keyless Entry Keypad

• What Is the Keyless Entry Keypad
• Keyless Entry Keypad Limitations
• Locating the Keyless Entry Keypad
• Keyless Entry Keypad Master Access Code
• Keyless Entry Keypad Personal Access Codes
• Using the Keyless Entry Keypad

Keyless Entry Keypad – Troubleshooting

• Keyless Entry Keypad – Frequently Asked Questions

Walk Away Lock

• What is Walk Away Lock
• How Does Walk Away Lock Work
• Walk Away Lock Limitations
• Switching Walk Away Lock On and Off
• Switching Walk Away Lock Audible Feedback On and Off

Easy Entry and Exit

• How Does Easy Entry and Exit Work
• Switching Easy Entry and Exit On and Off

Liftgate - Vehicles With: Hands-Free Liftgate/Power Liftgate

• Liftgate Precautions

Opening the Liftgate

• Opening the Liftgate From Inside Your Vehicle
• Opening the Liftgate From Outside Your Vehicle
• Opening the Liftgate Using the Remote Control
• Setting the Liftgate Opening Height

Closing the Liftgate

• Closing the Liftgate From Inside Your Vehicle
• Closing the Liftgate From Outside Your Vehicle
• Closing the Liftgate Using the Remote Control
• Stopping the Liftgate Movement
• Liftgate Obstacle Detection

Liftgate – Troubleshooting

• Liftgate – Warning Lamps
• Liftgate – Information Messages
• Liftgate – Frequently Asked Questions

Liftgate - Vehicles With: Manual Liftgate

Passive anti-theft system.

• What Is the Passive Anti-Theft System
• How Does the Passive Anti-Theft System Work

Anti-Theft Alarm System

• What Is the Anti-Theft Alarm System
• How Does the Anti-Theft Alarm System Work
• What Are the Interior Sensors
• What Are the Inclination Sensors
• Arming the Anti-Theft Alarm System
• Disarming the Anti-Theft Alarm System

Anti-Theft Alarm System Settings

• What are the Alarm Security Levels
• Setting the Alarm Security Level
• What Is Ask on Exit
• Switching Ask on Exit On and Off

Security – Troubleshooting

• Security – Information Messages
• Security – Frequently Asked Questions
• Adjusting the Steering Wheel
• Switching the Heated Steering Wheel On and Off

Wipers and Washers

• Wiper Precautions
• Switching Windshield Wipers On and Off
• What Are Autowipers
• Autowipers Settings
• Adjusting the Sensitivity of the Rain Sensor
• Switching the Rear Window Wiper On and Off

Reverse Wipe

• What Is Reverse Wipe
• Reverse Wipe Settings
• Checking the Wiper Blades
• Replacing the Front Wiper Blades
• Replacing the Rear Wiper Blades
• Washer Precautions
• Using the Windshield Washer
• Switching the Courtesy Wipe On and Off
• Using the Rear Window Washer
• Adding Washer Fluid
• Washer Fluid Specification
• Wipers and Washers Videos

Wipers and Washers – Troubleshooting

• Wipers and Washers – Warning Lamps
• Wipers and Washers – Frequently Asked Questions

Exterior Lighting

• Exterior Lighting Control
• Using the High Beam Headlamps
• Switching Headlamp Exit Delay On and Off
• Headlamp Indicators

Headlamps – Troubleshooting

• Headlamps – Frequently Asked Questions
• What Are Autolamps
• Autolamp Settings

Exterior Lamps

• Using the Turn Signal Lamps
• Switching the Daytime Running Lamps On and Off
• Switching the Daytime Running Lamps On and Off - Vehicles With: Daytime Running Lamps (DRL)
• Switching Welcome Lighting On and Off
• Exterior Lamp Indicators
• Exterior Lamps On Audible Warning

Automatic High Beam Control

• How Does Automatic High Beam Control Work
• Automatic High Beam Control Precautions
• Automatic High Beam Control Requirements
• Automatic High Beam Control Limitations
• Switching Automatic High Beam Control On and Off
• Automatic High Beam Control Indicators
• Overriding Automatic High Beam Control

Automatic High Beam Control – Troubleshooting

• Automatic High Beam Control – Information Messages
• Exterior Lighting Videos

Interior Lighting

• Switching All of the Interior Lamps On and Off
• Switching the Front Interior Lamps On and Off
• Switching the Rear Interior Lamps On and Off

Interior Lamp Function

• What Is the Interior Lamp Function
• Switching the Interior Lamp Function On and Off
• Adjusting the Instrument Panel Lighting Brightness

Ambient Lighting (If Equipped)

• Switching Ambient Lighting On and Off
• Adjusting Ambient Lighting

Interior Lighting – Troubleshooting

• Interior Lighting – Frequently Asked Questions
• Opening and Closing the Windows

Global Opening and Closing

• What Is Global Opening and Closing
• Using Global Opening
• Switching Global Opening On and Off
• Using Global Closing
• Switching Global Closing On and Off

Window Bounce-Back

• What Is Window Bounce-Back
• Overriding Window Bounce-Back
• Locking the Rear Window Controls

Interior Mirror

• Interior Mirror Precautions

Auto-Dimming Interior Mirror

• What Is the Auto-Dimming Interior Mirror
• Auto-Dimming Interior Mirror Limitations

Exterior Mirrors

• Adjusting the Exterior Mirrors
• Folding the Exterior Mirrors - Vehicles With: Power Folding Mirrors
• Folding the Exterior Mirrors - Vehicles With: Manual Folding Mirrors

Instrument Cluster

• Instrument Cluster Overview - Excluding: GT
• Instrument Cluster Overview - GT
• Power Gauge - GT
• Speedometer
• Vehicle Range Display
• High Voltage Battery Gauge
• What Are the Instrument Cluster Warning Lamps
• Instrument Cluster Warning Lamps
• What Are the Instrument Cluster Indicators
• Instrument Cluster Indicators

Instrument Cluster Display

• Brake Coach

Personalized Settings

• Changing the Language
• Changing the Measurement Unit
• Changing the Temperature Unit
• Changing the Tire Pressure Unit

Trip Computer

Accessing the trip computer.

• Resetting the Trip Computer

Remote Start

• What Is Remote Start
• Remote Start Precautions
• Remote Start Limitations
• Enabling Remote Start
• Remotely Starting and Stopping the Vehicle
• Extending the Remote Start Duration
• Remote Start Settings

Climate Control

• Identifying the Climate Control Unit
• Switching Climate Control On and Off
• Switching Recirculated Air On and Off
• Switching Air Conditioning On and Off
• Switching Defrost On and Off
• Switching Maximum Defrost On and Off
• Switching Maximum Cooling On and Off
• Switching the Electric Heater On and Off
• Switching the Heated Wiper Park On and Off (If Equipped)
• Switching the Heated Rear Window On and Off
• Setting the Blower Motor Speed
• Switching the Heated Mirrors On and Off (If Equipped)
• Setting the Temperature
• Directing the Flow of Air
• Switching Auto Mode On and Off
• Auto Mode Indicators
• Switching Dual Mode On and Off
• Climate Control Hints

Interior Air Quality

• What Is the Cabin Air Filter
• Replacing the Cabin Air Filter

Front Seats

• Front Seat Precautions
• Sitting in the Correct Position

Manual Seats

• Head Restraint Components
• Adjusting the Head Restraint
• Removing the Head Restraint
• Installing the Head Restraint
• Moving the Seat Backward and Forward
• Adjusting the Seat Backrest
• Adjusting the Seat Height (If Equipped)

