Peltor ComTac VI Defender Coyote Brown Electronic Earmuffs
Advanced electronic earmuffs with noise-canceling microphones, high-fidelity speakers, and digital signal processing. Includes boom microphone and wireless connectivity for reliable communication in any environment.
Peltor ComTac VI Defender Electronic Earmuffs
The Peltor ComTac VI Defender represents the pinnacle of modern hearing protection technology for shooters and outdoor professionals who demand both safety and situational awareness.
Key Features
- Noise Cancellation Technology: Dual noise-canceling microphones actively suppress harmful impulse noise while preserving ambient sound clarity
- High-Fidelity Audio: Premium speakers deliver crisp, natural sound reproduction for communication and environmental awareness
- Digital Signal Processing: Advanced electronics intelligently process audio in real time, adapting to your environment
- Wireless Connectivity: NIB (Natural Interaction Behavior) wireless technology enables seamless communication without cable constraints
- Included Boom Microphone: Detachable microphone boom for hands-free communication
- Coyote Brown Finish: Durable matte coating in a practical, field-proven color
Why Choose the ComTac VI Defender
These earmuffs excel in demanding environments where you need hearing protection without sacrificing communication. Whether you're at the range, in the field, or coordinating with a team, the ComTac VI Defender keeps you connected while safeguarding your hearing from dangerous noise levels.
The combination of active noise cancellation and high-fidelity audio means you won't miss critical sounds—from range commands to game movement—while impulse noise from gunfire is effectively suppressed.
Features
- water and dust-proof noise-cancelling microphone (ip68) for clear speech transmission in noisy and harsh environments
- rugged 3m peltor design for trusted performance
- environmental microphones for level-dependent hearing protection and auditory situational awareness
- advanced environmental listening modes
