Auralex D36 Roominator Kits are the solution to a wide variety of acoustic problems for both home project studios and large-scale, professional mixing/mastering environments. Dramatically improve the acoustics of your studio with degrees of both absorption and diffusion that will smooth out the overall frequency response, resulting in a flutter echo and slapback free listening or recording conditions.
Perfect for spot treatment in larger settings as well as smaller spaces, the two types of DST panels can be arranged in a variety of patterns for a fresh look that also takes care of your room’s acoustic issues. Whether it’s for your first studio, home theatre, Pro Tools Suite or tracking space, the D36 Roominator Kit has got you covered.
- Eliminates standing waves and flutter echoes
- Reduces unwanted reflections
- Decreases slap-back and room ring
- Applicable in many attractive design possibilities
DST-112 & DST-114 panels reduce mid-high frequency reflections, flutter echo, room ring and excessive reverberation. To maximize performance in a project studio or control room, consider placing the panels at the first reflection points located to the sides, front, rear and ceiling above your listening position. To maximize performance in a live room, consider spacing the panels evenly throughout the room and staggering treatment across parallel surfaces.
Perfect for vocal booths, isolation rooms, or small spaces with dimensions of approximately 1.8m x 2.4m x 2.4m. For larger rooms a larger room package is recommended such as the Alpha-DST Roominator Kit (62/ALPHACHA-BUR) or Project 2 Roominator Kit (62/PROJ2CHA-BUR).
The D36 Room Treatment Kit contains:
- 18 - 1' x 1' x 2" DST-112 Studiofoam Panels in Charcoal
- 18 - 1' x 1' x 2" DST-114 Studiofoam Panels in Burgundy, Charcoal or Purple
- 72 - EZ-Stick Pro Tab Adhesives*
*DST Panels can be mounted to standard drywall with the included EZ-Stick Pro Tabs. Be advised that the EZ-Stick Pro Tabs are designed for permanent installations and will damage drywall and painted surfaces when removed.