The Radians LSO100CS Low-Profile Hearing Protection delivers essential noise reduction for shooters who need reliable ear protection without bulk. This over-the-head design provides 21dB NRR while maintaining a compact profile that won't interfere with shooting positions or helmet compatibility.
What Makes This Different
The low-profile design sets these muffs apart from standard bulky hearing protection. The streamlined polymer cups reduce interference with rifle stocks and cheek welds while maintaining effective noise attenuation. The lightweight construction minimizes neck strain during extended range sessions, making them suitable for competitive shooters and training professionals who wear protection for hours.
Key Features
- 21dB Noise Reduction Rating (NRR) meets ANSI S3.19 standards
- Low-profile polymer cups reduce stock interference
- Padded headband distributes weight evenly for comfort
- Soft ear cushions create effective acoustic seal
- Adjustable headband fits most adult head sizes
- Durable black polymer construction resists impact
- Compact design compatible with most tactical helmets
These muffs perform consistently across various shooting disciplines, from precision rifle work to tactical training. The reduced profile allows proper cheek weld positioning while maintaining hearing protection standards required by most ranges. The polymer construction withstands temperature variations and moisture exposure common in outdoor shooting environments.
Technical Specs
- Noise Reduction Rating: 21dB NRR
- Construction: Polymer cups with foam ear cushions
- Headband: Adjustable padded design
- Color: Black
- Size: Adult universal fit
- Weight: Lightweight polymer construction
- Compliance: ANSI S3.19 certified
- Quantity: 1 pair
Radians LSO100CS muffs address the specific needs of shooters who require both protection and tactical functionality. The combination of proven noise reduction and low-profile design makes these muffs a practical choice for serious shooters who won't compromise on either safety or performance.