Walker’s Razor Slim Electronic Quad Muff with Bluetooth (Black)

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  • Regular price ₱6,500.00


Walkers

PRODUCT HIGHLIGHTS

 

  • Noise reduction rating (NRR) of more than 22 dB
  • Ultra-low profile ear cups with rubberized coating
  • Bluetooth sync with compatible mobile devices
  • Four hi-gain omnidirectional microphones
  • Integrated communication microphone
  • Sound dampening composite housing
  • Sound Activated Compression starts after 0.02-sec reaction time
  • Low noise/frequency tuned for natural sound clarity
  • Recessed volume control knob on the external battery door
  • Compact folding design

Walker’s Razor Slim Electronic Muff with Bluetooth

  • Speakers: Full-dynamic range HD speakers
  • Microphone: Two omnidirectional
  • Noise Reduction Rating (NRR): 22 dB +
  • Volume Controls: Independent
  • Bluetooth Sync Support: Yes
  • Ear Cups: Ultra Low Profile Rubberized
  • Power Supply: Two AAA batteries (included)
  • Color: Black

Protect your hearing from loud noise with the Walker’s Razor Slim Electronic Muff. Delivering an impressive Noise Reduction Rating (NRR) of more than 22 dB, this muff is sure to protect your hearing, without interfering. It features comfort fit headband with metal wire frame for all day shooting, with a slim and compact folding design that takes up less space in your bag. The Razor Slim Electronic Quad Muff operates on two AAA batteries (included).

Ergonomic Design

This muff features four hi-gain omnidirectional microphones to assure that you don't miss anything and get crisp clear audio. It is engineered with ultra-low profile ear cups with rubberized coating. Equipped with Bluetooth technology, the muff can be synced with compatible mobile devices. It also comes with integrated microphone for communication.

Sound Quality

The Razor Slim Quad Muff features sound dampening composite housing for providing smoother and suppressed sound quality. It is frequency tuned for natural sound clarity and also features sound activated compression, which will start after 0.02-second reaction time.



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