Power Seats

• Adjusting the Head Restraint - GT, Vehicles With: Front Fixed Head Restraints
• Adjusting the Head Restraint - Vehicles With: Front Adjustable Head Restraints
• Adjusting the Seat Height
• Adjusting the Lumbar Support

Heated Seats (If Equipped)

• Heated Seat Precautions
• Switching the Heated Seats On and Off
• Folding the Seat Backrest
• Unfolding the Seat Backrest

Rear Occupant Alert System (If Equipped)

• What is the Rear Occupant Alert System
• How Does the Rear Occupant Alert System Work
• Rear Occupant Alert System Precautions
• Rear Occupant Alert System Limitations
• Switching Rear Occupant Alert System On and Off
• Rear Occupant Alert System Indicators
• Rear Occupant Alert System Audible Warnings

Memory Function (If Equipped)

• What Is the Memory Function
• Memory Function Precautions
• Locating the Memory Function Buttons
• Saving a Preset Position
• Recalling a Preset Position

Garage Door Opener

• Garage Door Opener Introduction
• Garage Door Opener Precautions and Frequencies
• Programming the Garage Door Opener
• Garage Door Opener Additional Assistance
• Locating the USB Ports
• Playing Media Using the USB Port
• Charging a Device

Power Outlet

• What Is the Power Outlet
• Power Outlet Precautions
• Locating the Power Outlets

Wireless Accessory Charger

• What Is the Wireless Accessory Charger
• Wireless Accessory Charger Precautions
• Locating the Wireless Accessory Charger
• Charging a Wireless Device

Cup Holders

• Cup Holder Precautions

Glove Compartment

• Opening the Glove Compartment

Glasses Holder

• Locating the Glasses Holder

Starting and Powering Off

• Starting and Powering Off Precautions
• Starting the Vehicle
• Powering Off
• Restarting the Vehicle After Powering Off
• Accessing the Passive Key Backup Position

Starting and Powering Off – Troubleshooting

• Starting and Powering Off – Frequently Asked Questions

High Voltage Battery

• What Is the High Voltage Battery
• High Voltage Battery Precautions
• Preserving Your High Voltage Battery
• Recycling and Disposing of the High Voltage Battery

High Voltage Battery – Troubleshooting

• High Voltage Battery – Warning Lamps

Charging Your Vehicle

• What is AC Charging
• What is DC Charging
• Charging Your Vehicle Precautions
• Charging Equipment (If Equipped)
• Locating the Charge Port
• Charge Port Indicators

AC Charging

• Connecting the Charger
• Stopping Charging

DC Charging

• Setting the Charging Schedule and Preferences
• Charging Your Vehicle Hints

Charging Your Vehicle – Troubleshooting

• Charging Your Vehicle – Warning Lamps
• Charging Your Vehicle – Information Messages
• Charging Your Vehicle – Frequently Asked Questions
• Charging Your Vehicle Videos

Electric Motor

• Electric Motor Precautions

Selector Positions

• Reverse (R)
• Neutral (N)
• Shifting Your Vehicle Into Gear
• Electric Motor Audible Warnings

Temporary Neutral Mode

• What Is Temporary Neutral Mode
• How Does Temporary Neutral Mode Work
• Temporary Neutral Mode Limitations
• Entering Temporary Neutral Mode
• Exiting Temporary Neutral Mode

Automatic Return to Park (P)

• What Is Automatic Return to Park (P)
• How Does Automatic Return to Park (P) Work
• Automatic Return to Park (P) Limitations

All-Wheel Drive (If Equipped)

• How Does All-Wheel Drive Work
• All-Wheel Drive Precautions
• All-Wheel Drive Limitations

All-Wheel Drive – Troubleshooting

• All-Wheel Drive – Information Messages
• Brake Precautions

Anti-Lock Braking System

• Anti-Lock Braking System Limitations
• Brake Over Accelerator
• Locating the Brake Fluid Reservoir
• Checking the Brake Fluid
• Brake Fluid Specification

Brakes – Troubleshooting

• Brakes – Warning Lamps
• Brakes – Frequently Asked Questions

Electric Parking Brake

• What Is the Electric Parking Brake
• Applying the Electric Parking Brake
• Applying the Electric Parking Brake in an Emergency
• Manually Releasing the Electric Parking Brake
• Automatically Releasing the Electric Parking Brake
• Electric Parking Brake Audible Warning
• Releasing the Electric Parking Brake if the Vehicle Battery Has Run Out of Charge

Electric Parking Brake – Troubleshooting

• Electric Parking Brake – Warning Lamps
• Electric Parking Brake – Information Messages

Reverse Brake Assist

• What Is Reverse Brake Assist
• How Does Reverse Brake Assist Work
• Reverse Brake Assist Precautions
• Switching Reverse Brake Assist On and Off
• Overriding Reverse Brake Assist
• Reverse Brake Assist Indicators

Reverse Brake Assist – Troubleshooting

• Reverse Brake Assist – Information Messages
• Reverse Brake Assist – Frequently Asked Questions

Cross Traffic Braking

• What Is Cross Traffic Braking
• How Does Cross Traffic Braking Work
• Cross Traffic Braking Precautions
• Switching Cross Traffic Braking On and Off
• Overriding Cross Traffic Braking
• Cross Traffic Braking Indicators

Cross Traffic Braking – Troubleshooting

• Cross Traffic Braking – Information Messages
• Cross Traffic Braking – Frequently Asked Questions

Hill Start Assist

• What Is Hill Start Assist
• How Does Hill Start Assist Work
• Hill Start Assist Precautions
• How Does Auto Hold Work
• Switching Auto Hold On and Off
• Using Auto Hold
• Auto Hold Indicators

Traction Control

• What Is Traction Control
• How Does Traction Control Work
• Switching Traction Control On and Off
• Traction Control Indicator

Traction Control – Troubleshooting

• Traction Control – Warning Lamps
• Traction Control – Information Messages

Stability Control

• How Does Stability Control Work
• Switching Stability Control On and Off
• Stability Control Indicator

Electric Power Steering

• Electric Power Steering Precautions
• Electric Power Steering Adaptive Steering

Steering – Troubleshooting

• Steering – Information Messages

Parking Aids

• Parking Aid Precautions
• Switching Parking Aid On and Off

Rear Parking Aid

• What is the Rear Parking Aid
• Rear Parking Aid Limitations
• Locating the Rear Parking Aid Sensors
• Rear Parking Aid Audible Warnings

Front Parking Aid

• What is the Front Parking Aid
• Front Parking Aid Limitations
• Locating the Front Parking Aid Sensors
• Front Parking Aid Audible Warnings

Side Parking Aid

• What is the Side Parking Aid
• Side Parking Aid Limitations
• Locating the Side Parking Aid Sensors
• Side Parking Aid Audible Warnings
• Parking Aid Indicators

Parking Aids – Troubleshooting

• Parking Aids – Information Messages
• Parking Aids Videos

Rear View Camera

• What Is the Rear View Camera
• Rear View Camera Precautions
• Locating the Rear View Camera
• Rear View Camera Guide Lines
• Rear View Camera Object Distance Indicators

Rear View Camera Settings

• Zooming the Rear View Camera In and Out
• Switching Rear View Camera Delay On and Off

360 Degree Camera

• What Is the 360 Degree Camera
• How Does the 360 Degree Camera Work
• 360 Degree Camera Precautions
• 360 Degree Camera Limitations
• Locating the 360 Degree Cameras
• 360 Degree Camera Guide Lines

360 Degree Camera Settings

• Switching the 360 Degree Camera On and Off
• Switching the 360 Degree Camera View

Active Park Assist (If Equipped)

