The abridged version of bone conduction headphones is that they rest directly on the listener’s cheekbones. Unlike traditional headphones and earbuds, the eardrum

doesn’t vibrate to pass the information along to the cochlea. Instead, the vibrations from the bone conduction bee-lines for the cochlea.

Due to the lack of eardrum involvement, this technology is good for people with hearing deficiencies, as the bone conduction vibration acts in lieu of the eardrum.

A bone conduction headphone is a headphone based on a “bone conduction” mechanism. Bone conduction is a mechanism that transmits sound to the auditory nerve through vibrations in the skull bone rather than through the eardrum.

Because they transmit sound by vibrating bones, they don’t need to cover the ears like regular headphones.

These headphones are typically placed on the cheekbone or mandible rather than covering or inserting into the ear, allowing vibrations to be transmitted directly to the inner ear.

The technology allows users to listen to audio while keeping their ears open to ambient sounds, making it suitable for a variety of activities such as outdoor sports, those with hearing impairments, or situations requiring situational awareness.

Bone conduction headphones work by transmitting sound vibrations directly through the skull.

Sensors: Bone conduction headphones are equipped with sensors that generate vibrations through electrical signals. These transducers can be in the form of small speakers or sometimes even small actuators.

Placement: Headphones are typically designed to be worn on the temporal bones, just in front of the ears, where the bones are relatively close to the surface. This effectively transmits vibrations.

Vibration: When the headphones are placed on your temples or cheekbones, they vibrate in response to electrical audio signals. These vibrations are then conducted through the skull.

Bone transmission: Vibrations are transmitted directly to the cochlea, the spiral structure in the inner ear responsible for hearing. When vibrations reach the cochlea, they stimulate hair cells, which then send signals to the brain, creating sound perception.

Listening: It is important to note that bone conduction headphones do not block the ear canal. This allows users to still be aware of their surroundings and hear ambient sounds while enjoying audio transmitted via bone conduction.

Bone conduction headphones are beneficial for people with hearing impairments by bypassing the outer and middle ears, and they are also popular for outdoor activities where situational awareness is crucial.

Open design:

Unlike traditional headphones that cover or insert into the ear, bone conduction headphones keep the ear canal open. This design keeps users aware of their surroundings and is ideal for outdoor activities such as running, biking or walking, where situational awareness is critical for safety.

Comfort:

Because bone conduction headphones don't go inside or above your ears, they are more comfortable to wear for long periods of time. They don't create pressure or cause ear fatigue, making them suitable for those who find traditional headphones uncomfortable.

Hearing Assistance:

Bone conduction technology can benefit individuals with certain types of hearing loss. By bypassing the outer and middle ears, bone conduction allows sound to be transmitted directly to the inner ear, potentially bypassing any damaged or damaged parts of the auditory system.

Versatility:

Bone conduction headphones can be used by a variety of people, including people with normal hearing, hearing aids, or other hearing devices. They can also be used by athletes who like to listen to music or answer calls without compromising their consciousness.

Waterproof:

Many bone conduction headphones are designed to be waterproof, making them ideal for activities like swimming or exercising. This is because they don't rely on creating an airtight seal with the ear, which can be compromised by water or sweat.

Compatibility with glasses and helmets:

The open design of bone conduction headphones makes them compatible with wearing glasses or helmets. Users do not have to worry about interference or discomfort when using these accessories simultaneously. While bone conduction headphones have many benefits, it's important to note that their sound quality may not match that of traditional headphones in terms of audio fidelity and bass response. However, they offer a unique listening experience that prioritizes situational awareness and comfort.

To find the best bone conduction headphones, considered the following factors:

Sound Quality: While bone conduction headphones prioritize situational awareness, it’s still necessary to consider the sound quality they provide. Look for headphones with clear sound and good frequency response.

Comfortable fit: Since bone conduction headphones sit on your cheekbones or temples, it's crucial to find a pair that fits your face comfortably. Look for adjustable or flexible straps or frames to ensure a secure and comfortable fit.

Durability and Water Resistance: Consider the durability of your headphones, especially if you plan to use them during sporting activities or in wet conditions. Look for headphones that are waterproof or even water-resistant, as they are more resistant to sweat or rain.

Battery Life: Check the battery life of your headphones as it will determine how long you can use them before needing to be recharged. Consider your usage patterns and choose a battery with battery life that suits your needs.

Connectivity: Decide whether you prefer a wired or wireless connection. Wireless bone conduction headphones are more convenient and allow for freedom of movement, but if you want to use them with a device that lacks wireless connectivity, wired options may be preferred.

Additional features: Some bone conduction headphones may come with additional features, such as built-in microphones, touch controls, or noise cancellation. Consider these features and choose the ones that are relevant and important to you.

Price: Finally, consider your budget and compare the features and value offered by different models. Determine the balance between affordability and the features you want.

By considering these factors and conducting proper research, you can make an informed decision and choose the bone conduction headphones that best suit your preferences and needs.

Headphones outperform bone conduction headphones for the immersive sound quality of their audio playback.

6 to 8 hours
Most bone conduction headphones last anywhere from 6 to 8 hours.

The abridged version of bone conduction headphones is that they rest directly on the listener's cheekbones. Unlike traditional headphones and earbuds, the eardrum doesn't vibrate to pass the information along to the cochlea. Instead, the vibrations from the bone conduction bee-lines for the cochlea.