Exploring augmented reality (AR) on Android devices has become a lot more accessible thanks to Google’s ARCore. If you’ve heard about interactive furniture previews, virtual measuring tools, or fun gaming apps that blend digital objects into your real environment, that’s ARCore at work. The technology behind ARCore is powerful, but to use it, your device must be supported. I’ll help you understand what ARCore does, which devices work with it, and how to get started without confusion.
What Is ARCore Used For?
ARCore is Google’s software development kit (SDK) for building augmented reality experiences on Android devices. With ARCore, digital elements like animations, objects, or information are mixed into what your camera sees in the physical space. I use ARCore-based apps to visualize furniture before buying, try new looks with beauty filters, play AR games, and even see interactive science models in my living room. Businesses create shopping features using ARCore to help customers decide what fits in their homes, or looks best with their style. Education apps use it for virtual labs and 3D object viewing that make learning more hands-on and immersive.
Beyond just shopping or entertainment, ARCore is also finding its way into industries like architecture, engineering, and tourism. Architects use ARCore-powered apps to overlay 3D building models right onto a site using their phone or tablet, allowing them and their clients to get a sense of scale and placement before any construction begins. Museums and tourist destinations are adding AR experiences for added context, historical highlights, or to make exhibits more eye-catching and interactive for visitors of all ages.
Understanding ARCore Supported Devices
To get the most out of augmented reality on Android, a device must officially support ARCore. Google maintains a list of smartphones and tablets that meet its hardware and software requirements. I always check this list before expecting any AR app to run properly. Supported devices have cameras, processors, and sensors that work well with AR features, so digital objects placed in your space look believable and track accurately as you move around.
Some current Android brands that offer ARCore support on many models include:
- Google Pixel series (Pixel 2 and newer)
- Samsung Galaxy S, Note, and A series (various models from 2017 onward)
- OnePlus (models 3T and newer)
- Motorola (Moto G, Moto X4 and newer)
- LG (V30, G6, and later)
- Xiaomi, Oppo, Vivo, Realme, Asus, Nokia, Sony and more
This list is always growing. Google updates its official supported devices page regularly, so I check their official ARCore device list for the latest info. If your Android phone is a mainstream model released after 2018, there’s a strong chance it supports ARCore, or will with a software update.
Even devices from smaller manufacturers are being added to the supported list as AR spreads like wildfire. Having your phone or tablet on this list means you get a smoother, more believable AR experience.
Is ARCore Free?
ARCore as a platform is free to both users and developers. You do not pay to install ARCore or to use AR-enabled apps unless the app itself has a purchase price or in-app purchases. Developers can use ARCore tools at no cost when building AR apps. Most phones will prompt you to install or update the ARCore app (sometimes labeled as “Google Play Services for AR”) automatically when an AR experience requires it. No hidden fees are attached to the use of ARCore itself.
Do I Need the AR App on My Phone?
To use AR features on your Android device, you’ll need an app built with ARCore support. Most AR apps in the Play Store (like measurement tools or virtual preview shopping apps) automatically ask to install Google Play Services for AR if you do not already have it. I’ve noticed that some newer phones come with this service pre-installed, while others require it as a separate download. If an AR app won’t run or asks for a service update, it usually means Google Play Services for AR needs to be installed or updated. This is a quick, one-time setup process and ensures your phone gets the latest AR improvements from Google.
How to Use Google ARCore
Starting with ARCore is pretty straightforward. Once you confirm your device is on the supported list, just follow these steps:
- Find and install an ARCore-supported app from the Google Play Store (search for “AR” or look for the “AR” badge on Play Store listings).
- If prompted, install Google Play Services for AR. This allows apps to use your camera, sensors, and ARCore features.
- Open the app and follow the directions. Most AR apps ask you to move your device around at first so the camera and sensors can map your space.
- Enjoy the AR experience, whether that means placing 3D objects in your room, measuring dimensions, or interacting with games.
Some of my favorites to start with include Google’s “Measure” app, “IKEA Place” for home design, and “Pokémon GO” with its AR+ mode. These help show off what ARCore can really do, from productivity to entertainment. Don’t be afraid to check out new apps as they’re released; the world of mobile AR is growing fast and there are always eye-catching experiences popping up.
Remember, each AR app might put its own spin on things. Whether you’re using AR to visualize math geometry problems, step up your workout with fitness overlays, or play with next-level cool filters for social media, you’re making the most of your device’s leading-edge capabilities.
Pro Tip: Look first in your devices system setting under apps to see if “Google Play Services For AR” is already installed. Most likely it will be there in the list.