• What Is Active Park Assist
• How Does Active Park Assist Work
• Active Park Assist Precautions
• Switching Active Park Assist On and Off
• Entering a Parallel Parking Space
• Entering a Perpendicular Parking Space
• Exiting a Parking Space

Active Park Assist – Troubleshooting

• Active Park Assist – Information Messages
• Active Park Assist – Frequently Asked Questions

Adaptive Cruise Control

• How Does Adaptive Cruise Control With Stop and Go Work
• Adaptive Cruise Control Precautions
• Adaptive Cruise Control Limitations
• Switching Adaptive Cruise Control On and Off
• Adaptive Cruise Control Automatic Cancellation
• Setting the Adaptive Cruise Control Speed
• Setting the Adaptive Cruise Control Gap
• Canceling the Set Speed
• Resuming the Set Speed
• Overriding the Set Speed
• Adaptive Cruise Control Indicators
• Switching From Adaptive Cruise Control to Cruise Control

Lane Centering

• How Does Lane Centering Work
• Lane Centering Precautions
• Lane Centering Requirements
• Lane Centering Limitations
• Switching Lane Centering On and Off
• Lane Centering Alerts
• Lane Centering Automatic Cancellation
• Lane Centering Manual Cancellation
• Lane Centering Indicators

Predictive Speed Assist

• How Does Predictive Speed Assist Work
• Predictive Speed Assist Precautions
• Predictive Speed Assist Limitations
• Switching Predictive Speed Assist Mode On and Off
• Adjusting the Set Speed Tolerance
• Predictive Speed Assist Alerts
• Predictive Speed Assist Indicators

Predictive Speed Assist – Troubleshooting

• Predictive Speed Assist – Information Messages

Adaptive Cruise Control – Troubleshooting

• Adaptive Cruise Control – Information Messages - Vehicles With: Lane Centering
• Adaptive Cruise Control – Information Messages - Vehicles With: Stop and Go

BlueCruise - Vehicles With: Hands Free Driving

• What Is BlueCruise
• How Does BlueCruise Work
• BlueCruise Precautions
• BlueCruise Requirements
• BlueCruise Limitations
• BlueCruise Settings
• Switching BlueCruise On and Off
• BlueCruise Alerts
• BlueCruise Automatic Cancellation
• BlueCruise Indicators

Lane Change Assist

• How Does Lane Change Assist Work
• Lane Change Assist Limitations
• Switching Lane Change Assist On and Off
• Lane Change Assist Cancellation

Lane Change Assist – Troubleshooting

• Lane Change Assist – Information Messages

In-Lane Repositioning

• How Does In-Lane Repositioning Work
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Drive Mode Control

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Drive Modes

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One Pedal Drive

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Lane Keeping System

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Center Display

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Voice Interaction

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What does the computer in a car do?

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All cars manufactured today contain at least one computer. It is in charge of monitoring engine emissions and adjusting the engine to keep emissions as low as possible. The computer receives information from a many different sensors, including:

• The oxygen sensor
• The air pressure sensor
• The air temperature sensor
• The engine temperature sensor
• The throttle position sensor
• The knock sensor

Using the information from these sensors, the computer can control things like the fuel injectors, spark plugs and the idle speed to get the best performance possible from the engine while keeping emissions low. The computer can also sense when something has gone wrong and can inform the driver with the "Check Engine" light. A mechanic can read a diagnostic code from the computer and fix the problem.

Depending on how expensive the car is, there can be all sorts of other computers. For example:

• There is probably a computer controlling the automatic transmission
• If the car has anti-lock brakes , there is a computer reading the wheel speed and controlling the brakes
• Many air bag systems have their own computers
• A car with keyless entry or a security system has a computer for these systems
• Advanced climate control systems often have computers
• Some cars now have motorized seats and mirrors that can remember the settings for multiple drivers, and these contain computers
• Any radio or CD player with a digital display contains a computer of its own
• Cruise control systems use computers

In other words, a modern luxury car is a rolling computer network. It is amazing how many embedded controllers a car can have.

So what was the deal about whether our cars would start on January 1, 2000? Nothing. The computers in our cars have no idea what today's date is because it is irrelevant to their calculations. If you take the battery out of your car to replace it, all of the computers lose power. Your radio, for example, may forget its preset stations. However, you don't have to reset the date on any of these embedded computers because none of them care.

Here are some interesting links:

• How Car Computers Work
• How Car Engines Work
• How Manual Transmissions Work
• How Automatic Transmissions Work

Please copy/paste the following text to properly cite this HowStuffWorks.com article:

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Understanding Vehicle Computer System: Key Components and How It Works

Modern vehicles are intricate machines that can be compared to mobile computers. The majority of modern vehicles possess at least one computer system, with many possessing several. In the past, individuals with inquisitive minds, ample time, and comprehensive manuals could learn about vehicles by tinkering with them. However, presently, a certain degree of computer expertise is mandatory for those wishing to work on vehicles.

For modern vehicle technicians and mechanics, a fundamental understanding of computers is essential, as they are critical to the operation of modern vehicles. These systems provide the intelligence and processing power required to manage a wide range of functions, from engine control to safety systems to entertainment and navigation.

In this article, we will delve into the intricacies of the vehicle computer system and discuss its significance in the engine’s performance and drivability systems of a vehicle.

Computers are essential to the operation of modern vehicles, providing the intelligence and processing power needed to manage a wide range of functions, from engine control to safety systems to entertainment and navigation. Computers are used extensively in modern vehicles for a wide range of applications, including:

• Engine Control : The engine control unit (ECU) is a computer that manages the fuel injection, ignition timing, and other functions of the engine. It monitors sensors such as the oxygen sensor, throttle position sensor, and coolant temperature sensor, and adjusts the engine performance accordingly.
• Safety Systems : Modern vehicles are equipped with a range of safety systems that rely on computers, including anti-lock braking systems (ABS), electronic stability control (ESC), and airbag systems. These systems use sensors and algorithms to detect and respond to potential safety hazards, helping to prevent accidents and reduce injuries.
• Infotainment : In-car entertainment systems have become increasingly sophisticated, with many vehicles now offering touchscreens, voice control, and wireless connectivity for smartphones and other devices. These systems typically use a computer to manage the user interface and to process audio and video signals.
• Navigation : GPS navigation systems use computers to process location data and to provide real-time directions to the driver. Many modern vehicles now offer built-in navigation systems, which use a combination of GPS and map data to provide accurate and up-to-date navigation information.
• Autonomous Driving : Autonomous vehicles rely heavily on computers to process data from a range of sensors, including cameras, lidar, and radar. These systems use algorithms and machine learning to interpret the sensor data and to make decisions about how to control the vehicle.

As vehicles have become increasingly complex, the need for advanced computer systems to manage their performance and operation has grown. These systems are critical to the safe and efficient operation of modern vehicles, providing the intelligence and processing power needed to manage a wide range of functions. Next, we will explore the intricacies of the vehicle’s computer system and discuss its importance in the engine’s performance and drivability systems of a vehicle.

What Is A Vehicle Computer System ?

In modern vehicles, a vehicle computer system is connected to multiple Electronic Control Units (ECUs) that monitor and regulate specific components or subsystems. The ECUs receive data from sensors and control various functions through actuators. The main purpose of the car computer system is to oversee and optimize the vehicle’s performance and operation. The incorporation of advanced computer systems in cars has contributed to their improved efficiency, safety, and ease of use.

A significant number of computer systems exchange information gleaned through shared sensors. Multiplexing serves as the data connection that allows computers to communicate with one another. Several computers collaborate with one another in order to exert control over various components of the vehicle.

