DAVID CLARK PRO X ANR HEADSET - DUAL GA PLUGS

The DC PRO-X, at just 7.5 ounces, is the lightest, full featured ANR headset in its class. Featuring advanced comfort and performance features for both commercial and general aviation pilots, excellent Hybrid Electronic Noise Cancelling and Bluetooth wireless audio for pairing with cell phones, tablets, music players and other Bluetooth compatible devices. Leatherette Ear Seals Plush, Dura-Stitched leatherette ear seals with slow-recovery 'memory' foam cradle you in comfort. Round, supra-aural (rest-on-ear) design reduces heat buildup to keep ears cool, even during longer flights. Headset Bag The DC PRO-X features a collapsible design that allows it to easily fit in the include rugged nylon, David Clark Company branded headset bag with shoulder strap.

Outlast Technology Head Pad Ultra-soft head pad with breathable, vented design absorbs excess heat buildup, virtually eliminates hot spots and keeps top of head cool during long flights.

Magnesium Alloy Headband and Suspension

Forward-thinking, ergonomic design provides a lightweight, yet rugged platform. Evenly distributes headset weight for added comfort and is fully adjustable for a personal fit.

More features:

• Hybrid ENC Technology
  Provides best-in-class active noise reduction with leading-edge feed-forward and feed-back technology. External microphone on dome picks up noise from the outside, before reaching the ear canal for superior noise attenuation.
  
  
• Dual Voice Coil Drivers
  Provide Fail Safe operation to ensure full communication in the event of battery loss or system failure.
  
  
• Digital Signal Processing (DSP) Technology
  Ensures high-fidelity audio for superior communications and music listening.
  
  
• M-55 Electret Microphone
  Offers enhanced noise reduction for crystal clear voice transmission. Full flex boom for precise microphone placement.
  
  
• Bluetooth Wireless Technology
  Affords seamless integration for connecting to cell phones, MP3, tablets or other personal electronic devices.