Why Some Devices Struggle to Support ARCore
Not every Android device can handle ARCore, even if it’s running the latest version of Android. There are a few reasons for this:
- Camera and sensor quality: ARCore relies on a high-quality camera, accelerometer, and gyroscope to understand movement and surfaces. If these aren’t accurate or responsive enough, AR features won’t work correctly.
- Processor performance: ARCore needs a fast processor to analyze what the camera sees and keep the AR elements stable in real time. Older or less powerful chipsets might lag or display objects poorly.
- Software compatibility: Devices need specific Android versions and drivers so ARCore can connect properly with hardware and system functions. Outdated or highly customized Android skins might be incompatible until the manufacturer provides a suitable update.
I’ve found that even when two devices have similar specs on paper, one might support ARCore due to better sensor calibration or software optimization. Manufacturers and Google work together to certify and test devices for ARCore. If ARCore apps don’t run smoothly on a particular phone, it’s often related to these technical limits.
Sometimes, you might find “AR” or camera-based apps on the Play Store that work on unsupported devices by using makeshift or unofficial methods, but they usually aren’t as polished or reliable as the official ARCore route. That’s why sticking with certified support is key for buttery smooth AR adventures.
Tips for Getting the Best Experience on ARCore Supported Devices
Once you know your Android device supports ARCore, you’ll get better results with a few simple habits:
- Keep your software up to date. Install system updates and make sure Google Play Services for AR is updated in the Play Store. This helps fix bugs and add new features.
- Good lighting matters. Bright, even lighting helps the camera and sensors track your environment more accurately. AR works best on textured surfaces like carpets and wooden floors rather than shiny or plain surfaces.
- Avoid fast, jerky movements. Move your phone or tablet slowly when scanning your space so ARCore can keep up with mapping and tracking.
- Close unnecessary apps. AR features can use a lot of processing power and battery, so running fewer background apps helps with performance and avoids slowdowns.
Another great tip: clean your camera lens before you get into an AR app. Smudges or fingerprints can throw off the software’s ability to spot surfaces and map out your room. Also, calibrate your device’s sensors once in a while if your manufacturer provides that tool; it keeps motion tracking on point. I make use of these tips, and it makes a noticeable different to the quality of the experience.
Common ARCore Use Cases
After setting up ARCore on a device, users can try out a range of practical and fun AR features. Here are a few ways people use ARCore-enabled devices:
- Education: Visualize solar systems, molecules, or anatomy in 3D for a more engaging learning experience.
- Shopping: Preview furniture, home decor, or accessories at true size and color in your own room before making a purchase.
- Home improvement: Use virtual tape measures or see how new paint colors would look on your walls without picking up a brush.
- Games: Enjoy interactive, location-based AR games where digital creatures blend into your real environment.
- Navigation: Some apps provide indoor directions through AR overlays for airports, shopping malls, or museum tours.
ARCore is also popping up in team collaboration tools, allowing co-workers to interact with shared 3D models no matter where they’re located. Medical professionals are experimenting with AR visuals for surgery prep, and artists are using AR to bring their work to life straight from the sketchbook into the world around them.
These features aren’t just flashy; they can save money, boost creativity, and help solve everyday challenges.
Frequently Asked Questions About ARCore and Device Support
What can I do if my device isn’t supported by ARCore?
If your phone or tablet isn’t on the official ARCore support list, check if system updates are available. Sometimes newer Android versions or app updates add support. If not, you can try unofficial AR apps, but they may not work reliably. Upgrading to a supported device is the best move if you want consistent AR features.
Are iPhones supported by ARCore?
ARCore is built for Android devices only. iPhones use Apple’s ARKit for augmented reality, which works similarly but is separate from Google’s ARCore platform.
Will using ARCore drain my battery quickly?
ARCore uses your camera, sensors, and processor, so AR apps can use more battery than normal apps. Closing other apps and lowering your screen brightness can help extend battery life.
Can I build my own ARCore apps?
Anyone can start developing AR apps with ARCore’s free SDK. Google provides documentation and sample projects on their developer site. All you need is a compatible Android device for testing.
Getting Started with AR On Android
Trying ARCore on a supported device is straightforward and opens up practical and creative possibilities. Confirm your device is supported, install the necessary apps and services, and start experimenting with AR features in your daily life. Whether you’re checking out new learning tools, shopping experiences, or just want to experience the latest in mobile technology, ARCore shows off what’s now possible with modern Android smartphones and tablets. Keep an eye out for future updates and apps—this area of tech is moving quickly and always coming up with fun, next-level cool things to try.