Bone Conduction Sports Headset with Digital Display and ENC

This bone conduction headset is designed for active users who need to stay aware of their surroundings during workouts, runs, or cycle rides. By transmitting sound through the cheekbones rather than the ear canal, it leaves your ears open to hear traffic, conversations, or other ambient noises. The digital display gives you immediate feedback on remaining battery life, so you are less likely to run out of power mid-session. Built with a Jerry chip, it maintains a stable Bluetooth connection up to 10 metres from your paired device. The ear hook construction keeps the headset firmly in place, even during vigorous movement. Available in X18 Black or X19 Black.

Features and Construction

This headset combines practical design elements that suit an active lifestyle. Each feature is built around the core idea of letting you hear your music and your environment simultaneously.

Bone Conduction Technology

The headset rests on the cheekbones in front of the ears, vibrating to transmit sound directly to the inner ear. This means your ear canals remain unobstructed, allowing you to hear ambient noise naturally. It is particularly useful for outdoor runners, cyclists, and anyone who needs to stay alert to their surroundings while listening to audio.

Digital Display and Battery Life

A small digital screen on the housing shows the current battery level, so you can see at a glance when a recharge is needed. With a battery life of 4-8 hours per charge, it handles most daily training sessions or commutes without needing a top-up. The display removes guesswork and helps you plan charging around your schedule.

ENC and Jerry Chip

Environmental Noise Cancellation (ENC) reduces background sound during calls, making your voice clearer to the person on the other end. The Jerry chip provides stable Bluetooth connectivity with a maximum transmission range of 10 metres, ensuring reliable pairing with smartphones, tablets, or other Bluetooth-enabled devices.

Uses and Placement

This headset fits into several everyday scenarios where bone conduction is advantageous. Its ear hook design and lightweight materials make it suitable for repeated daily use.

Outdoor Sports and Fitness

Runners and cyclists benefit from bone conduction because they can hear traffic, other people, and warning sounds while staying motivated by music or podcasts. The ear hook mechanism keeps the headset secure even during sprints, jumps, or head movements.

Everyday Commuting and Calls

Walking or cycling in city environments, you remain aware of approaching vehicles and pedestrian signals. The ENC feature helps you take calls without shouting over wind or traffic noise. Voice control lets you answer or hang up without reaching for your phone.

Indoor Use and Leisure

Around the home or office, bone conduction allows you to listen to audio while still hearing doorbells, phone rings, or colleagues speaking. It is less isolating than traditional in-ear or over-ear headphones.

Benefits and Buying Value

This headset offers practical advantages for users who prioritise safety, convenience, and long-term usability. Its design reduces common frustrations with conventional earbuds during sport or commuting.

Open-Ear Awareness

The most significant benefit is the ability to hear your environment without removing the headset. This improves safety when exercising near roads or in busy public spaces. It also means you can have brief conversations without pausing your audio.

Reuse and Low Maintenance

The PC ABS housing is lightweight and resistant to minor impacts. With a 4-8 hour rechargeable battery and USB charging, you can use the headset daily without replacing batteries. The digital display helps you avoid over-discharge that can shorten battery lifespan.

Why Choose This Product

For anyone who exercises outdoors or values spatial awareness during audio use, this bone conduction headset solves a real limitation of traditional headphones. The digital display, ENC call quality, and ear hook fit are practical differentiators that support regular use without adding complexity.