David Clark Company headsets and Intercom Systems meet the demanding requirements of military personnel around the world. Their headsets have been chosen by all U.S. Armed Forces, NATO and most Airborne Command Centers.
Rugged reliability and dependable performance are among the many reasons you will find David Clark products in the cockpit, in command centers and on flight decks, helping to complete whatever critical mission is required.
The H10-76XL (NSN 5965-01-462-8230) headset is designed to provide the ultimate in comfort and communication clarity for safe, quiet flights. These headset are designed to withstand the rigors of military cockpits. ELECTRONIC NOISE CANCELING TECHNOLOGY FOR MILITARY HEADSETS
Features:
Rugged reliability and dependable performance are among the many reasons you will find David Clark products in the cockpit, in command centers and on flight decks, helping to complete whatever critical mission is required.
The H10-76XL (NSN 5965-01-462-8230) headset is designed to provide the ultimate in comfort and communication clarity for safe, quiet flights. These headset are designed to withstand the rigors of military cockpits. ELECTRONIC NOISE CANCELING TECHNOLOGY FOR MILITARY HEADSETS
Features:
- New super soft, double foam headpad (NSN 5965-01-519-5118)
- New comfort gel, undercut ear seals (NSN 5965-01-516-8082)
- PORTABLE BATTERY POWERED - uses a portable battery powered module providing up to 20 hours of use.
- Advanced ENC technology provides 17 - 22 additional dB beyond already superior passive noise attenuation
- Versatility of portable battery powered or permanent mount options using the same headset
- Headband custom adjustment for perfect fit
- Dynamic, noise-canceling M-87 microphone for clear, crisp communications
- Meets MIL-26542/2 (USAF) specifications. Ideal for aircraft requiring a low impedance microphone
- Microphone terminal impedance nominally 5 ohms
- "FAIL-SAFE" operation. Electronically independent earphone drivers permit uninterrupted communication should ENC or its power source fail.