Tayogo W01 ボーンボンダクション 防水 スイミング mp3、FMラジオ付き
Fast shipping, Shipping out in 3 days when order confirmed
IPX8
100% Waterproof,Swimming Anywhere With Music
8H
Up to 8 hours Playing Time,Fast charge
Waterproof Bone Conduction Headphone
These vibrations travel through the bone directly to the cochlea, the part of the inner ear responsible for converting sound vibrations into electrical signals that the brain interprets as sound.
The MP3 player comes with 8GB of memory, providing ample space for up to 2,000 songs, so you can store all your favorite music.
The swimming headphones come with an adjustable belt and buckle, allowing you to customize the fit according to your head size. The silicone covering is skin-friendly, providing a comfortable wearing experience.
These vibrations travel through the bone directly to the cochlea, the part of the inner ear responsible for converting sound vibrations into electrical signals that the brain interprets as sound.
The MP3 player comes with 8GB of memory, providing ample space for up to 2,000 songs, so you can store all your favorite music.
The swimming headphones come with an adjustable belt and buckle, allowing you to customize the fit according to your head size. The silicone covering is skin-friendly, providing a comfortable wearing experience.
IPX8 Waterproof Rating
Supports using underwater up to 3 meters. Also this Tayogo IPX8 underwater headphones for swimming has unique MP3 mode which allows you to enjoy music, podcasts, or audiobooks while swimming or other different underwater scenarios.
Open Ear Design for Running
Open-Ear headphone design allows you to stay aware of your surroundings and avoid potential hazards while enjoying the benefits of bone conduction headphones.
Dual Mode: MP3 model & FM Radio
It supports various audio formats including MP3/WMA/DRM/OGG/WAV/AAC-LC
FM radio relies on radio waves to transmit audio signals, and these waves have difficulty traveling through water. Because When radio waves encounter water, they can be reflected or refracted, altering their path and making it challenging for the waves to reach the receiver effectively.