Try my Helmholtz Fibonacci room tuner....
Or begin with my simple pipe Helmholtz resonators ...
Three pipes around 3 feet high,3/4 inch diameter, wrapped the mouth with thin plastic sheet, pin a hole with a toothpick in it,😊 put a regular straw on the hole.... Put the three pipes in a brick with holes in it....Things done.... 😊
Cost: peanuts....
Experiment with different lenght of pipes around 3 feet for bass optimization in relation to the room proportion...
Material passive treatment is ONLY half of an acoustic job....Unbeknownst to most.....
The other missing half are the methods you need to ACTIVATED your room with an array of small pressurized engines to control frequencies: Helmholtz Tubes and pipes.... Helmholtz is the real father of room acoustic after the Greek....
The room is NOT a passive servant of the speakers with passive bouncing walls....Most people think like that even acoustic company .... This is a BAD representation.....Because a small room need more active control than a theater...
The room is integral PART of the speakers, his MAIN component, an ACTIVE one, the Helmholtz grid of pipes and tubes work regulating the already pressurized heterogenuous spring-like molecules of air, by acting on the frequencies scale with his particular mass/springs or neck/volume geometry distributions in the room....
Your room is like a violin string, applying the right compressive force give the best tone....The sound waves travelling near a hundred times each second in your room make its atmosphere like a tense string.... ( approx80 times for each second in my room of 13 feet square)
Perhaps you will need only one subwoofer after that.... 😁😊😎
I dont have one and my speakers gives me all that i need optimally in bass, for their specifications.... 45 hertz.... (I listen only to tuba not earthquake) ....Thanks to Helmholtz...
My best to you from my heart....
Or begin with my simple pipe Helmholtz resonators ...
Three pipes around 3 feet high,3/4 inch diameter, wrapped the mouth with thin plastic sheet, pin a hole with a toothpick in it,😊 put a regular straw on the hole.... Put the three pipes in a brick with holes in it....Things done.... 😊
Cost: peanuts....
Experiment with different lenght of pipes around 3 feet for bass optimization in relation to the room proportion...
Material passive treatment is ONLY half of an acoustic job....Unbeknownst to most.....
The other missing half are the methods you need to ACTIVATED your room with an array of small pressurized engines to control frequencies: Helmholtz Tubes and pipes.... Helmholtz is the real father of room acoustic after the Greek....
The room is NOT a passive servant of the speakers with passive bouncing walls....Most people think like that even acoustic company .... This is a BAD representation.....Because a small room need more active control than a theater...
The room is integral PART of the speakers, his MAIN component, an ACTIVE one, the Helmholtz grid of pipes and tubes work regulating the already pressurized heterogenuous spring-like molecules of air, by acting on the frequencies scale with his particular mass/springs or neck/volume geometry distributions in the room....
Your room is like a violin string, applying the right compressive force give the best tone....The sound waves travelling near a hundred times each second in your room make its atmosphere like a tense string.... ( approx80 times for each second in my room of 13 feet square)
Perhaps you will need only one subwoofer after that.... 😁😊😎
I dont have one and my speakers gives me all that i need optimally in bass, for their specifications.... 45 hertz.... (I listen only to tuba not earthquake) ....Thanks to Helmholtz...
My best to you from my heart....