Acoustic
Acoustic Panel Calculator
Size a room treatment: how many acoustic panels it takes to reach echo taming, a balanced room, or studio control.
Acoustic panels · room treatment
Acoustic Panel Calculator
Enter the room, choose how quiet you want it. Coverage targets follow standard treatment practice: 10 to 15 percent of wall area tames echo, 20 to 25 percent balances a living space, 35 percent and up approaches studio control.
Panel size sits on each product page. Enter it
here and the count follows.
0%Echo 12%
Balanced 20%Studio 35%
50%
— enter your room
How it works
Three steps to your estimate
01
Measure the room
Length, width and height in feet. Treatment is figured from wall area, not floor area.
02
Choose your level
Echo taming at 12 percent, balanced at 20 percent, studio control at 35 percent of wall area.
03
Read your panels
The count comes from the real coverage of the panel, and the bar shows where the room lands.
Common Questions
Acoustic Panel Calculator FAQ
How many acoustic panels do I need?+
The calculator works out your wall area, takes the percentage your chosen level calls for, and divides by the coverage of one panel. A 16 by 14 room with 9 ft walls has 540 square feet of wall, so the balanced level asks for about 108 square feet of panel. On a product page the panel coverage is read from that product.
How much coverage do I actually need?+
Ten to fifteen percent of wall area tames flutter echo in a normal room, twenty to twenty five percent balances a living space or an office, and thirty five percent and up approaches studio control. More is not always better, because a room can be treated until it feels dead.
Where should the panels go?+
Start with the first-reflection points on the side walls, then the wall behind the listening position. Corners absorb the most low frequency, and a room with a hard floor benefits from ceiling coverage on top of the wall figure.
Do acoustic panels soundproof a room?+
No. Panels absorb reflections inside the room, which is what makes speech and music clearer. Stopping sound passing through a wall is a construction question rather than a panel question.
