LMC 8.4 APK Download | LMC Camera R18 for Android

LMC Camera is Hasli’s modified Google Camera build for Android devices that cannot install the Pixel camera app directly. The release covered here uses the Google Camera 8.4 base and adds a much deeper set of controls than most stock camera apps provide.

People mainly use it for HDR scenes, low-light photography, portraits and sensor-specific tuning. Its XML system is especially useful: instead of changing dozens of values by hand, you can load a profile prepared for a particular phone or camera sensor.

The APK alone does not determine image quality. A stable package, correct camera IDs and sensible processing settings often matter more than chasing a newer version number. Camera2 API access also needs to be available, and the manufacturer must allow third-party apps to use the required lenses.

R18 includes work derived from the wider GCam modding community and is heavily connected to the SGCam 8.4 base. That background explains both its Pixel-style processing and the additional tuning menus that make it attractive to experienced mobile photographers.

You may see the name LMC GCam in videos, device groups and search results. “GCam” is simply a community shorthand for ports based on Google Camera; it does not mean that LMC is an official Google release.

The installer is also described as an LMC Camera APK because APK is Android’s application-package format. Similar names can be used by unrelated apps, so confirm the release, filename and package identifier rather than trusting the title alone. For release-specific details, compare the R18F1 package variants, changelog and compatibility notes before choosing a file.

R18 is mostly a usability and configuration update. Its changelog does not promise an automatic jump in picture quality, and a stable R17 setup can still be the better choice on some phones.

The useful changes include:

• A full-height exposure slider beside the viewfinder
• Popup lists for modes and option buttons
• Vibration feedback for supported controls
• Support for custom noise and AWB models
• Selectable viewfinder frame rates
• Better default AUX-camera configuration for many devices
• A black interface theme with revised top-bar controls
• Compatibility with suitable configs created for some earlier releases

Read our LMC R17 vs R18 comparison if your existing setup already works well and you are unsure whether changing versions is worthwhile.

Select one package that matches your phone. All six buttons lead to the corresponding file page in Hasli’s published archive, where the filename and package identity can be checked before downloading.

Users with specific devices can also check our dedicated LMC Camera for Xiaomi guide for installation and compatibility details.

Video depends heavily on the manufacturer’s camera driver. A resolution or stabilisation switch may be visible yet fail on an unsupported sensor, so test short clips before recording something important.

Compatibility is more likely when the phone has a 64-bit Android system, working Camera2 API support and camera sensors exposed to third-party apps. It also needs enough processing power for multi-frame capture and a package that Android accepts.

Before installing, check for:

• A 64-bit Android operating system
• Functional Camera2 API support
• Google services required by the selected features
• Third-party access to the desired camera sensors
• Sufficient processing power and free storage
• A package identity suited to the manufacturer
• An XML profile made for the same hardware, if one is needed

Snapdragon phones often have broader port support, but a chipset name cannot guarantee compatibility. MediaTek and Exynos results vary by model and ROM. A black viewfinder, missing lens or crash during processing usually points to a device, package or configuration conflict rather than a failed download. Samsung users may need a device-specific setup, so our LMC Camera for Samsung guide can help with supported packages and configuration.

The download buttons are already available on this page, so you do not need to search for the APK elsewhere. Choose one R18F1 package, let the download finish, and then follow the steps below.

1. Open the download section. Use the main download button near the top of this page to reach the R18F1 package cards. Start with the Standard package unless a trusted guide for your exact phone recommends Snapcam, Aweme, Scan3D, Google Lens or Iris. Download only one package for the first test.
2. Download the APK. Press the button for the package you selected, and wait until the browser confirms that the file has been saved. A warning about APK files can appear because the app is installed outside Google Play.
3. Allow installation from that source. If Android blocks the file, tap Settings on the warning and enable Allow from this source for the browser or file manager you are using. This permission applies to that app only. Return to the installer after enabling it, and switch the permission off again when the setup is complete if you do not sideload apps regularly.
4. Open the downloaded APK. Tap the completed-download notification, or open the phone’s Files app and go to Downloads. Select the R18F1 APK you just saved. If several copies are present, use the most recent file and confirm that its name matches the package you chose.
5. Start the installation. Review the Android installation prompt and tap Install. Keep the screen open while Android verifies and installs the package. When the process finishes, choose Open to launch LMC Camera immediately or Done if you want to open it later from the app drawer.
6. Resolve an App not installed message. This usually means another camera port already uses the same package identity, the installed copy has a different signature, or the phone does not have enough free space. Back up any XML files or settings you need. Then remove only the conflicting third-party camera build or try another R18F1 package. Do not uninstall your phone’s stock camera.
7. Open the app and review permissions. Camera access is required for taking pictures. Microphone permission is needed when recording sound with video, and photos or media access may be required for saving files on some Android versions. Location access is optional and is only needed if you want geotags. Grant the permissions you plan to use rather than approving everything automatically.
8. Test the default setup before importing XML. Take one photo with the main rear camera and one with the front camera. Check any ultrawide or telephoto buttons that appear, then record a short 1080p video at 30 FPS and play it back with sound. Import a device-specific XML only after photos and video work with the default settings. If the app starts crashing after a config is loaded, remove that config or clear the app data and test the clean setup again.

