The Walker's Razor Compact Electronic Earmuffs deliver professional-grade hearing protection with instant sound amplification for shooters who demand both safety and situational awareness. These compact electronic muffs compress harmful noise above 82dB while amplifying safe environmental sounds up to 4 times normal volume.
What Makes This Different
Unlike passive ear protection that blocks all sound, the Razor Compact features dual omnidirectional microphones that instantly react to dangerous noise levels in 0.02 seconds. The low-profile design reduces interference with rifle stocks and shooting positions compared to bulkier electronic muffs. Sound Activated Compression (SAC) technology automatically adjusts volume levels, providing clear communication between shots while maintaining full protection during firing.
Key Features
- 23dB Noise Reduction Rating (NRR) blocks harmful gunshot noise
- 0.02 second reaction time Sound Activated Compression technology
- Dual omnidirectional microphones amplify ambient sound 4x
- Compact low-profile design reduces stock interference
- Independent volume controls for each ear
- 3.5mm audio input jack for music/communication devices
- Comfortable padded headband and ear cushions for extended wear
The compact form factor excels in tactical training environments and hunting scenarios where rifle positioning matters. Two AAA batteries provide approximately 350 hours of operation with the auto shut-off feature extending battery life during inactive periods. The foldable design stores easily in range bags while maintaining durability for frequent transport.
Technical Specs
- Noise Reduction Rating: 23dB
- Sound Amplification: Up to 4x normal hearing
- Reaction Time: 0.02 seconds
- Power: 2 AAA batteries (not included)
- Battery Life: Approximately 350 hours
- Audio Input: 3.5mm jack
- Color: Teal
- Auto shut-off: 4-hour timer
The Walker's Razor Compact combines proven electronic hearing protection with a streamlined profile that serious shooters require. The distinctive teal color provides easy identification in shared equipment situations while maintaining the same protection standards as traditional models.