Foam

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Foam

The Rycote Mic Foam is a discreet, slip-on foam windshield, designed to protect the microphone head against light wind and pop noise. Made of durable, high quality open-cell acoustic foam, these windshields offer up to 20 dB wind noise attenuation, whilst keeping high frequency loss to a minimum.

Engineered exclusively for Rycote, this high quality foam also provides excellent resistance against the damaging effects of moisture and UV light.

4 Products

  1. Rycote
    RYC104403 30/55 Reporter Mic Foam (Single)
    Rycote 104403 30/55 Reporter Mic Foam for Reporter Mics of 30 mm diameter with slots no further than 55 mm from the front of the mic rycote_104403 / RYC104403. Rycote® Mic Foams are discreet, slip-on foam windshields, designed to protect the microphone head against light wind and ‘pop’ (plosive) noise. Made of durable, high quality open cell acoustic foam, these windshields offer up to 20 dB wind noise attenuation, whilst keeping high frequency loss to a minimum. Engineered exclusively for Rycote, this high-quality foam also provides excellent resistance against the damaging effects of moisture and UV light.

    Reporter Mic Foams:
    Reporter Mic Foams are discreet, slip-on foam windshields, designed to protect the microphone head against light wind & ‘pop’ (plosive) noise. As they keep high frequency loss to a minimum, they are also an excellent choice for ‘live’ music applications.
  2. Rycote
    RYC104401 18cm SGM Foam (19/22) (Single)
    Rycote 104401 18cm Single SGM Foam (19/22) for Shotgun Microphones rycote_104401_18cm-foam / RYC104401. The Shotgun Mic Foam is a discreet, slip-on foam windshields, designed to protect the microphone head against light wind and ‘pop’ (plosive) noise. Made of durable, high quality open cell acoustic foam, these windshields offer up to 20 dB wind noise attenuation, whilst keeping high frequency loss to a minimum.

    Engineered exclusively for Rycote, this high-quality foam also provides excellent resistance against the damaging effects of moisture and UV light.

    SGM Foams:
    SGM Foams for shotgun and other cylindrical shaped microphones, provide quick, slip-on light wind protection. Suitable for boom pole and camera-mounted applications, SGM foams provide excellent resistance against the effects of moisture and UV light in outdoor applications.
  3. Rycote
    RYC104405 40/55 Reporter Mic Foam (Single)
    Rycote 104405 40/55 Reporter Mic Foam Windshield (UKRY104405) rycote_104405 / RYC104405. The Reporter Mic Foam is a discreet, slip-on foam windshield, designed to protect the microphone head against light wind and pop noise. Made of durable, high quality open-cell acoustic foam, these windshields offer up to 20 dB wind noise attenuation, whilst keeping high frequency loss to a minimum.

    Engineered exclusively for Rycote, this high quality foam also provides excellent resistance against the damaging effects of moisture and UV light.

    Additionally, you can now also benefit from a further 12 dB wind noise attenuation with Rycote's Foam Windjammer, specifically designed to accommodate our range of Mic Foam windshields.
  4. Rycote
    RYC104404 35/50 Reporter Mic Foam (Single)
    Rycote 104404 35/50 Reporter Mic Foam Single Suitable for reporter mics of 35mm diameter with slots no further than 50mm from front of mic rycote_104404 / RYC104404. Rycote® Mic Foams are discreet, slip-on foam windshields, designed to protect the microphone head against light wind and ‘pop’ (plosive) noise. Made of durable, high quality open cell acoustic foam, these windshields offer up to 20 dB wind noise attenuation, whilst keeping high frequency loss to a minimum. Engineered exclusively for Rycote, this high-quality foam also provides excellent resistance against the damaging effects of moisture and UV light.

    Reporter Mic Foams:
    Reporter Mic Foams are discreet, slip-on foam windshields, designed to protect the microphone head against light wind & ‘pop’ (plosive) noise. As they keep high frequency loss to a minimum, they are also an excellent choice for ‘live’ music applications.