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All Non-USD currency amounts shown are estimates, provided for general information purposes only. The final amount will be charged in US dollars. This Radius RAD-3 Shockmount with Pistol Grip Handle, designed for use…

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All Non-USD currency amounts shown are estimates, provided for general information purposes only. The final amount will be charged in US dollars.
This Radius RAD-3 Shockmount with Pistol Grip Handle, designed for use with shotgun microphones, includes a 15.7" straight, low-profile XLR cable with Mogami W3031 wire, and a 4.7" Nimbus windshield that attenuates unwanted wind-noise by up to 25 dB, thanks to its 25mm synthetic acoustic fur.
The RAD-3 Shockmount with Pistol Grip Handleby Radius is designed for any shotgun microphone with a diameter of 0.74 to 0.98" and length of 9.8". Two pairs of shock absorbing hoops are included: one standard and one light (softer) firmness.
The Radius RAD Low-Profile 3-Pin Male to Female XLR Cable is specifically designed for seamless integration with all RAD Shockmounts with a pistol grip (PG), ensuring a clean, streamlined setup. Measuring 15.7" in length and made with Mogami W3031 wire, the cable features a right-angled female 3-pin XLR connector on one end and a straight male 3-pin XLR connector on the other.
Ideal for field recording, location sound, or live broadcast environments, the Radius 12cm Nimbus Windshield (19/22) is a premium, slide-on fur windscreen designed to deliver outstanding wind-noise reduction without compromising sound quality. Engineered for short shotguns microphones, it fits snugly over 19-22mm diameter mics with less than 12cm between the end and the capsule slots and reduces wind noise by up to 25 dB—ideal for light to moderate outdoor conditions.
Crafted with high-quality 25mm dark-gray synthetic acoustic fur and a porous open-cell foam core, the Nimbus ensures maximum transparency at high frequencies. Unlike standard slip-on windscreens, the Nimbus features a unique pepper-pot endcap design that relieves air pressure near the capsule, minimizing muffled audio and enhancing clarity—especially at critical frequencies.
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