For instance, Automatic Traction Control is a component of Anti-lock Brake Systems. However, if the system detects a wheel spinning, it can interact with the engine computer to lower engine power. It is also capable of applying the brakes to the spinning wheel. Based on the system, it can process this operation anywhere from 5 to 100 times in a single second.

What Constitutes A Vehicle Computer System ?

A vehicle computer system comprises many different components, each of which communicates with the PCM (Powertrain Control Module) to facilitate its smooth and effective operation. Memory, processors, analog-to-digital converters, voltage regulators, circuit boards, and transistors are some of the components that make up a vehicle computer system . Others include computing processors and object detection/analysis. Vehicle computers must withstand a wider range of temperatures, vibrations, environmental conditions, and other variables. 

Suppose any of these components stop working properly. In that situation, it’s possible that you won’t be able to move for a moment since they all play a significant part in the operation of the vehicle as a whole. Here we name a few essential components of a car computer system:

• Computing Processors
• Computer Memory 
• CAN Bus Modules
• Signal Conditioners
• Voltage Regulators
• Analog to Digital Convertors 
• Input/Output Devices

What Is a PCM on a Car? 

The Powertrain Control Module (PCM) is a term frequently used to refer to the vehicle’s computer system . Essentially, it serves as the “brain” of the vehicle, utilizing data collected from various sensors to make decisions regarding the operation of the engine, transmission, and other components. The PCM is just one of the numerous microprocessors found in contemporary automobiles, responsible for managing various systems such as automatic climate control and power windows. 

What is the Engine Control Module?

The term “ECM,” which stands for Engine Control Module, is sometimes used to refer to a vehicle computer system .  It is responsible for controlling the engine by collecting sensory data from various parts of the vehicle. The ECU gathers data from the cooling system, exhaust, intake, and other internal components, and then issues commands based on this information. The ECU controls various aspects such as ignition timing, throttle position, wastegate pressure, and fuel injection timing.

Types of Vehicle Sensors in Automotive Computers

A computer system in a car is supported by a variety of sensors that create signals to communicate critical information to the processor. This allows the processor to make any required modifications to the functioning of the vehicle. The following are examples of commonly used types of automotive sensors found in a vehicle computer system :

• Temperature Sensor: The resistance value shifts whenever there is a change in the temperature surrounding the resistor that is housed inside the temperature sensor. This change eventually contributes to the monitoring of the temperature of the engine.
• Pressure Sensor: By detecting the pressure differential between the engine’s intake manifold and atmospheric pressure, a Manifold Absolute Pressure (MAP) sensor can keep tabs on how much load the engine is bearing.
• Air-flow Sensor: An air-flow sensor is used to determine the volume and density of the air that is being introduced into the combustion chamber.
• Parking Sensor: The parking sensor is able to identify any obstruction that may be in either the front or the back of the automobile.
• Engine Speed Sensor: An engine speed sensor keeps track of both the speed at which the crankshaft is turning and its location.
• Potentiometers (Position Sensor): The most often used potentiometer refers to the throttle position sensor on the accelerator pedal, monitoring the throttle valve location.
• Driver Detector Sensor: The Driver Detector Sensor is used to detect the presence of a driver in the vehicle and activate or deactivate certain features accordingly, such as the seat belt warning system or the airbag system.

How Does A Vehicle Computer System Work?

A vehicle computer system controls the many operations that take place inside a vehicle and optimizes its performance under a variety of conditions, like changes in weather or even the habits of a particular driver. It uses a variety of input sensors and switches to collect data and information. Everything gets processed by the computer itself. On the other hand, the system controls outputs like injectors, fans, solenoids, and relays to operate the various components.

A voltage is required for the computer system to function. Most sensors work by altering a voltage signal. The computer converts the voltage to a temperature, pressure, or location. Some sensors transmit a DC digital signal to the computer, which is an on-off or high-low signal, while others transmit an Analog voltage, which may be either constant or variable.

Temperatures are shown in degree Celsius, pressures in pounds per square inch, and locations in percentages when a scan instrument or computer is connected to the system by a technician. The computer takes the information from the sensors and other sources and feeds it into an algorithm, which then outputs instructions for how to run the system.

Once the computer has made a judgment based on the data it has been provided, it will activate mechanisms like solenoids, switches, motors, and lights. The ground side of the circuit is where many of the output unit circuits are regulated. Due to the low amperage of most computer circuits, a relay may be used to regulate the current in a separate, higher-amperage circuit.

The Future of Vehicle Computer Systems and Applications

Computers are expected to play a major role in the future of transportation, with a range of new technologies and applications being developed that are expected to transform the way we travel. Here are some examples of how computers are expected to help transportation in the future:

• Autonomous Driving: Computers are essential to the development of autonomous vehicles, which have the potential to revolutionize transportation by reducing accidents, traffic congestion, and pollution. Autonomous vehicles rely on sensors, algorithms, and machine learning to detect and respond to their environment, allowing them to navigate roads safely and efficiently without human intervention.
• Traffic Management: Advanced traffic management systems are being developed that use computers to optimize traffic flow and reduce congestion. These systems use real-time data from sensors and cameras to monitor traffic conditions and to adjust traffic signals and road markings to minimize delays and improve safety.
• Predictive Maintenance: Computers are being used to monitor the performance of transportation infrastructure, such as bridges, tunnels, and railways, to detect potential problems before they cause major disruptions. This helps to reduce downtime and maintenance costs and improves safety and reliability.
• Mobility-as-a-Service: Mobility-as-a-Service (MaaS) is a new concept that uses computers to provide integrated transportation services, such as ride-sharing, public transit, and bike-sharing, through a single platform. This allows travelers to plan and pay for their entire trip using a single app, reducing the need for car ownership and reducing traffic congestion.
• Energy Efficiency: Computers are being used to optimize the energy efficiency of transportation systems, by reducing the amount of energy needed to move people and goods. This includes developing more efficient engines and powertrains, as well as using algorithms to optimize routes and reduce idling time.

Your Trusted Supplier of Vehicle Computer Systems

A Vehicle’s computer system has become an integral part of modern vehicles. The system oversees and optimizes the vehicle’s performance and operation, contributing to improved efficiency, safety, and ease of use. 

SINTRONES’ In-Vehicle Computing products are ruggedized embedded control units that can be applied in a variety of system and vehicle control applications. Contact us to learn more about our solution to vehicle computer systems .  

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What does "trip a" mean on a car.

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There are many signs and indicators, from your available gas to your total mileage. Many people like to track their mileage, but it can be tricky to accurately measure. That’s where the idea of Trip A comes into play, but not everyone knows what this means. You might wonder - what does Trip A mean on a car?

If you’re interested in learning more about what Trip A means in a vehicle, you’ve come to the right place. Read on to learn more about what Trip A means, what Trip B means, what separates the two, how to turn off the car trip function, and other valuable information. The more you know about your vehicle, the easier it will be to manage and maintain.

What Does Trip A Mean on A Car?

What does Trip A mean on a car? According to mechanicask.com , Trip A and Trip B in a car are different ways to measure the mileage of separate trips in a vehicle. Trip A shows the mileage for a shorter period, such as if you want to keep track of the miles driven between trips to the gas station.

It’s helpful to measure different forms of mileage in a vehicle because it allows you to:

• Track the fuel efficiency of your vehicle
• Determine how far a destination is from you
• Decide how far it is to get to a location

These will help you take advantage of your vehicle features.

Trip A measures the shorter distance, which is helpful if you want to check on your overall mileage and other items relating to the general ability of your vehicle on the road. If you measure longer distances, you should take advantage of Trip B to determine that measurement for your vehicle.

What Does Trip B Mean on A Car?

