Fluent Audio FA‑ADS‑10BC – Bone Conduction Wireless Audio Delivery System (10‑Listener Kit)

The Fluent Audio FA‑ADS‑10BC system is an advanced 900 MHz wireless audio delivery and tour guide solution featuring bone conduction receivers, designed for situations where maximum clarity, comfort, hygiene, and environmental versatility are essential. This system allows listeners to receive sound through vibration transmitted directly to the inner ear, bypassing the ear canal entirely for superior clarity—especially valuable for users with hearing challenges or in noisy environments.

Bone Conduction Technology for Clear, Comfortable Listening

Fluent Audio’s bone conduction receivers rest on the user’s cheekbone rather than inside or over the ear, delivering sound directly to the cochlea through vibration. This means:

• No ear canal obstruction
• Higher long‑term comfort
• Clear hearing even for individuals with certain types of hearing loss
• Ability to stay aware of environmental sounds (safety advantage)

These receivers are also waterproof, easy to sanitize, and feature cordless, embedded receiver technology—no dangling cables or lanyards.

INCLUDES: 

• 1 Leader Transmitter
• 10 Guest BC Receivers
• 1 Leader Headset Mic
• 1 Soft Carry Case
• 1 10-Slot Magnetic Charger

Performance Specifications

From Fluent’s confirmed bone conduction system specifications:

• Radio Frequency: 902–928 MHz
• User Range: ~500 ft
• Operation Time: Up to 16 hours on a full charge
• Charging Time: ~4 hours (smart charging)
• Modulation: QPSK
• Frequency Response: 20 Hz – 3.4 kHz
• Channels: 25
• Weight: 34 g (1.1 oz) per receiver

Ideal Applications

• Guided tours (quiet or noisy environments)
• Language interpretation events
• Industrial training or walk‑throughs
• Museums and educational centers
• Situations where listeners cannot or prefer not to use traditional ear‑canal headphones

The FA‑ADS‑10BC leverages Fluent Audio’s bone conduction engineering to deliver clear, hygienic, and highly comfortable communication for diverse audiences in demanding environments.