Do Wireless Bone Conduction Headphones Have Good Battery Life?

Do Wireless Bone Conduction Headphones Have Good Battery Life

Sometimes nothing triggers your frustration more than the words “charge me” coming from your bone conduction headphones when you are in the middle of a good book or a meeting. But are your headphones really to blame for their battery life?

The battery life of bone conduction headphones lasts approximately 6 – 8 hours, depending on your average usage. Bone conduction headphones come equipped with high-quality batteries that can offer an acceptable standard of longevity between charging. 

This article will discuss the various elements that affect the battery life of bone conduction headphones and which headphones you should choose.

Factors That Affect Your Headphone’s Battery Life

As the chart above shows, the size and compactness of your wireless headphones affect their battery life. A small pair of wireless earbuds will have less battery life than a larger pair of wireless over-the-ear “muff type” headphones or “cans” based on a more compact design. 

Most wireless earbud’s batteries last approximately 5 to 8 hours. Depending on the type, average BlueTooth headphones can have a battery life of anywhere between 5 and 40 hours. When compared, your bone conduction headphones won’t necessarily offer a full-day auditory experience, but they will provide a solid 6 to 8 hours of uninterrupted sound quality.

Your bone conduction headphones offer a good battery life in terms of their quality, source design, and technology based on the manufacturer. But how you use your headphones can also impact their battery life in a big way. Not to mention what brand of headphones you choose.

Calculate Your Bone Conduction Headphones Use Frequency

Bone conduction headphones are very versatile, so usage varies from person to person. We can assume that most use their headphones intermittently while working, studying, exercising, or traveling. So, the battery life isn’t as severely affected.

However, if you use bone conduction headphones specifically for assistance with hearing aids, that number can rise to about 5–8 hours. That is the limit your headphones offer. If you use these headphones every day for the same number of hours, this will run down the battery more. Eventually, with time, this stress will cause all batteries to lose power more quickly.

Nevertheless, if the headphones are designed by a company that offers superior quality, this will impact how fast your battery will start draining. Battery design and materials are changing and getting better all of the time.

Consider How Often You Charge Bone Conduction Headphones

Consider How Often You Charge Them
USB Charging Cable

Whether it’s your smartphone or your headphone’s battery, charging makes all the difference in prolonging their use. We already know the magic number for charging smartphones, which is 80–90 percent, never 100 percent. With headphones, the charge time is different.

According to an AfterShokz Medium Article on headphone charging, bone conduction headphones take roughly an hour to charge the battery using a Micro USB completely. Overcharging these headphones doesn’t damage the battery dramatically. But, it does benefit from a slow, steady charge and mild discharges.

So, rethink your decision to leave your headphones on charge for the night. You’ll be doing yourself a favor and help your battery life long-term.

Does Weather Affect Your Bone Conduction Headphones Battery Life?

While your smartphone will send you a notification if it gets overheated, your bone conduction headphones will not. And that can be problematic. Like any technology, bone conduction headphones also experience damage when exposed to extreme temperatures, hot or cold. In colder weather, your batteries can shut down. Even condensation can wreak havoc on its internal workings.

If your headphones become overheated due to surrounding temperatures, it can result in the battery becoming overheated, causing the plastic to be brittle and damaging the sound quality. The ideal temperature for something as sensitive as bone conduction headphones is between 59°F to 77°F (15°C to 25°C).

If the weather outside is less or more than that, you may want to consider leaving your headphones at home. Ideally, your headphones should be stored in a cool, dry place, away from sunlight or any external elements such as water when not in use.

Noise Cancellation and Phone Calls Battery Affect on Bone Conduction Headphones

Noise Cancellation and Phone Calls Battery Effect on Bone Conduction Headphones
Noise Cancellation and Phone Calls Battery Effect on Bone Conduction Headphones

The noise-canceling function in headphones uses active noise control to cancel out the lower frequency of your surrounding noise. Since it amplifies certain sound waves to do so, this function takes more energy and also drains the battery more quickly.

In the same way, because taking a call on your headphones requires more energy for the sound element, it ultimately takes away a chunk of your headphone’s battery life too. So, if you use your headphones primarily to make calls or listen to music, there is a chance that your battery will drain quicker over time.

Please look at some of our other informative articles on headphones, such as “Bone Conduction Headphones For Those With Hearing Loss” and “Are Bone Conduction Headphones Really Safe For Me?”

Bone Conduction Headphones With Good Battery Life

Considering all the above factors, we assume that no matter which bone conduction headphones you buy, they’ll all offer some similar results.

