Earthquake Sound Q10B Tactile Transducer

While a subwoofer moves air to create audible sound waves, the Q10B is designed to transfer physical vibrations directly into the structure you are sitting or standing on. It focuses on the tactile sensation of bass rather than the acoustic pressure, allowing you to feel deep, low-frequency effects without needing to turn up the volume.

The Q10B is designed for rigid surfaces like wooden platforms, chair frames, or sofa bases. For the best results, it should be mounted directly to a solid, structural part of the furniture to ensure the vibrations transfer efficiently rather than being absorbed by cushions or loose framing.

Yes, this transducer is a passive device and requires an external amplifier to function. You will need an amplifier capable of handling the power requirements of the Q10B to drive it effectively, ideally one with a low-pass filter to isolate the bass frequencies.

One of the main advantages of the Q10B is that it allows for high-impact bass at very low audible volumes. Because the energy is directed into your seat rather than through the air, you can experience intense low-frequency effects without the sound leakage typically associated with powerful subwoofers.

The Q10B is engineered to reach frequencies as low as 5Hz. This is well below the range of human hearing, meaning you will feel the deep, rumbling sensations of explosions or engine vibrations physically, even if you cannot hear them.

Absolutely. The Q10B is frequently used in simulation setups to provide realistic feedback, such as engine rumble, road texture, or turbulence. Its precise, high-gauss motor system is built to handle the rapid, complex signals required for immersive simulation.