How Bone Conduction Headphones Work

Bone conduction literally translates to bone carrying sound, and in this case talking sound. Many bone conduction headphones are available for purchase in the market today. They are more commonly known as Avantree Headphone. The unique sounding music that these devices produce is a result of the transmission of sound from your skull through the headband and wrapped in between the two bones of your face.

What are bone conduction headphones?

Nestled in just behind your ears, bone conduction headphones sit on the temporal bone and send vibrations through the bones of your skull directly to the cochlea, bypassing the eardrum altogether. The result is a high-quality listening experience that will not only make you feel like you’re at a live music festival but also keep you safe while riding your bike or walking in a busy street.

Bone conduction is not a new technology by any means. In fact, it was first discovered by Beethoven himself when he used to bite down on an iron rod attached to his piano while practicing to better hear his music. But it wasn’t until recent years that engineers realized how this technique could be applied to listening to music and other audio files on headphones.

Nowadays you can find bone conduction headphones in many forms including over-ear and in-ear models as well as Bluetooth wireless versions for use with mobile devices such as smartphones or tablets.

What exactly is bone conduction?

Bone conduction headphones work by creating a direct pathway of sound between your skull and the speakers. This means you can enjoy the type of sound quality that is usually only possible with headphones that use traditional earphones.

Bone conduction headphones are great for people who have trouble hearing or have ear issues, or who just want to listen to music without bothering their ears.

Bone conduction technology has been around for years, but it’s still relatively rare in most electronics, particularly at the price level of bone conduction headphones. However, there are some great options available, with brands like Skullcandy getting a lot of attention for producing high-quality models that deliver sound quality comparable to traditional earphones.

How do bone conduction headphones work?

Bone conduction headphones are a unique type of headphones that transduce sound waves into vibrations and send them through the skull directly to the inner ear. They have been around for over one hundred years, but have not been widely used until recently because of their high cost and low quality.

Bone conduction headphones are different from normal headphones in that they do not require an external speaker or other means of producing sounds. Instead, they use the natural vibrational qualities of bones in your body (notably, the jawbone and skull) to produce sound waves that are transmitted through your head.

Many people first heard of bone conduction headphones when Google introduced them as a feature in their Glass headset in 2013. The idea behind these headphones is to allow the wearer to listen to music without blocking out outside noise or having to wear earphones. This can be useful for people who work in loud environments (such as construction sites), or for those who want to listen to music while exercising at the gym.

One issue with these devices is that they can cause discomfort if worn for extended periods of time, due to the fact that they transmit vibrations directly into your head rather than just playing sounds through speakers like regular headphones do. However, some users report feeling “zapped” by their

Can you swim with bone conduction headphones?

There are a lot of myths about the quality of bone conduction headphones. For example, many people believe that they won’t drown out background noise because they’re so quiet. They also believe that you have to have your ear directly against your phone or MP3 player to hear it.

The truth is that with most brands of bone conduction headphones, you can hear them from across a crowded room. When you’re moving around, you can still hear everything fine. The same goes for when someone is talking to you while you’re wearing them and they’re sitting right next to you.

They work by sending the sound vibrations through tiny hollow bones in your skull, which vibrate the membranes in your inner ear. These vibrations are then translated into electrical impulses by your brain and heard by the external ear.

The good news is that bone conduction headphones are just as good at canceling out background noise as wired headphones, and they don’t take up any more space than traditional wireless Bluetooth headphones do when they’re not being used.


Headphones are a product that we see everywhere in our everyday lives. Whether at the gym, on the go, or with your favorite playlist, we use headphones to listen to music and keep track of our steps. From earbuds to over-ear headphones, there are so many different types of audio devices that work in different ways.

One type of headphone, in particular, that may have peaked your interest is bone conduction headphones. If you have ever wondered how bone conduction works, we have put together a comprehensive guide for you!