However, it’s important to keep in mind that we’ve only factored in conditions caused externally. Depending on which set of bone conduction headphones you buy, you could be making a worthy investment in your future comfort. 

Here, we have some bone conduction headphones that have made the cut based on battery life:

AfterShokz Aeropax

AfterShokz Aeropex Open-Ear Wireless Bone Conduction Headphones
Cosmic Black AfterShokz Aeropex Open-Ear Wireless Bone Conduction Headphones

Battery Life: 8 Hours

Aside from being very lightweight, waterproof, and dustproof, the AfterShokz Aeropax Headphones are one of the only headphones that offer a hefty eight-hour battery life. Magnetic charging cables charge the headphones in 2 hours.

These headphones have a built-in microphone and control, so you can expect to cut away on the charge time. However, if you only use these as assistance with hearing aids, they will provide eight hours of premium service.

These are very nice bone conduction headphones, and they’ll feel more comfortable and offer a better sound experience than your conventional hearing aids.

Vidonn F3 Mini

Vidonn F3 Mini Bone Conduction Bluetooth Headphones
Vidonn F3 Mini Bone Conduction Bluetooth Headphones in Grey

Battery Life: 7 – 9 Hours

The Vidonn F3 headphones may compete with the AfterShokz Aeropax in terms of battery life. They have a dual battery structure for longer battery life and have a 1.5 hour charge time. Unfortunately, they’re not as good with sound, which is why they are second on the list.

The Vidonn F3 headphones offer improved mid-range sounds, excellent call quality, and a lightweight design. They’re also dust and sweat-proof. However, these headphones can’t be used underwater, which may be an issue for those who like to wear their headphones all the time.

Nevertheless, these headphones are not the wrong choice for anyone looking to use bone conduction headphones casually.

AfterShokz Trekz Air

AfterShokz Air Open Ear Wireless Bone Conduction Headphones
Canyon Red AfterShokz Air Open Ear Wireless Bone Conduction Headphones

Battery Life: 6+ Hours

The AfterShokz Trekz Air is sleek, comfortable, and aesthetically pleasing. Offers seven hours of battery life if used properly, charges in 2 hours, and the Trekz Air is not like conventional headphones.

With remote buttons and a high-quality microphone, these headphones are popular among able- and differently-abled listeners, especially those who require efficient sports headgear. With an IP66 casing that keeps the headphones protected from water and dust, the Trekz Air is not a bad second option if you need a headphone set for everyday use.

AfterShokz Trekz Titanium

AfterShokz Titanium Bone Conduction Wireless Bluetooth Headphones
Ocean Blue AfterShokz Titanium Bone Conduction Wireless Bluetooth Headphones

Battery Life: 6 Hours

The Trekz Titanium by AfterShokz is the company’s signature headphones.

Beloved in the community for their stable service, even during heavy workouts or usage, these titanium-alloy encased headphones are highly durable. They offer a solid six hours of battery on a full charge. These headphones are considered the best for running. Take note that the latest designs by AfterShokz have since replaced the titanium option because these are not water or sweat-proof.

Pyle Audio

Pyle Audio PSWBT550 Bone Conduction Headphones
Black Pyle Audio Bone Conduction Headphones

Battery Life: 2 – 5 Hours

In comparison to the AfterShokz Aeropax, the Pyle bone conduction headphones are a steal at $69. Unfortunately, they follow the mantra of, “you get what you pay for.”

These headphones are more expensive than your traditional earbuds, but the sound quality is not as good as you may need. If you want premium sound quality, you’ll instead need to wear earplugs. They are sweat and dustproof and offer control buttons on the side panel on the plus side, so it’s easier to manage the function.

But with only five hours of battery life, these headphones can only come in handy if you need a durable set for a defined period, such as a long workout session.

Final Thoughts

Quality and care are critical factors when getting bone conduction headphones with the best battery life. Hopefully, with the above information and some recommendations, you should have no problem finding and taking care of your headphones that suit your lifestyle needs.


Fremontii, LLC. is compensated for referring traffic and business and as an Amazon Associate, we earn from qualifying purchases. By using the affiliate links, you are helping support our Website, and we genuinely appreciate your support.

John Mortensen

As a kid I wanted to be an astronaut, geologist, or scientist. I became a project manager which is involved with many of those things. I am a project manager and tech writer who researches the latest alternative and green technologies. We write helpful articles about green electronics and green technology products. AI, extreme weather, electric vehicles, are all in our future and we want to know the best way to deal with the effects of these on the power grid and emergency preparedness.

Recent Posts