What does Trip B mean on a car? According to vehiclefreak.com , Trip B on a car is an independent trip meter instead of a shorter distance tracker. It’s an alternative gauge if you’re already using Trip A for something else and serves to measure a long-distance trip in your vehicle.

Trip B is helpful if you want to track your driving over an extended period. If you’re curious about how much you drive in a month, you can set Trip B to monitor your monthly miles and then reset it at the beginning of the month. From there, you can determine how far you drive in your life in a single month.

Trip A and Trip B are very similar in what they offer to the driver. However, there are some distinct differences. 

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What Separates Trip A and Trip B?

When considering the question - what does Trip A mean on a car - it’s critical to determine what separates Trip A from Trip B. They sound very similar but there are clear distinctions between the two.

Trip A is commonly used to track your trip over short distances, so it is most often reset every single time you refill your tank. It’s practical for short distances, but it won’t do as well if you want to track over a longer period. 

In contrast, Trip B can be left running for as long as you want it to go. It could be a month, a few months, a year, or even more. It all depends on what you want to track.

Trip A and Trip B are both valuable tools to have if you want to ponder your mileage. However, they are not the same. It’s helpful to remember these so you don’t attempt to keep track of a particular mileage on the wrong Trip odometer. 

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So you’re in the market for a used vehicle?  We’ve gone ahead and prepped some essential questions to ask when buying a used car .

How Do You Turn Off the Car Trip Function?

Some people might not want to have their car trip function on while they drive, and that’s okay. It’s possible to turn off the car trip function if you want to leave it on your classic odometer without any additional trackers on while you drive.

According to vehiclefreak.com , you can turn off your car trip function by completing the following steps:

• Heading to your odometer
• Learning the stored data in your trip function

Everything will be clear once you complete this process.

Of course, it’s critical to consider that this change will only be temporary. Once you start driving, the miles will rack up and you will have to see the numbers go up again. There is no real way to stop it from happening. 

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Does Every Car Have a Car Trip Odometer?

When considering the question - what does Trip A mean on a car it’s helpful to think about whether your car has an odometer. If you want to complete a trip in your car, you will need an odometer. Lucky for you, every vehicle comes with a car trip odometer, ready to start tracking right from the start.

Of course, it might take some time to get used to using your various car trip odometers. The more familiar you get with the process, the easier it will be to track your habits and determine your mileage on the road. You can determine how your driving is and how much fuel your vehicle uses on the go. Plus, you can see how much you drive.

Final Thoughts

If you see Trip A on your car, know that it’s used to keep track of a section of mileage separate from your standard odometer. Trip A tracks shorter distances and typically resets itself when you refill your gas tank. On the other hand, Trip B is used to handle longer distances and will go until you turn it off.

We hope this information was helpful! The more you know about various features in your vehicle, the easier it will be to determine how you are driving and how it impacts your mileage. It’s a good idea to track your habits to determine if there’s anything you’re doing wrong to save more money on your fuel.

Get a Curated List of the Best Used Cars Near You

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What Does Trip Mean on a Car

Last Updated on February 6, 2023 by Ryan

Trip on a car usually refers to the distance that the car has traveled. It can be used as a verb, meaning to travel or drive, or as a noun, meaning a journey.

When you’re driving, it’s important to be aware of all the different lights on your dashboard. One of these is the “trip” light, which can be a bit confusing for some people. So, what does trip mean on a car? Basically, the trip light is a reset button for your odometer. Every time you hit this button, it will start counting from 0 again. This can be useful if you want to keep track of how far you’ve driven in a certain period of time. For example, if you’re trying to see how many miles you can get on one tank of gas, you would hit the trip button at the beginning and then stop when your tank is empty. Some cars have two different trip buttons – one that resets the whole odometer and one that just keeps track of the last few miles driven. This can come in handy if you want to know exactly how far you’ve driven since your last fill-up. So there you have it – that’s what trip means on a car! Next time you see this light pop up on your dash, don’t panic – just hit the reset button and carry on with your journey.

How to use your cars TRIP COMPUTER!!

What Does the Trip Button Mean in a Car?

The trip button in a car is used to reset the odometer and trip meter. It is usually located on the dash board near the speedometer. Pressing the trip button will cause the odometer to go back to zero and the trip meter will reset to zero as well.

What is Trip on My Dashboard?

If you’re wondering what the “Trip” feature on your car’s dashboard is, don’t worry – you’re not alone. This feature is actually quite simple to understand and use once you know what it does. The Trip feature on your dashboard is essentially a reset button for your car’s odometer. It allows you to keep track of how far you’ve driven in a given period of time, which can be helpful for long road trips or keeping tabs on your daily commute. To use the Trip feature, simply press and hold the reset button until the odometer reading resets to zero. You can then release the button and start driving as usual. Keep in mind that the Trip feature will only work if your car’s engine is turned off. So if you’re planning on using this feature, make sure to turn off your engine before pressing the reset button. Otherwise, you’ll just be stuck with an inaccurate reading on your odometer!

What is Trip in a Car Speedometer?

A “trip” on a car’s speedometer is the total distance that the vehicle has traveled since it was last reset. This information can be useful for keeping track of how far you’ve driven on a specific trip, or over the course of a longer period of time. To reset the trip, simply press and hold the button located next to the odometer reading on your dash.

What Does Trip Reset Do on a Car?

Most cars have a trip reset button on the instrument panel. This button resets the car’s trip odometer back to zero. It is used to keep track of how far you have driven on a particular tank of gas. When you fill up your tank, you can reset the trip odometer and see how many miles you were able to get out of that tank. This can be helpful in determining your car’s fuel efficiency.

Credit: bryansgarage.com

What Does Trip a And Trip B” Mean on a Car

When it comes to your car, you may have noticed that there are two different types of trips – Trip A and Trip B. But what exactly do these two terms mean? Here’s a quick breakdown: Trip A refers to the distance traveled from the starting point of your journey to your destination. This is typically measured in miles or kilometers. Trip B, on the other hand, is the amount of time that has elapsed from the start of your journey to the end. This is usually expressed in hours or minutes. So, if you’re planning a road trip and want to know how far you’ll be driving, you’ll need to refer to Trip A. And if you’re wondering how long it will take you to get there, you’ll need to look at Trip B.

What Does Trip Mean on Honda Civic

T Most people are familiar with the term “trip” when referring to travel. However, did you know that there is a specific meaning for the term “trip” when discussing your Honda Civic? In this blog post, we will explore what the term “trip” means on your Honda Civic and how it can be used to help you get the most out of your travels! When you see the word “trip” on your Honda Civic, it is referring to the distance that your car has traveled. This information can be found in either kilometers or miles, depending on which unit of measurement you have selected for your car. The trip odometer on your Civic is reset every time you start the engine, so it is important to keep track of this number if you want an accurate representation of how far you have driven. The trip odometer can be a useful tool when planning road trips or keeping track of your daily commute. By knowing how many kilometers or miles you have driven, you can better estimate fuel costs and plan for rest stops along the way. You can also use the trip odometer to monitor your own driving habits – such as average speed and mileage over time – and make changes accordingly. So next time you see the word “trip” on your Honda Civic, remember that it isn’t just referring to travel – it could also be a helpful tool for monitoring your car’s performance and making sure each journey is a smooth one!

What Does Trip B Mean on a Car

When you’re driving, you may see a light on your dash that says “Trip B.” What does this mean? Simply put, Trip B is another way of tracking the mileage on your car. Many cars have two trip odometers – one for Trip A and one for Trip B. You can reset each trip odometer to zero independently, which can be useful if you want to keep track of separate journeys. Some people use Trip B as a way to track their business miles, while others use it to monitor their fuel economy over a longer period of time. However you choose to use it, Trip B can be a helpful tool in monitoring your car’s performance.

