Esterline showcases new Racal Acoustics headset at AUSA 2017


Esterline, global leader in defense and aerospace technologies, will demonstrate its new Racal Acoustics RA4000 Magna headset for high-noise environments at the AUSA Annual Meeting and Exposition, Walter E. Washington Convention Center, Washington, D.C., 9-11 October 2017, Booth 1203. Esterline's Racal Acoustics brand offers a range of high-reliability personal hearing and communications equipment for the military, paramilitary, aviation and first-responder markets.


Estreline showcases new Racal Acoustics headset at AUSA 2017 925 001
The Esterline Racal Acoustics hearing protection headsets at AUSA 2017


Esterline has engineered its Racal Acoustics Magna digital headset to address current operator requirements with up-to-date solutions in electronics, materials and ergonomics in a market that has typically relied on older technologies. Performance highlights include:

Comprehensive hearing protection for high-noise environments with an autonomous, battery-powered digital active noise reduction (ANR) system.
Crystal-clear, high-fidelity communications.
Ergonomic construction, comfortable for long missions.
Modular, customizable and upgradeable features and accessories to match specific mission requirements and extend useful life.
Waterproof design.

"Our aim with the Magna headset has been to jolt this high-noise market space with a highly engineered digital solution offering unprecedented performance in hearing protection, sound quality, reliability and versatility, for an overall value that simply cannot be ignored," said Dick Heinrich, managing director of Racal Acoustics at Esterline. "To home in on one example: our Magna headset is the first and only high-noise headset that offers noise-reduction circuitry that is both digital and battery powered, so it delivers effective protection even when disconnected from an intercom/radio system or vehicle. Similarly, our electronic compression circuitry facilitates outstanding local sound awareness and talk-through when untethered."