Menu names can vary slightly between Samsung, Xiaomi, OnePlus, Realme, Vivo and other Android phones. The process is still the same: download the correct file, allow the source, install the APK, approve only the permissions you need, and test the unconfigured app first.

For this release, configuration files normally belong in:

Internal Storage/LMC8.4/

To import one:

1. Download a compatible XML profile. Choose a config made for your exact phone model or camera sensor and confirm that it supports the LMC 8.4 release. You can find tested profiles and device-specific settings in our LMC 8.4 XML Config Files collection before importing a configuration.
2. Create the LMC8.4 folder. Open your phone’s file manager, go to the root of Internal Storage, and create a folder named LMC8.4. Keep the spelling exactly the same and do not place it inside the Downloads, DCIM or Android folder.
3. Move the XML file. Find the downloaded file and move or copy it into Internal Storage/LMC8.4/. Leave the .xml extension unchanged so the camera can recognise it.
4. Open LMC Camera. Launch the installed app and allow the storage or photos and media permission if Android requests it. The permission wording can differ between Android versions.
5. Open the config selector. On the camera screen, double-tap the empty area beside the shutter button. A profile selection dialog should appear.
6. Select the required config. Choose the XML filename you placed in the LMC8.4 folder. If several profiles are listed, select the one made for the phone or sensor you are currently using.
7. Confirm the import. Tap the import or update option shown in the dialog. Allow LMC Camera to restart if required. The new processing and lens settings should load when the app opens again.
8. Test the complete setup. Take a photo with the main and front cameras, record a short video, and check every available ultrawide, telephoto or macro lens. Keep a backup of the XML if it produces stable results.

If the file is missing from the dialog, check the folder spelling, the .xml extension, storage permission and file location. If the app becomes unstable after import, remove that config or clear the app data and test LMC Camera again with its default settings.

Not always. Some phones work well with the default settings, and adding a random profile can make a stable installation worse.

A config becomes useful when colours look wrong, extra lenses are missing, processing is unstable or the default values do not suit the sensor. Choose an LMC 8.4 config file for the exact phone model and, when possible, the same regional hardware variant.

A suitable XML may improve:

• Camera and lens IDs
• Ultrawide or telephoto access
• Skin tones and white balance
• Night Sight exposure
• Portrait processing
• Noise and sharpness balance
• Colour casts and saturation
• General capture stability

Avoid profiles described only as “best” or “universal.” Camera sensors can differ even between regional versions of the same phone.

Neither app wins every comparison. A well-configured LMC setup can produce balanced HDR, controlled night shots and less aggressive texture processing. The stock camera is often faster, more dependable for video and better integrated with manufacturer-only lenses and modes.

Keeping both installed is usually the most practical approach.

The LMC 8.4 APK files provided on lmccameraapp.com pass through our own verification process before they are added to the download buttons. We obtain every R18F1 package directly from Hasli’s published archive, keep the original APK unchanged, scan it with VirusTotal, and install it on our Android test devices. Only the copies that pass these checks are hosted on our own server.

How we check every APK before hosting it

• We download the exact Standard, Snapcam, Aweme, Scan3D, Google Lens or Iris file from Hasli’s release archive.
• We confirm the release name, original filename and Android package identifier.
• We do not unpack, modify, inject advertisements, change permissions or re-sign the APK.
• We scan the file with VirusTotal and review the results before upload.
• We install the same file on our own devices and test app launch, photo capture, front and rear cameras, video recording and saved media.
• After testing, we host that verified copy on our own website instead of sending visitors to an unknown mirror or bundled installer.

Based on this process, we are confident that the LMC Camera files available through our download buttons are safe to install. Android may still show an unknown-app warning because the APK comes from outside Google Play. That warning is normal for a manually installed APK and does not, by itself, mean the file contains malware.

The expected permissions are camera access, microphone access for video, and photos or media access for saving files. Location is optional and is only used for geotagging. If an installer ever requests an unrelated permission, stop the installation and contact us so we can check the file again.

No malware scanner can promise zero risk on every device, so we prefer to show users how each file was sourced, scanned and tested instead of making an unsupported 100 percent guarantee.

LMC 8.4 R18 remains a capable option for Android users who enjoy tuning HDR, Night Sight, portraits and individual camera sensors. Its strength is flexibility, not guaranteed improvement on every phone.

Choose the right package, make sure the default camera works, and add an XML only when it solves a specific problem. Keep a backup of any configuration that gives consistent results, and retain the stock camera for hardware-specific modes that a third-party app cannot access reliably.