How to set up noise reduction AirPods Pro on Android

Connecting Apple's premium headphones to the Android ecosystem often raises questions among users, especially when it comes to complex features such as active noise cancellation. Many owners of smartphones based Android believe that without an Apple gadget, these capabilities are lost forever. However, this is a common misconception, which we will debunk in this guide.

In fact, the hardware of the headphones AirPods Pro works independently of the smartphone's operating system. The chip H1 or H2 processes audio signals locally. The only problem is the lack of a native interface for switching modes and setting transparency levels in the standard Bluetooth Android menu. This creates the illusion that the function is not working, although it is physically active or can be activated by third-party means.

In this article we will analyze in detail all the available methods of controlling noise reduction: from mechanical switching on the headphones themselves to using specialized software. You will learn how to regain full control over your audio device and enjoy silence even on the subway using your Android smartphone.

Mechanical control of modes on the case

The easiest and most reliable way to switch the operating mode of headphones does not require installing additional software. Apple engineers have provided a physical control interface directly on the stem of each earphone. This solution guarantees that the function works regardless of which phone is currently paired with the device.

To change the mode, you need to find the touch pad on the bottom of the leg AirPods Pro. A short press on this area cyclically switches the operating modes of the active noise reduction system. Typically the sequence looks like this: “Active Noise Cancellation” is replaced by “Transparency” mode, and then turned off completely. The user can configure the switching order in the iOS device menu once, and this setting will be saved in the memory of the headphones themselves.

⚠️ Attention: If a short press does not change the mode, the switching function may have been disabled in the settings of the paired iOS device earlier. In this case, the headphones can remain in the last saved mode until resynchronization with the iPhone or iPad.

To fine-tune the behavior of the touch pad, it is recommended to use any available Apple gadget at least once. Once you're in your iPhone's Bluetooth settings, you can choose whether a press will switch modes or turn on Siri. After configuration, these parameters are written to the internal memory AirPods. Thus, even after disconnecting from the Apple ecosystem, mechanical control will work correctly on Android.

Using third-party applications for deep settings

Although mechanical switching works, it does not provide the ability to fine-tune the level of noise reduction or adaptive transparency. For full control, Android owners need to turn to third-party developers who have created emulator applications for the AirPods control menu. These utilities allow you to see the charge of each earphone, change the equalizer and, most importantly, control noise reduction modes programmatically.

One ​​of the most popular and functional solutions is the application MaterialPods. It uses Android system notifications to read connection status and provides an interface that is as similar to the original as possible. In the application menu you can manually select ANC (Active Noise Cancellation) or transparency mode. Moreover, some versions of the software allow you to configure the adaptability of noise cancellation, although this function highly depends on the firmware version of the headphones themselves.

Another worthy option is the application CAPod or AndroPods. These apps are updated frequently and support new models, including the second generation Pro. They provide access to ear detection settings, which is critical for noise cancellation to work correctly. If the proximity sensor is not configured, the headphones may not recognize that they are on and may not activate the active microphones.

When installing such apps, it is important to give them all the requested permissions, especially access to notifications and background work. Without this, the application will not be able to send commands to the headphone chip in real time. It is worth noting that working through third-party software may consume a little more smartphone energy, since a constant background connection is required to monitor the status.

Table of operating modes and their impact on the battery

Understanding how different modes affect power consumption and sound quality will help you optimize use headphones. Active noise cancellation is a power-intensive process that requires constant operation of the microphones and processor. Below is a comparative description of the main operating modes AirPods Pro.

Operating mode	Function description	Impact on autonomy	Recommended use
Active noise cancellation (ANC)	Microphones pick up external noise and generate antiphase	High consumption (up to 20% faster discharge)	Airplane, subway, noisy office
Transparency	External sound passed through the speakers without distortion	Average consumption (microphones are working)	Walking, talking, waiting for transport
Off	Passive noise insulation due to ear pads	Minimum consumption (maximum operating time)	Quiet rooms, battery saving
Adaptive transparency	Automatic reduction of the volume of sharp sounds	High consumption (requires calculations in real time)	Urban environment with harsh sounds

The table shows that constant use of the mode ANC significantly reduces the time spent listening to music. If you are in a relatively quiet area, it is advisable to switch to Off mode or use passive isolation. This is especially true for older headphones, the battery capacity of which has already decreased during use.

It is worth considering that the effectiveness of noise reduction also depends on the tightness of the ear pads to the ear canal. If the fit is not sealed, the system will not operate correctly as it attempts to compensate for the audio leakage, resulting in wasted power and poor audio quality. Android applications often have a leak test function similar to that of iOS.

Tightness test and calibration

The quality of the active noise reduction system directly depends on the physical isolation of the ear from the outside world. If sound waves penetrate inside the ear canal past the ear pads, the algorithms ANC cannot effectively create antiphase. On Android, this problem is more difficult to solve than on the iPhone, due to the lack of a built-in tightness test in the system menu. However, some advanced third-party applications, such as

However, some advanced third party applications such as MaterialPods (in the paid version) or specialized hearing test utilities, can help indirectly assess the fit. You can play a test tone or music with deep bass in noise reduction mode. If you hear obvious extraneous sounds or the bass sounds flat and quiet, most likely the size of the nozzle is selected incorrectly.

