Rycote Super-Softie Shotgun Microphone Windshield - 5cm - 19/22mm

This windshield is specifically designed for shotgun microphones with an outer diameter of 19-22mm, featuring slots no further than 5cm from the front of the microphone.

The 3D-Tex material has a unique open-cell structure that allows air to pass through while effectively dissipating wind energy, providing superior wind noise reduction compared to traditional foam windscreens.

Yes, the Rycote Super-Softie is highly immune to rain-soaking. If it gets wet, you can simply wring out the excess water and continue recording or wash it by hand and let it dry.

You can wash the windshield by hand using mild soap and water. After washing, squeeze out the excess water and allow it to air dry completely before reattaching it to your microphone.

The 3D-Tex material offers better and more transparent sound, especially in the lower audio frequencies, and is more resistant to dirt and moisture than traditional fluffy covers.

The design aims for excellent acoustic transparency. While all windscreens can have a minor effect, the Rycote Super-Softie with 3D-Tex is engineered to minimize sonic degradation, particularly in low frequencies.

The cavity design refers to the internal structure of the windshield that creates a pocket of air around the microphone capsule. This space helps to further isolate the microphone from wind turbulence and noise, especially at low frequencies.

Ensure the windshield is correctly fitted and snug. Verify that the microphone slots are within 5cm of the front. Check for any gaps or loose areas where wind might enter. For extreme winds, consider using a Rycote windshield with a dedicated windjammer.

The windshield may not be fully dry or could be slightly damp, affecting acoustic transparency. Ensure it is completely dry before use. Also, confirm the correct size is being used, as an ill-fitting windshield can impact sound quality.

Check that the microphone diameter is within the specified 19-22mm range. If the microphone is at the upper limit of this range, apply gentle, even pressure. Do not force the windshield, as this could damage the microphone or the windshield.