Everything You Need to Know About Shock Mounts

A shock mount is the elastic or rubber suspension cradle that holds a microphone away from direct contact with its stand, isolating the capsule from vibrations that would otherwise travel up through the desk or floor and into the recording. Without one, footfall, HVAC rumble, desk bumps and handling noise all find their way into the signal — sometimes subtly, sometimes badly enough to ruin a take.

How It Works

The operating principle is straightforward: elastic bands or rubber mounts act as a mechanical low-pass filter between the stand and the microphone body. Vibrations that enter through the stand lose most of their energy before reaching the capsule. The tighter and stiffer the suspension material, the less effective the isolation; the more compliant and well-matched to the microphone's weight, the better it works.

At its core, a shock mount uses a lattice of elastic cord tensioned across a rigid outer ring. The microphone sits in a central cradle, held by the elastic under gentle compression from all sides. When the stand moves, the outer ring moves with it while the microphone floats, isolated from the motion. Better-quality versions use multiple layers of elastic or a dual-ring design for additional damping at low frequencies.

Types Available

The most common format is the elastic lattice mount described above, and it suits the majority of condenser microphones used for voice, acoustic instruments and overhead recording. Heavier microphones — particularly large-diaphragm condensers — need a mount rated for their weight; an under-rated one will fail quickly and provide poor isolation while it lasts.

Yoke-style mounts position the microphone within a rigid frame held at its centre of gravity. These are common on dynamic microphones and suit stage and broadcast use where the operator moves the microphone frequently. They provide less vibration isolation than a full elastic suspension but are more robust and easier to position quickly.

When You Need One

In a dedicated recording space with a solid floor and an isolated desk, vibration isolation matters less. In a home studio with laminate floors, a computer running nearby and a desk that transmits every keystroke, using a proper shock mount makes a meaningful difference to recordings that require low-noise floors — vocals, acoustic guitar, quiet spoken word or anything captured with a sensitive condenser microphone.

Fitting a shock mount correctly also means checking compatibility between the stand thread and the microphone's body diameter: confirm the stated thread size (usually 5/8-inch standard with a 3/8-inch adaptor included) and the range of microphone diameters it accommodates before purchasing.

For more on choosing one, see our complete buyer's guide, or if you're just getting started, our beginner's guide to shock mounts covers the essentials in plain terms.

Frequently Asked Questions