Choose Any Color!
Choose an existing color option or choose any other color to perfectly match your setup!
Choose Any Size!
Choose one of the existing sizes or choose any dimensions to have one built to your exact specifications!
Find the Best Fit for Your Studio!
Each panel is hand crafted with hardwood to ensure durability and be the last sound panels you need to buy!
Combine Sizes for a Clean & Professional Look!
Not only will these sound panels improve your recordings and allow you to hear your music more accurately, they will also get you in the mindset to get stuff done and set the tone of the environment!
Thin foam VS. Real Sound absorption
Each Panel is Packed with poly-encapsulated Thermal & Acoustic insulation that absorbs 7x more sound than the commonly used thin foam does.
Strong Wooden Frame
Each panel is hand crafted with hardwood to ensure durability and be the last sound panels you need to buy!
D-Ring for Easy Single Screw Mounting!
D-Ring is Centered L/R 2 inches from the top so the panel self levels!
The Science:
Sound waves vary in length depending on their frequency. The frequency of a sound wave determines how many cycles (vibrations) occur in a second, and the length of the sound wave is the physical distance over which one cycle occurs. This distance is called the wavelength.
Higher frequency sounds have shorter wavelengths
These include the high-end of vocals, hi-hats, and many instruments. The sound waves for these high frequencies are closer together, just a few inches or less. Even these small waves can go right through thin foam acoustic panels and bounce off of the wall behind.
Lower frequency sounds have longer wavelengths
These are sounds with low-pitched tones, like the low end of vocals, kicks and 808s. These waves are spaced further apart and are unaffected by thinner acoustic panels. My thicker sound panels are made to do what thin ones cannot and absorb these waves!
Thicker acoustic panels absorb more sound than thinner ones
They have a greater depth to trap and dissipate sound waves. As sound waves enter the material, the increased thickness allows them to travel further into the panel before being reflected or refracted, giving the panel more time and surface area to convert sound energy into heat. This enhanced ability to absorb sound is particularly effective at lower frequencies, which require more material to be absorbed than higher frequencies.