Included with AirPods Pro there are four sizes of silicone nozzles: XS, S, M, L. Experimentally select the size that creates a feeling of vacuum. A proper fit is characterized by the fact that external noise is muffled even without turning on the electronics. This phenomenon is called passive noise insulation and is the foundation for the operation of active noise reduction.

⚠️ Attention: Do not use damaged or deformed ear pads. Microcracks in the silicone break the seal, which is why the noise reduction system can begin to generate an unpleasant whistle or hiss, trying to compensate for sound leakage.

It is also worth regularly cleaning the microphone and speaker grids from earwax and dust. Clogged holes distort the signal entering the processor, which leads to incorrect operation of noise reduction algorithms. For cleaning, use a soft, dry brush or special adhesive tape, avoiding moisture getting inside the case.

Solving problems with automatic ANC shutdown

Android users often encounter a situation where noise cancellation spontaneously turns off after a few minutes of operation. This can be caused by both software conflicts and the peculiarities of the sensors on a non-native device. Let's look at the main reasons and ways to eliminate them.

The first and most common reason is the activation of ear detection sensors. On Android, these sensors sometimes do not work correctly if the intermediary application does not have constant access to connection status data. The system may "think" the headphones are removed and turn off active features to save power. The solution lies in the energy saving settings of your smartphone.

You need to go to the battery settings and find your application to control the headphones (for example, MaterialPods). Enable the "Run in background" or "No restrictions" option for this application. This will prevent the Android system from “putting to sleep” the process responsible for maintaining the connection and sending commands to the chip H1/H2.

Settings → Applications → MaterialPods → Battery → Unlimited

Another reason may be overheating of the headphones during intensive use of ANC in hot weather. Built-in protection disables active microphones to prevent component damage. In this case, simply cooling the device in the shade for a few minutes will help.

The secret of stable operation

Disable the “Adaptive Audio” option in the settings of the application itself, if available. This feature constantly analyzes the environment and may erroneously switch modes on Android due to incorrect reading of the phone's microphone data.

Comparison of work on iOS and Android: what to expect?

It is important to understand that even when using the best third-party applications, the experience of using AirPods Pro on Android will be different from using it on an iPhone. Apple intentionally limits certain features to third-party platforms, keeping them exclusive to its ecosystem. This applies not only to noise cancellation, but also to spatial audio.

On Android, you likely won't be able to use dynamic head tracking for spatial audio. Also, the Adaptive Audio feature, which automatically mixes transparency and noise reduction modes depending on the environment, may not be available. These features require deep integration at the operating system level, which third-party developers cannot fully reproduce.

However, the basic sound quality and the effectiveness of the noise cancellation itself remain at their best. Sound processing algorithms are “hardwired” into the headphone firmware and are independent of the phone. Therefore, if your main goal is silence in transport, then the Android + AirPods Pro combination still remains one of the best solutions on the market, despite the reduced control functionality.

It is also worth mentioning sound delays. When watching videos on Android with AirPods Pro, the latency is usually minimal and unnoticeable, but in some games it can be noticeable more than when using dedicated gaming headsets with the aptX Low Latency codec, which is not supported by Apple products.

Is it possible to update the AirPods Pro firmware via Android?

Unfortunately, official firmware update AirPods is only possible when connected to Apple devices (iPhone, iPad, Mac). The headphones update automatically in the background when they're near a charged iPhone. It is not possible to force an update via Android. However, the headphones will work correctly even with outdated firmware; it’s just that some new functions may not be available.

Why does noise cancellation hum or hiss on Android?

Extraordinary sounds in ANC mode most often indicate a poor seal or dirty microphones. Less commonly, the problem may be a malfunctioning intermediary application that sends incorrect commands. Try changing the attachment to a larger size or cleaning the microphone grids with a soft brush.

Does the Android version affect the operation of the noise reduction?

The operating system version indirectly affects the stability of third-party applications. On very old versions of Android (below 8.0), applications like MaterialPods may be unstable or not launch at all. The hardware noise reduction itself does not depend on the OS version, but the ease of managing it does.

Is there a difference between AirPods Pro 1 and 2 when connected to Android?

Yes, there is a difference. The second generation AirPods Pro 2 has a more advanced chip H2that provides twice as effective noise reduction compared to the first version. Also, the second version supports volume adjustment by swiping on the stem, which works on Android “out of the box” without additional applications, unlike the first model.

Is it possible to use only one noise-canceling headphone?

Technically, active noise cancellation mode is available when using either one or two headphones. However, the efficiency will be lower when using one, since the system is calibrated for a stereo stage. In addition, some Android applications may incorrectly display the mode status if only one earphone is active.