ROUND BMRS

BMR27C-8A is a dedicated mid-high frequency Balanced Mode Radiator (BMR) drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. The low resonant frequency allows systems to be crossed over well below the critical 1kHz - 3kHz listening region to preserve mid-range clarity. The modal output of this drive unit helps create a smooth, extended power response, effectively widening the sweet spot of listening without compromising detail.

The BMR80C family features the largest BMR drive units to date while still showcasing the wide directivity benefits of modal output. This larger form factor allows low frequency extension providing true full range performance.

The TEBM28C family offers compact full-range Balanced Mode Radiator drive units with wide directivity. They are perfect for compact single drive unit systems as well as in two-way systems, where they can be crossed over at a considerably lower frequency than tweeters.

Tectonic headphone drivers are lightweight, slim-profile Balanced Mode Radiators designed to deliver full-range audio in off-ear headsets. The wide directivity provided by BMR technology enables a consistent experience across all head shapes, making these drive units ideal for VR applications.

This Balanced Mode Radiator delivers high performance full range output making it ideal for home theater and custom installation applications. Utilizing BMR technology to achieve a smooth and extended sound power response enables it to replace both drive units in many two-way systems.

The TEBM54C family consists of three 2.5” full-range Balanced Mode Radiator drive units. The full-range performance is perfect for single drive unit systems and enables a low cross over frequency in two-way systems, closely approximating a point source.

The BMR35C family features compact drive units with extended frequency responses and exceptionally wide directivity using Balanced Mode Radiator technology. The small form-factor is ideally suited for size sensitive applications that require full range, room filling acoustic output.