The extra-small, red Spacer Bubble Windshield & Fur Cover for Small-Diaphragm Micsis a multipiece, adaptable windshield system for small-diaphragm microphones that allows you to quickly switch from indoor to outdoor recordings in a matter of a few seconds. It fits microphones 18 to 24mm in diameter and has an inner depth of 55mm to cover all the ports on the mic. Designed specifically for boom operators, videographers, sound mixers, and sound recordists working under changing locations, it greatly reduces noise from wind, vocal plosives, and boom 'swoosh' while remaining acoustically transparent. The system includes the Spacer Bubble, The Long-Hair Spacer Cover (fur), and a mesh storage bag.

Reduces Wind Noise    Fits Microphones 18 to 24mm in Diameter    55mm Inner Depth    The Spacer Bubble Windshield    The Long-Haired Fur Cover    Acoustically Transparent Design    Quick-Drying Fur    Mesh Storage Bag

• Sennheiser: ME 64, MKH 8050, K6
• Shoeps: CMC Series
• DPA: 4006, 4011
• Audio-Technica: AT-4053
• Rode: NT55
• Sony: ECM-MS2
• Audix: SCX1C

• The Spacer Bubble windshield is constructed of a noise-free mesh base with coarse foam inside. The company's specially designed rubber base provides easy and secure mounting to keep the windshield firmly in place.

• Switch locations fast and get great audio transparency while blocking unwanted noise from vocal plosives, boom 'swoosh', and wind.
• Specially designed rubber base for fast, easy, and secure mounting.
• The Base windshield is made from highly efficient mesh, allowing your microphone to sound as natural as possible.
• The slip-on fur is made from Bubblebee Industries' best high-density imitation fur, which allows for optimal frequency transparency and effective wind protection.
• Quick-drying fur: If it gets wet, simply place the fur cover it in the aerated mesh bag and allow it to dry naturally.
• Practical mesh bag is included for easy storage and fast mounting.
• Designed in Denmark by sound lovers, for sound lovers.

• The combination of the foam and mesh provides the perfect conditions for recording indoors. And if you suddenly have to act fast and go outside, simply slip on the included long-haired fur cover and get effective wind noise protection with optimal transparency within seconds.
• If you're working in light-to-medium winds, you can use The Short-Haired Spacer Cover (available separately) instead.

Related Questions and Answers

Q: 1. Mkh50?

A: No, the Bubblebee Industries The Spacer Bubble Windshield & Fur Cover System for Small-Diaphragm Mics (Black, Extra-Small) is not compatible for use with the Sennheiser MKH 50 Microphone. All of the Spacer Bubble models are designed to fit microphones that have a diameter of 18 to 24mm, but the MKH 50 has a 25mm diameter. As a better option, you can use the Rycote Super-Softie Windshield for Shotgun Mics - 5cm, 24/25 (B&H # RYWSQAT), which is designed to fit mics that have a diameter of 24 to 25mm and it is compatible for use with the MKH 50.

Q: 2. How much more does the Space Bubble reduce wind noise than the Windkiller? 5db? 10db?

A: Bubblebee Industries has not provided a spec for the exact amount of attenuation provided by The Spacer Bubble, likely because this number would be contingent on multiple factors such as wind speed, direction, microphone sensitivity, and so on.

Q: 3. Will the power requirement for this mic be met with a Zoom H5 recorder? What would the setting be? I'm seeing a voltage requirement of 2-5V but the Zoom has settings of 12,24, and 48V for the XLR adapter.

A: You can use the Rode VXLR+ adapter [BH #ROVXLRP] between the Rode Go II and the XLR mic input on the Zoom H5 and it will convert the phantom power on the H5 to the mic plugin power that is needed for the Rode Go II to operate and 12V setting should be fine for that.

Q: 4. Will this work with the OG BMPCC6k?

A: The RODE VideoMic GO II is compatible with any camera that has a 3.5mm microphone input.

Q: 5. Will this work with the AT4053B?

A: Yes, the Bubblebee Industries Windkiller Long Fur Slip-On Wind Protector for 18 to 24mm Mics is compatible for use with the Audio-Technica AT4053b Hypercardioid Condenser Microphone.

Q: 6. Will this work with the Deity S-Mic 2S? (BH #DESMIC2S)

A: The medium-size Bubblebee Industries Windkiller Long Fur Slip-On Wind Protector for 18 to 24mm Mics (Medium, Black) is too long for the Deity Microphones S-Mic 2S Moisture-Resistant Short Shotgun Microphone. The mic is 5.83" long and the inside depth of the windshield is 5". Instead, use the small-size Bubblebee Industries Windkiller Long Fur Slip-On Wind Protector for 18 to 24mm Mics (B&H #BUBBIWKS), which has an inside depth of 4".

Q: 7. Whats the difference between long and short hair?

A: The simple answer is that a windshield with longer hair can provide better protection for the microphone against wind noise in very strong wind because the longer hair and varying lengths can help to slow down the wind's speed before it reaches the mic. A windshield with shorter hair generally works very well to protect the microphone against wind noise in low- to mid-level wind. Additionally, the shorter hair allows a microphone to retain more of its original frequency response.

Q: 8. How long is the outer length of the Large size Spacer Bubble Windshield with Fur Cover?

A: The total length of the Bubblebee Industries BBI-SB is about 6.5 inches.

Q: 9. Will this work for the Rode NTG-3?

A: Yes, the Bubblebee Industries Windkiller Long Fur Slip-On Wind Protector for 18 to 24mm Mics (Large, Black) is compatible with the Rode NTG3 Shotgun Microphone.

Q: 10. Whats the difference between long hair and the short one?

A: The simple answer is that a windshield with longer hair can provide better protection for the microphone against wind noise in very strong wind because the longer hair and varying lengths can help to slow down the wind's speed before it reaches the mic. A windshield with shorter hair generally works very well to protect the microphone against wind noise in low- to mid-level wind. Additionally, the shorter hair allows a microphone to retain more of its original frequency response.