Overview

The Rycote Duck Rain Cover is a corrugated foam roof with a waterproof inner lining for Modular and S-Series windshield systems. It helps protect microphones against rain damage and disperses water drops to reduce noise caused by rainfall.

The cover mounts to S-Series S300 and S330 kits and WS3 and WS4 Modular Windshields, with or without a Windjammer fitted. It is secured to the windshield with two touch-fastener straps.

Overview

The Rycote Duck-WS3 Duck Rain Cover is an open-cell foam accessory with a weatherproof backing for protecting the Rycote Windshield Kit 3 from rain and associated noise.

It mounts over the windshield kit and wind muff to create a waterproof barrier without affecting microphone performance. It is designed for location shooting in video, film, ENG, EFP and sporting events.

Overview

The Rycote Duck-WS1 Duck Rain Cover is an open-cell foam accessory with a weatherproof backing for the Rycote Windshield Kit 1. It mounts over the windshield kit and wind muff to create a waterproof barrier.

The rain cover is designed to reduce noise from raindrops while not affecting microphone performance.

Overview

The Rycote Stereo Duck Raincover AE is an open-cell foam accessory with a weatherproof backing for protecting the Rycote Stereo Windshield Kit AE from rain and associated noise.

It mounts over the windshield kit and wind muff to create a waterproof barrier without affecting microphone performance. The cover also mounts on any 5.70" (145mm) diameter windshield fitted to a fixed stand.

Overview

The Rycote Duck-WS2 Duck Rain Cover is an open-cell foam accessory with a weatherproof backing for protecting the Rycote Windshield Kit 2 from rain and associated noise.

It mounts over the windshield kit and wind muff to create a waterproof barrier without affecting microphone performance. The cover is intended for location shooting in video, film, ENG, EFP and sporting events.

Overview

The Rycote OM-08 is a compact small-diaphragm condenser microphone for studio, live, and field applications. Its omnidirectional pickup pattern, flat frequency response, and low self-noise support accurate sound reproduction.

The microphone features a back electret condenser element, a lightweight aluminum capsule, a low-noise brass preamp, active in-line RF filtering, and a gold-plated Neutrik XLR connector. It provides solid low-end pickup with virtually no drop off at 20 Hz.

Overview

The Rycote SC-08 is a matched pair of compact small-diaphragm condenser microphones with supercardioid polar patterns. They feature back electret capsules, ultralow self-noise and a flat frequency response from 60 Hz to 20 kHz.

The microphones are designed for studio, video and field applications. Each has a lightweight aluminum capsule, a low-noise brass preamp, active in-line RF filtering and a gold-plated Neutrik XLR connector.

Overview

The Rycote OM-08 is a stereo pair of small-diaphragm condenser microphones with an omnidirectional pickup pattern and a flat frequency response from 10 Hz to 20 kHz. The microphones use back electret condenser capsules and provide solid low-end pickup with virtually no drop-off at 20 Hz.

Designed for studio, live, and field applications, each microphone features a lightweight aluminum capsule, low-noise brass preamp, active in-line RF filtering, and a gold-plated Neutrik XLR connector.

Overview

The Rycote CA-08 is a matched stereo pair of compact small-diaphragm condenser microphones for studio or field applications. Each microphone uses a cardioid pickup pattern, a back electret condenser capsule and a lightweight aluminum capsule.

The microphones provide a flat frequency response from 70 Hz to 20 kHz, an equivalent noise level of 13 dB (A-Weighted, Phantom Power), active in-line RF filtering and a low-noise brass preamp. Each microphone features a gold-plated Neutrik XLR connector and requires 24 to 48 V phantom power.

Overview

The Rycote HC-35 Long Shotgun Microphone is designed for sport broadcast and location recording. Its hypercardioid polar pattern and long interference tube attenuate off-axis sound for focused speech and dialogue capture.

The electret condenser capsule includes RF shielding to reduce noise and interference from nearby phones and wireless devices. The microphone has a lightweight design and requires 24 to 48V phantom power.