When you’re driving, have you ever noticed the “TRIP” button on your car’s odometer? It’s usually located next to the “ODO” button, and pressing it will change the display to show you information about your current trip. But what exactly does “trip” mean in this context? In short, a trip is a journey from one point to another. The “Trip” button on your car’s odometer allows you to reset the odometer so that it only tracks the distance for your current journey. This can be useful if you want to keep track of how far you’ve driven on a particular trip, or if you’re trying to estimate how much gas you’ll need for your journey. So next time you’re taking a road trip, be sure to press the “Trip” button on your car’s odometer before setting off!

Ryan is a certified automotive technician and founder of CarMechan.com. He holds a degree in Automotive Technology and has over a decade of experience in the automotive industry. With a passion for providing accurate and reliable information on vehicle maintenance, repairs, and performance enhancements, Ryan is dedicated to delivering trustworthy content to car owners and enthusiasts worldwide.

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What Does Trip A & B Mean on a Car?

Monitoring the mileage of your car is an excellent way to measure the efficiency of your vehicle over a long period. The mileage of your car can be toggled to fit the information you need. For instance, your odometer displays the total mileage of your vehicle right from the very first drive (lifetime value), as well as DTE and other useful information.

However, the trip odometer shows how many miles you’ve driven since the last reset. To get a better view of your current mileage, you might need to split it, and this is where Trip A and B functions come in handy.

What Does Trip A Mean on a Car?

On your car’s odometer, Trip A will show the mileage driven for a short period of time. For example, Trip A can be used to indicate the number of miles driven between each fill-up. This helps you to calculate the number of miles each tank refill lasted. It might also be a reasonable estimate for fuel economy.

For instance, if you switch filling stations and you notice that your new fill-up does not last as much as your usual fill-ups, you might have gotten a different variant of gas or poor-quality gas. The better the fuel efficiency, the lower the cost, and there’s a reduced environmental impact.

If Trip A is used for your mileage between each refill, once you refill the tank, take note of the mileage and record it.

After recording the mileage, reset the trip odometer immediately after the refill. When you go for another refill, repeat this. This way, you can monitor the changes or similarities between each trip.

What Does Trip B Mean on a Car?

Trip B is another function of your car’s trip odometer, allowing you to track the mileage of another trip simultaneously with Trip A. The Trip B function could indicate the number of miles you have driven on a road trip.

Looking at the total number of miles recorded on the odometer might be a poor way to calculate the fuel efficiency of a single trip effectively; hence, the number of miles recorded on Trip B might be a better way to keep an eye on a trip’s mileage.

It could also be used to measure mileage between each oil change.

Related content: What does it mean to feather the accelerator?

Difference Between Trip Meter A and B

Trip A and Trip B are used to measure different mileage on the trip odometer. One can be used to measure the number of miles between each tank fill-up, while the other is used to measure the number of miles on each road trip, allowing you to estimate how fuel efficient your vehicle is.

Not all vehicles come with Trip A and Trip B, and vehicle owners sometimes designate Trip A and Trip B for different purposes. Some designate Trip A for a driver’s trip and Trip B for that of another driver.

This might be a more efficient way to calculate mileage for cars driven by two people, such as a couple. Both trips can be reset repeatedly to ensure better accuracy for a single trip.

Trip A could also be used to measure the mileage between each refill, while Trip B measures the mileage between each oil change. It pretty much depends on the driver’s preference.

What information would you like to know?

Then you can set the trips to fit what you want them to be. The most important thing is to note what you set for both trips to maintain precise and more accurate measurements and calculations.

How Do You Turn Off a Car Trip Function?

You can switch off your car trip by clearing the stored data in the trip odometer. To do this, you might have to reset your trip odometer. You can only temporarily turn off your car trip because, after a reset, the mileage accumulates once you start driving.

How Do I Reset My Trip Meter?

Generally speaking, resetting your trip meter will vary from one car model to another. Hence it is better to consult the owner’s manual for step-by-step instructions.

To reset the trip meter on most cars, you might have to press and hold the reset button found on the left-hand stalk switch. If you hold for a long time, you will be resetting the driving time, average fuel consumption, average speed, and mileage.

However, a short press will only delete the mileage data. Please note that the Trip meter TA can only reset automatically if the car has not been used for four hours or more.

You might ask, why should you reset your trip meter? Resetting a trip meter assists in getting a more precise figure rather than an addition of the miles of your previous trip to your current trip.

Therefore, when you reset the trip odometer before a trip, you can be sure that you are monitoring just the miles covered for your current trip.

How Do You Read a Car Trip Odometer?

On the dashboard, mostly near the speedometer, you will see a small rectangle of numbers having about six numbers on it. The numbers might be digital if you drive a newer car or might be a mechanical set if you drive older cars.

If your car features Trip A and B, you might need to press the button to switch between the two values. Further pressing the button displays the mileage on the odometer, which is the number of miles covered through the car’s lifetime.

Does Every Car Have a Car Trip Odometer?

Yes, every vehicle comes with a trip odometer to assist the driver in measuring the mileage and fuel economy. However, the trip odometer might look different for different cars. Newer car models come with a digital trip odometer, while older models are fixed with analog versions.

Your daily driving experience might not require the information given by the odometer, but you are more inclined to require the information on your trip odometer.

The number of miles driven on a gallon of gas or the total number of miles for each trip is necessary information that can be gotten from the trip odometer. To switch from your odometer to the trip odometer, press the ‘trip odometer ‘ button, which can be found on the instrument panel.

Before designating Trips A and B for different mileages, ensure your car’s trip meter has those features. Then you can decide what to use each trip for. However, bear in mind that having full knowledge of your fuel efficiency is very important; hence you could designate one trip for that.

Resetting the trip meter

Calculate your car’s fuel efficiency correctly

How Do I Use My Ford Vehicle’s Trip Computer?

My name is Jeffrey Williams and I have been a car mechanic for over 35 years. I am currently working NYC Auto Repair Shop, in New York City and recently developed a strong passion about blogging. I decided to put together this blog where I will try and answer the most commonly asked questions I get on a daily basis from my customers.

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The 7 Best Cell Phone Signal Boosters to Ensure a Strong Connection

These devices piggyback off of the signal coming from cell towers and amplify it, eliminating pesky dead zones on the road or at home.

Gear-obsessed editors choose every product we review. We may earn commission if you buy from a link. Why Trust Us?

The good news is you can proactively fight dropped calls and no connection with a quality cell phone signal booster. These gadgets improve signal strength when the connection is weak or unreliable and are particularly helpful in buildings with thick walls or locations where service is compromised by distance from cell towers, like if you’re driving through mountainous terrain or rural landscapes.

Read on as we break down what to consider before investing in one of these handy devices, followed by our recommendations for the best cell phone signal boosters.

Looking for more cell phone reviews? Read our evaluations of the best phones for seniors and best cheap phones , as well as a comparison of the iPhone 15 Pro Max and Galaxy S24 Ultra .

The Best Cell Phone Signal Boosters

• Best Overall: SureCall Flare 3.0
• Best Budget: HiBoost for Home
• Best for the Backcountry: weBoost Drive Reach Overland
• Best for Vehicles: weBoost Drive Sleek
• Best Single-Room: weBoost Home Studio

What to Consider

Signal amplification.

Cell phone signal strength is measured in decibels (dB), a more accurate way to gauge versus the number of bars on your display. Generally speaking, that ranges from -50 dB to -120 dB. Values of -50 to -70 dB (or anything closer to zero) indicate a strong signal; anything from -85 on to -120 dB is considered a weak signal. Essentially, the goal is to get as close to zero dB as possible.

