Tune Your Small Enclosures with Ease
Are you tired of conventional ports limiting your speaker design? Look no further than the Dayton Audio ND65-PR 2-1/2" passive radiator. This compact yet powerful component is specifically designed for small enclosures, allowing you to achieve optimal sound quality without sacrificing space. With its high excursion capability, aluminum cone, and adjustable mass, this passive radiator is the perfect addition to any speaker system.
Experience Unparalleled Sound Quality
The ND65-PR passive radiator is engineered to provide exceptional sound quality, thanks to its rigid black anodized aluminum alloy cone and high excursion capability. This means you can enjoy uncompromising sound reproduction with deep bass and crystal-clear highs. Plus, its compact size makes it ideal for multi-driver arrays, soundbars, and portable Bluetooth speakers.
Advanced Features for Customization
One of the standout features of the Dayton Audio ND65-PR is its adjustable mass. This allows you to fine-tune the radiator to suit your specific project requirements, ensuring optimal performance and sound quality. The included threaded rod and wing nut make it easy to add mass, while the compact design ensures seamless integration into any speaker system.
Why Choose the Dayton Audio ND65-PR?
When it comes to passive radiators, the Dayton Audio ND65-PR stands out from the competition. Its unique combination of high excursion capability, aluminum cone, and adjustable mass make it the perfect choice for speaker designers and audiophiles alike. Plus, its compact size and rugged construction ensure reliable performance and durability.
Technical Specifications
The Dayton Audio ND65-PR passive radiator boasts an impressive set of technical specifications, including an Fs of 73.0 Hz, Vas of 0.02 cu. ft. (0.5 liters), Qms of 2.69, Cms of 1.45 mm/N, Mms of 3.2g, Rms of 0.56 kg/s, Sd of 15.6 sq. cm., and Xmech of 5 mm. With its overall diameter of 2.52", cutout diameter of 2.05", and depth of 1.89", this passive radiator is designed to deliver exceptional performance in even the most demanding applications.