Eartec CS-SIN COMSTAR Single-Ear Full Duplex Wireless Headset

Meet the Eartec COMSTAR Single-Ear Full Duplex Wireless Headset
The Eartec COMSTAR Single-Ear Full Duplex Wireless Headset is a state-of-the-art communication device designed to facilitate seamless interaction among team members without the encumbrance of a beltpack. This wireless headset enables a network of up to eight individuals to engage in real-time conversation with crystal-clear audio, making it an ideal solution for environments where quick, hands-free communication is critical.

Robust Wireless Connectivity
With a robust range of up to 400 yards from the Com-Center, the COMSTAR Single-Ear Headset supports distances of up to 800 yards between two users. This extensive coverage is perfect for large venues or sprawling sites where effective distance communication can enhance operational efficiency and safety.

Comfort Designed for Professionals
Designed with an around-ear cushion and a padded headband, the COMSTAR headset prioritizes comfort for all-day use. Whether you're coordinating an event, managing a production line, or overseeing a construction site, this headset ensures you can keep communicating without the distraction of discomfort.

Advanced Audio Features
The COMSTAR headset comes equipped with a positionable boom microphone for optimal voice capture, making every command and instruction as clear as if you were speaking face-to-face. Additional features like a foam windscreen effectively minimize background noise and wind interference, ensuring your communication remains pristine in various environments.

Effortless Use and Maintenance
Ease of use is at the forefront of the COMSTAR design. Integrated controls allow for simple volume adjustments and programming on the fly. The self-tuning capabilities and internal antenna mean setup is quick and uncomplicated, with no need for external antennas. Plus, the headset's battery is rechargeable, offering up to 10 hours of continuous use, and can be swapped out in seconds for uninterrupted operation.