On Sale Casque David Clark H10-60h Pour Helicoptère Us / Nato (delais : Voir Description) Save 65% + Free Ship [nPMTcEY6]

David Clark H10-60H Helicopter Headset

Introducing the David Clark H10-60H, a premium helicopter headset designed for unmatched comfort and performance. This headset is engineered for the demanding needs of pilots and offers an array of features that set it apart from the competition. With its advanced noise reduction technology and ergonomic design, the H10-60H ensures a clear and comfortable flying experience.

Key Features and Benefits

Experience the pinnacle of comfort with the H10-60H's ultra-soft head cushion and Comfort Gel ear pads. The adjustable pressure and size of the headset provide a custom fit for every user. The advanced M-7A microphone with noise-canceling capabilities ensures clear communication, while the dual-volume control allows you to adjust the sound level for each ear. The exclusive and patented Flexible/Flexible Wire Guide makes microphone placement a breeze, and the dome connector offers the flexibility of choosing among three different cords. The H10-60H is equipped with a 5-foot coiled cable and a single plug, making it ideal for helicopter operations. With a certified noise reduction index of 23 dB and FAA TSO C-139 approval, this headset exceeds industry standards and comes with a five-year warranty.

Technical Specifications and Practical Applications

Boasting a full-ear design, the H10-60H features a U-174/U connector and a 1.5-meter coiled cable. It weighs approximately 22 ounces without the cable and has an ABS dome with a sound pressure level of 95 dB SPL at maximum volume. The headset offers a wide frequency response of 200-5500 Hz and an amplified electret microphone with a sensitivity of 400 mV +/- 6 dB under a 150 Ω load. The H10-60H is a must-have for professional pilots, offering exceptional comfort, clarity, and reliability. Whether you're flying for work or pleasure, this headset is designed to enhance your flying experience and ensure your safety in the air.