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Many people want to know how to Calibrate Google Maps on iPhone and Android for better accuracy. Google Maps is one of the most popular navigation apps, and it has a lot of features that make it easy for anyone to use. In the past few years, it has added a number of new features to make its users’ lives easier. In 2021, the program brought back the much-loved compass feature, but many people still don’t know how to use it. When you calibrate Google Maps on your iPhone or Android device, you’ll see more accurate directions.
If you have better directions, it will be easier to get where you need to go and not end up in a dead end. When you calibrate Google Maps, the compass is set to point in the right direction. This makes it more accurate. We’ll show you how to calibrate the Google Maps compass so that it gives you more accurate readings. We’ll also talk about other tips for Android and iPhone, such as how to Calibrate Google Maps on iPhone and Android for better accuracy.
What is Google Maps calibration?
Calibration in Google Maps is the process of making sure that your device’s location is as accurate as possible. To do this, the device’s compass and other sensors are used to figure out where it is in space. The more precise the calibration, the more precise the location of your device will be. You might want to calibrate Google Maps for more than one reason.
First, calibration can help improve your device’s location accuracy if it’s not working right. Second, if you’re using Google Maps to get you where you need to go, calibration can help make sure you’re going to the right place. Lastly, calibration can help make other location-based Google Maps features, like Live View, more accurate.
How does it work?
The compass and other sensors on your device are used by Google Maps calibration to figure out where it is in space. The compass measures the direction of the magnetic north pole, and the other sensors measure how fast the device is moving and how it is turning. When you calibrate Google Maps, you teach the app how to use the information from these sensors. This helps the app figure out how the device is held and, by extension, where it is.
During the calibration process, your device is usually turned in a figure-eight pattern. This helps the app get information from all of the sensors and figure out if any of the information is wrong. Once the calibration is done, Google Maps should be able to find your device’s location more accurately. This can help with navigation, Live View, and other features that depend on where you are.
How to Calibrate Google Maps on iPhone
Follow these steps to set up the compass that Google Maps uses on an iPhone:

- Tap Settings.
- Tap Privateness.
- Tap Services, then Location.
- Click on System Services.
- Slide the Compass Calibration switch to the on (green) position.
How to Calibrate Google Maps on Android
Compass calibration
If you open your Google Maps app and see that the blue dot is pointing in the wrong direction or is in the wrong place, calibration can help you get a more accurate reading. On an Android phone, here’s how to do it:
- If your Google Maps app isn’t already open, open it now.
- Move your hand in a figure-eight pattern while holding your phone.
- The beam should get narrower as you move. Keep in mind that this might not work the first time.
Turning on high-accuracy mode
High-accuracy mode is a tool that can help you speed up your Google Maps app. But remember, this method will only work if you have an Android:
- Open the app called Settings on your device.
- Click on “Location.” It may also be called “Security and Location” on your device.
- If you need to, turn on the location setting.
- Tap “Mode.”
- Choose “High Accuracy.”
The benefits of calibrating Google Maps
- Accuracy: Calibration makes sure that the map data is in line with where things are in the real world. It makes it easier to place things and gives more accurate directions.
- Better navigation: Calibrated maps make it easier to find your way, especially in areas with few maps. Users can trust the directions that Google Maps gives them for a smoother trip.
- Time and fuel efficiency: Accurate maps help people find the best routes, which saves them time and cuts down on fuel use. This is good for both individuals and businesses.
- Location-based Services: Calibration improves the performance of location-based services (LBS) like food delivery, ridesharing, and emergency services that use Google Maps. This makes the user experience better.
- Outdoor Activities: For hikers, bikers, and other people who like to be outside, calibrated maps can help them plan routes and stay safe.
- Businesses that use location data: like logistics companies, can use accurate mapping to improve delivery routes and make operations run more smoothly.
Conclusion
Apps for navigation use the GPS capabilities of your device to determine your location. But over time, your GPS could become out of calibration and start displaying incorrect directional information. You will need to calibrate your GPS services in this situation, and Google Maps will also need to be calibrated. Let’s look at every option on Android and iOS.
Questions and Answers
You will see a message at the bottom that reads “Location accuracy is low” if there is a problem with your GPS. Press Calibrate. Till your compass is calibrated, move your phone in an eight-step pattern. The compass accuracy will be displayed on the screen as high once your device’s compass has been calibrated.
Resetting all of your iPhone’s settings may assist in pointing it in the right direction because it also resets your location. to improve Google Maps’ performance. Go to Settings General Transfer or Reset iPhone Reset Reset All Settings on your iPhone to completely erase all of its settings.
You should calibrate your phone or tablet if your blue dot’s beam is too wide or pointing in the wrong direction. Open the Google Maps app on your Android smartphone or tablet. until your compass is calibrated, make a figure eight. This should only need to be done a couple of times.
Any of the following situations could result in your device losing GPS signal: The GPS satellite signal is being obstructed by structures, trees, electric cables, or other objects because the device is inside a building, tunnel, or another location. System settings on the device might be misconfigured.