Description
David Clark H10-30 Aviation Headset
Proven David Clark performance at an outstanding value.
The David Clark H10-30 is a dependable passive aviation headset offering the comfort, durability and communications performance David Clark is known for at a highly competitive price.
Ideal for both student pilots earning their wings and experienced aviators, the H10-30 combines a proven design with effective hearing protection and reliable cockpit communications. With a certified 24 dB Noise Reduction Rating (NRR), it provides excellent passive noise attenuation for demanding aviation environments.
Comfort comes courtesy of a super-soft head pad and lightweight undercut Comfort Gel ear seals, helping provide a comfortable fit during longer flights.
For clear cockpit communications, the H10-30 features an M-7/DC electret noise-cancelling microphone and an easy-to-position wire boom, allowing the microphone to be placed precisely where you need it.
Built for the demands of regular aviation use, the moulded cord assembly is manufactured to exceptional pull and flex standards. The H10-30 is proudly made in the USA and backed by David Clark’s 5-year warranty.
Key Features
- Excellent value for student, recreational and experienced pilots
- Certified 24 dB Noise Reduction Rating (NRR)
- Super-soft head pad for improved comfort
- Larger, lightweight undercut Comfort Gel ear seals
- Wire boom for easy and precise microphone positioning
- M-7/DC electret noise-cancelling microphone
- Heavy-duty moulded cord assembly designed for exceptional pull and flex resistance
- Weight without cord assembly: 20 oz (approx. 567 g)
- 5-year David Clark warranty
- Made in USA
- FAA TSO approved – C57 Category B and C58a
- Exceeds RTCA/DO-214 standards
- FREE Skylines Headset Bag included
Whether you’re purchasing your first aviation headset or looking for a reliable, proven passive headset for regular flying, the David Clark H10-30 delivers excellent hearing protection, cockpit comfort and dependable performance at an attractive price point.