The purpose of the sound suppression system is to dampen sound and vibrations to keep the rocket and the launch pad safe at lift-off.

How does water suppress sound

Water-based acoustic suppression systems are common on launch pads. They aid in reducing acoustic energy by injecting large quantities of water below the launch pad into the exhaust plume and in the area above the pad.

According to NASA, the water deluge system is used to reduce extreme heat and energy generated after a rocket launch. The Space Launch System is basically a giant rocket NASA will use in a series of missions traveling to the moon and Mars.

Water-based acoustic suppression systems are common on launch pads. They aid in reducing acoustic energy by injecting large quantities of water below the launch pad into the exhaust plume and in the area above the pad.

The massive plume of smoke that appears moments before launch is not rocket exhaust. It is rather NASA’s incredible sound suppression system.

The massive cloud that billows underneath rockets during takeoff is not the rockets’ exhaust. Rather, it is millions of liters of mist that is sprayed out from the launchpad. The reason? To prevent the engines from tearing themselves apart. It is all part of NASA’s ingenious sound suppression system.

NASA’s rocket engines generate over 30-times the total thrust that a 747 jet produces. Their newest engines produce 20 percent more thrust than the Saturn V at liftoff. Unsurprisingly, the rockets generate an incredible amount of noise.

To prevent catastrophic failure during liftoff, NASA turns the launch pad into a raging river. Encircling the launchpad are massive trenches that contain the blast of the rockets.

To prevent a disastrous explosion, NASA must contain the energy using water. Lining the blast pad are massive pipes that eject copious amounts of water. At the time of liftoff, the flow rate exceeds 900,000 gallons a minute

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