Eartec Ultra lite 2 Person Headsets (as new still in case. Never been used)

Stay connected with the Eartec Ultra lite 2 Person Headsets, designed for clear communication while on the go. These headsets are lightweight and comfortable, making them ideal for long hours of use. With the brand Eartec known for quality, you can trust in the durability and reliability of these headsets.


INCLUDES: 1 ULSM Single-Ear Master Headset, 1 ULSR Single-EarRemote Headset, 2 Rechargeable Lithium Batteries, Dual Bay Multi-port Charger, Softside Case


HANDS-FREE FULL DUPLEX: Wireless headsets operate on 1.9 GHz frequency to avoid interference with other devices; allows for simultaneous communication for 2 users


EXCEPTIONAL PERFORMANCE: Up to 1,000 ft LOS wireless range; up to 6 hours of talk time on a single charge; pivoting microphone allows for the headsets to be worn on either left or right side.


GREAT CLARITY: Noise-cancelling microphone that automatically mutes when pivoted upwards; high-quality voice communication even in high-noise environments


PERFECT FOR: video production, stage production, boat operators, drone operators, construction sites and more.

Single Headset UIIraLITE Single headsets eclipse all other full duplex wireless for performance and convenience because the transceiver is built right inside the ear cup. This self-contained, "All in One" design eliminates headset wires and even belt worn radios. They provide simultaneous talk, two way voice communication for users that need to work with their hands yet also require one ear free to listen to what is going on around them. Double Headset UIIraLITE Double headsets allow users to remain in constant full duplex voice contact even while on the move. What sets them apart from most other wireless headsets is that they operate without belt pack transceivers. All electronics, even the battery, are installed right inside the ear cups. The UltraLITE Double includes deluxe padding and fully adjustable noise cancelling microphone to insure effective voice communication even in high noise environments.