Manufacturers of cell phone signal boosters use gain value to represent the strength of the signal and how much an antenna can amplify it. So, a unit with a higher gain value improves coverage to give you a stronger signal than one with a lower gain value. Most units can gain between 50 dB to 72 dB—so if you need maximum boost, stick to 72-dB models. Also, note that most wireless providers require device registration and consent before use based on Federal Communication Commission protocol .

Use and Coverage Area

Make sure to choose a booster with the appropriate coverage range to meet your needs. Find the best model by asking how you’ll use it: Is it for inside your home? Is it for a single room or your entire house? Do you want to travel with your cell signal booster? In your home, consider how many square feet of coverage you need and choose a stationary unit accordingly.

If you plan on taking the device in your vehicle, on a camping trip, or while you’re traveling in a rural environment, consider investing in a compact, lightweight model to take on the go. The best way to judge coverage on portable devices where square feet isn’t relevant, look for a model with a high gain value.

The majority of cell phone signal boosters work with multiple devices simultaneously, whether you’re at home or in a vehicle.

Type of Antenna

Cell phone signal boosters are either omnidirectional or directional. The best type of antenna for you depends on your location, cell phone provider, and other factors, which we cover below.

Omnidirectional

As you can probably guess, an omnidirectional antenna has a 360-degree radius to pick up several signals over a broad area. That makes it better for urban areas, particularly to boost 4G and 5G signals when the main coverage issue is structural interference, and in situations where you’d want to amplifying signals from multiple carriers. Boosters designed for vehicle installation are typical omnidirectional.

Directional

A directional antenna has a narrower radius of roughly 45 to 90 degrees, better for picking up a single signal from farther away, and for households that have one provider. Directional antennas amplify a signal for one network can go up to 100 dB—ideal for folks who live in rural areas that need a big boost.

Carrier Compatibility

Most cell phone signal boosters are universally compatible with all the major providers: AT&T, Verizon, T-Mobile, and U.S. Cellular. That said, if everyone in your home or office shares the same service provider, it’s best to stick with a signal booster from that carrier versus opting for one with universal compatibility.

Cost (and quality) will depend on the use case, required strength, and desired coverage area. Pick the appropriate size signal booster to make sure you’re not overspending (or underspending). Boosters with a larger max gain and larger coverage area are more expensive. For example, a cell phone signal booster made for a very large home (up to 7,500 square feet) can cost up to $1,000, whereas boosters made for smaller homes (up to 3,500 square feet) can go for $300 or less.

How We Selected

In seeking out the best cell phone signal boosters, we extensively researched consumer reviews, consumer technology websites, and experts online. Tapping into our decades of experience using and reviewing cell phone gadgets and gear, we extensively researched cell signal booster brands across the market and narrowed down our selections by category, considering customer insight and feedback, price point, product descriptions, and overall user satisfaction. Our final list represents the best cell phone signal boosters in each category, including best overall and best value.

SureCall Flare 3.0 Cell Phone Signal Booster

The SureCall Flare 3.0 is the best overall model for small- to medium-size homes and offices, improving weak cell signals across two to four rooms and delivering roughly 3,500 square feet of coverage.

What impresses us most about this model is that it offers both types of antennas—directional outdoor and omnidirectional indoor—something that much of the competition lacks. That means you get better overall signal amplification and quality of service, faster speeds, and improved data capacity. Plus, it’s more affordable than competitors in its class that have less dB gain and works with most major carriers, including Verizon, AT&T, Sprint, and T-Mobile networks.

It’s also easier to set up than most. You mount the directional antenna outside—either on the roof, the side of your house, or a pole using the included metal clip—point it toward your carrier’s nearest tower, and run the connected co-ax cable inside. The indoor device has an integrated omnidirectional antenna—which generally have spottier reception than any directional antenna provides—but the tradeoff with this unit is that you can place it anywhere without being tethered to a cable.

HiBoost For Home Cell Phone Signal Booster

This affordable but mighty booster punches above its weight class for its sub-$300 price. The HiBoost for Home boasts 62 dB gain and coverage up to 2,000 square feet. A bright LCD screen makes it easy to monitor cell connection strength.

For average home sizes or small office spaces, the HiBoost for Home is a reasonable and budget-friendly option. It also comes with a money-back guarantee and a three-year warranty, so you don’t have to worry about regretting your purchase either.

weBoost Drive Sleek Car Cell Phone Signal Booster

Driving with spotty service can really damper your day. For folks who are constantly on the go—from family road trips to long-distance trucking to rural work commutes—the Drive Sleek signal booster makes the perfect car companion.

At under $200, this cell signal booster is a cost-effective option if you need access to phone reception wherever you drive. You can install it in 30 minutes or less, and the durable, magnetic external antenna stays put in place even in inclement weather and wind. For long-haul truckers, weBoost also makes an OTR truck-compatible version of the cell signal booster, the Drive Sleek OTR .

weBoost Drive Reach Overland Cell Signal Booster

Off-grid with no service? No problem. Built for exploring by car or offroad vehicle, the Drive Reach is a rugged, durable, and reliable signal booster for outdoor enthusiasts who want access to cell coverage in remote areas. It comes with a versatile mounting bracket that attaches to the roof rack of your car, truck, or offroad vehicle.

An adjustable outside antenna can easily fold down if your garage has a low ceiling, plus an all-weather omnidirectional antenna provides maximum connectivity, even when you’re off the beaten path.

Winegard RangePro Cell Signal Booster

The Winegard RangePro is built for the RV life. It comes equipped with a flexible and durable external antenna that mounts directly to a side ladder or the RV roof. Its trim and simple design is so seamless that it goes unnoticed, unlike many other bulky signal boosters that hog space and jut out from the roof of an RV.

Don’t let the simple setup fool you, though. This booster also has a serious hold and is built to stay attached and secure even on bumpy, uneven terrain, like gravel roads into public parks and campgrounds, plus backroads.

weBoost Home Studio Cell Phone Signal Booster

Cellular dead zones in certain parts of your home? Target problem areas with the weBoost Home Studio, a compact cell signal booster for coverage indoors around your home and office. Similar in performance range to the HiBoost for Home but slightly more compact and trim, it’s best for single rooms or home areas up to 1,500 square feet.

Due to its small, lightweight design, this booster is guaranteed to go unnoticed in your home after setup—other than its seamless ability to boost your cell connection.

weBoost Home Complete Multi-Carrier Cell Phone Signal Booster

If you’re looking to maximize cellular coverage throughout your entire home, the Home Complete is the ideal solution. This powerful cell signal booster is one of the strongest you’ll find with coverage of 7,500 square feet, featuring both directional and omnidirectional antennas

While pricey, this cell phone signal booster offers quick and efficient setup, reliability, and unmatched strength. For slightly smaller homes (5,000 square feet) or coverage for two to three rooms, you can also opt for the more affordable weBoost Home MultiRoom ($570).

Erica Zazo (she/they) is a Chicago-based freelance writer covering outdoor news, gear, and guides for Backpacker Magazine , Outside, and more. She’s a big fan of urban nature, exploring lesser-known trails and towns, and the Midwest. Follow her adventures on Instagram: @onecurioustrvlr .

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A Dusty Trip: How To Get Formula 1 Car

The Formula 1 car is a great vehicle to have access to in A Dusty Trip; here's everything players need to know if they want to get it.

Striving to survive in the lifeless wasteland of A Dusty Trip , players must create their own car , but there are many ways to speed up progress and make survival easier. In addition to the fact that you can make cars yourself, the game offers the opportunity to buy a better car with which you will start each new playthrough.

