Available with Filters Ranging from NRR 10 - 30 dB
Integrated Radio Comms
Aware’s Y-vented hearing protection is engineered to preserve essential hearing and integrate seamlessly with radio comms for clear, reliable connectivity. Features a volume-limiting filter for safe, distortion-free communication and all-day comfort in high-noise environments. During use, both exterior vent ports are filled with specialized components that maintain consistent attenuation while supporting comms functionality. The result is balanced protection that preserves speech intelligibility, reduces isolation, and enhances responsiveness in dynamic operational settings.
• Dual Y-vent acoustic channels for natural sound balance
• Attenuation for consistent protection
• Custom 3D-scanned fit for repeatable performance
• Hypoallergenic, antibacterial silicone construction
• Durable, washable, and long-lasting comfort
Each pair is custom-engineered from Aware’s patented 3D ear scan data for a precise, repeatable fit that delivers consistent protection shift after shift. Because every ear is unique, and your hearing protection should be too.
Constructed from hypoallergenic, antibacterial silicone, the EarDefender Y-Vent is durable, washable, and resistant to heat, oil, and moisture—delivering reliable performance in demanding industrial and tactical environments. Product has been tested/verified by all current OSHA & ANSI standards and bylaws.
Trusted across assembly and production lines, utilities and maintenance, aerospace and transportation, warehousing and logistics, and construction and field operations. This model is ideal for employees in dynamic workspaces who require balance between protection and communications. Every product is engineered for accuracy and verified to meet OSHA and ANSI performance standards.
Within 90 days of ownership, if the fit, seal or comfort of the product isn't right, notify us and we will remake the product at no charge. Four (4)-Year Materials Warranty. Proudly built in the USA.
Preserves natural hearing for clear communication in high-noise environments