MIRA Safety Gas Mask Microphone (CM-6M, CM-7M, CM-8M, & TAPR) Review

Gas masks are essential equipment for hazardous environments, but communication can be difficult due to their bulky designs. MIRA Safety created theCM-6M, CM-7M, CM-8M, and TAPR series of microphones in order to make communication easier. These gas mask microphones are designed to deliver high-quality audio while maintaining a low profile and a straightforward installation process. This review will take a closer look at the features, benefits, and drawbacks of these gas mask microphones.

First, let’s discuss the features of the microphones. All of the models feature a radio frequency (RF) design, which means they pick up sound waves directly rather than relying on mechanical vibration. This makes them much more sensitive and reliable in a wide range of environments. They also come with a built-in interference filter to reduce background noise and feedback. Additionally, the CM-6M, CM-7M, and CM-8M models come with a detachable cable for convenient storage and a waterproof PTT (push-to-talk) switch.

Next, let’s look at the benefits of these microphones. The small size and lightweight design make them easy to carry and use, even in tight or cramped spaces. The RF design also ensures clear audio transmission without having to rely on external power sources. The detachable cable also helps to reduce bulk in the mask while making it easier to store and transport. Finally, the interference filter reduces background noise, increasing the range of usable environments for the microphone.

Now let’s take a look at the drawbacks of these microphones. The RF design of the microphone means that it is not ideal for high-noise environments, as the interference filter may not be able to reduce all background noise. Additionally, the microphone is not compatible with every gas mask, as each model has a specific connection type. Lastly, the microphone does not have a volume control, so it may be difficult to adjust the audio level.

Overall, the MIRA Safety gas mask microphone is an effective and reliable way to communicate in hazardous environments. Its small size and lightweight design make it ideal for tight or cramped spaces. The RF design ensures clear audio transmission without having to rely on external power sources. And finally, the built-in interference filter reduces background noise and increases the range of usable environments. While there are a few drawbacks such as a lack of compatibility with some gas masks and no volume control, these don’t detract from the overall performance of these microphones.