After a recent update, a Formula 1 car now appears in the game world of A Dusty Trip . This car is definitely cool and efficient on the road, but it's not easy to get. This is a reward only for the most ardent players or those ready to part with a large amount of their Robux.

A Dusty Trip: How To Flip Your Car

How to get formula 1 car in a dusty trip.

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A Dusty Trip: How To Start Your Car

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Perth brothers Callum and Jake Robinson went for a quick surf weekend in Mexico. How did it go so wrong?

It was meant to be an idyllic surf adventure down Mexico's north-west coast. 

Australian doctor Jake Robinson, 30, flew over to San Diego, where his older brother Callum was based. 

Both athletic, outdoorsy adventurers who shared a love of the waves and adventure, they decided to grab a friend — American Jack Carter Rhoad — and head south for a quick surf jaunt. 

Like so many before them, they were lured by Baja California's crisp, sparkling waves, as well as the chance to camp on rugged and remote beaches among the wildflowers. 

Here, beaches are often referred to by their latitude and in late April, the men visited the K38 surf break. 

Rodrigo Leal Bravo from the local surf shop remembers them coming in to buy wax. 

"They were excited about their surf trip and they were on their way south," he told the ABC. 

He noticed the strong bond between the Australian brothers. 

"Their fraternity was so admirable," he said. 

Callum told Rodrigo they were heading to Punta San Jose, a remote spot which was about three hours drive from the surf shop. 

It's only accessible by unsealed roads and the mobile tower coverage is patchy at best, but Rodrigo says he wasn't concerned for their safety

"I did not think anything should happen to those big strong guys, right?" he said. 

But when Callum didn't show up to work in San Diego after the weekend, loved ones were confused, then concerned, and then finally panicked. 

Three bodies have been found where Callum, Jake and Jack went missing — though they are yet to be formally identified. 

"All three bodies meet the characteristics to assume with a high degree of probability that they are the American [Jack] Carter Rhoad as well as the Robinson brothers from Australia," said Baja California's state Attorney-General María Elena Andrade Ramírez.

Mexican authorities have also detained two men and a woman in connection with their disappearance. 

As the case is investigated, a devastating picture is emerging of what may have gone wrong on the scrubby cliffs overlooking the Pacific Ocean. 

A weekend jaunt south of the border 

Callum shared glimpses of their Mexican surf trip on his Instagram account. 

The first photo shows their white Chevvy packed with boards and towels right near the water's edge. 

"....and it begins," Callum wrote as the caption, along with a surfer emoji and a picture of the Mexican flag. 

He then added more snapshots of their journey — taco stands, brightly coloured buildings, and Jack beaming with a boom box on his shoulder. 

The stories ended abruptly with a picture of Playa San Miguel, a crop of yellow daisies growing at the edge of the sand. 

They were reported missing about two days later, but in Baja California, timelines can be difficult to piece together. 

As each wave crests and breaks, as each taco is procured from a local food stand, and as each sunset melts over the Pacific, the days start to blend. 

Locals and tourists alike have vague memories of seeing a pair of Australian brothers and their American friend riding the waves on the northern Mexican coast in late April, but exact dates are difficult. 

Callum, a 190-centimetre-tall athlete with cascading brown hair, turned heads everywhere he went. 

"I remember seeing one guy that ... could have been like, a rugby player or division one football player," visiting American surfer Austin Pickle told the ABC. 

"They were smiling and you know, doing like the friendly surfer [chatty] thing. But yeah, nothing super strange.

"And then I just paddled in. I never saw them again." 

Ana Cristina Heym Cárdenas works in a cafe about an hour north of Punta San Jose.

She believes one of the men — probably Callum — came in the afternoon of April 28 to ask if she could break a 100-peso note so he could buy a taco from the stand outside. 

She was shocked to later hear that they disappeared. 

"It's not normal here — [the] disappearing of three people in this way and burning their car and all this," she said. 

"We know that some areas here in Baja California, they're dangerous.

"We feel very sad because there are good people here [in Baja] who like international tourists. We don't want other people thinking that it is too dangerous for people."

A gun, a burned-out car and a missing phone 

It's every parent's dream for their children to stay close in adulthood.

But Debra Robinson sensed something was wrong when her sons stopped picking up their phones during their holiday together in northern Mexico.

In late April, she got on a Baja Facebook group, posted a picture of her boys together and issued a plea.

"They were due to book into an Airbnb in Rosarito after their camping weekend but they did not show up," Ms Robinson posted. 

While others in the group tried to reassure her, reminding her that mobile reception in the area is patchy and roads are often unreliable, she insisted their disappearance was "out of character".

"Callum is a type one diabetic so there is also a medical concern. Please contact me if you have seen them or know their whereabouts," she wrote.

"Please please please."

Callum, Jake and Jack were soon reported missing, and Ms Robinson marshalled foreign agencies and police to search for her sons. 

While Baja California is plagued by drug cartels, crimes against foreign tourists are relatively rare, and well-populated areas are considered more safe. 

"It is an atypical, exceptional case," Attorney-General María Elena Andrade Ramírez told the ABC. 

"We have a tourist influx and a similar case has not occurred."

Yesterday, it was confirmed that three bodies have been discovered in what's described as a well close to where the men were last seen.

Forensic investigations are continuing to take place to formally identify them.

The details are not yet known, but at some point, Jake, Jack and Callum were separated from their belongings — including their Chevy, their tents and at least one of their phones. 

This week, that phone was traced to a 23-year-old Mexican woman, who has since been arrested. 

Her romantic partner and his brother have also been detained, and Ms Andrade Ramírez says they "may be directly or indirectly related to the investigation". 

All three suspects were allegedly in possession of illicit drugs, but this incident does not seem to be linked to organised crime. 

Another key part of the investigation is likely the remote ranch where the brothers' burned-out car was found.

The property is several kilometres from the initial search site and is located south of the city of Ensenada.

"We have secured a cell phone and a firearm," Ms Andrade Ramírez said. 

"The firearm was discovered in the pick-up truck belonging to an individual currently under investigation

"A criminal scene has already been processed where we found evidence that someone burned the remains of tents, clothes, drink bottles and some evidence related to this case." 

At this stage, investigators are treating this as a potential robbery gone wrong, with the suspects allegedly trying to steal the victims' car. 

"This aggression seems to have occurred in an unforeseen, circumstantial manner," Ms Andrade Ramírez said. 

"We pledge that this crime will not go unpunished."

'They were together doing something they passionately love'

With three bodies discovered — but yet to be identified — the Robinsons are on their way to Mexico for a task no parents should ever have to complete. 

The fact that crimes against foreign surfers are exceptionally rare in Mexico is no comfort when your babies are the unlucky ones. 

So far, the case appears to have eerie similarities to the slaying of two Perth-born surfers in Mexico in 2015. 

Dean Lucas and Adam Coleman were on the trip of a lifetime, surfing down the Baja California coast. 

But when they arrived in the badlands of Sinaloa, they were stopped, robbed and then killed by a gang.

But most surfers will tell you, chasing the best waves sometimes takes you to some dangerous places. 

"[Punta San Jose] is a beautiful place with perfect waves," Antonio Otanez from the Baja Surfing Association told the ABC.

"But it's very lonely there. And it's like one hour [away down] a dust road. There's no [phone] signal there."

Mr Otanez said the local surf community has been left devastated by the news, but no-one is hurting more than Jake, Jack and Callum's parents.

"Surfing is a passion they both share," Ms Robinson said of her sons. 

"Our only comfort right now is that they were together doing something they passionately love.

"We ask people to keep them in their thoughts and prayers."

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