Rycote Super-Shield Kit for Shotgun Mics (Large)

Rycote Super-Shield Kit for Shotgun Mics (Large)The large Super Shield Kit for Shotgun Mics from Rycote is a complete windshield and shock mounting system for shotgun microphones 25 30cm in length. The kit contains the Super Shield Suspension which provides your microphone isolation from shocks and vibrations, the Super Shield Windshield which provides wind noise reduction with minimal high frequency loss, and the Windjammer, a high quality synthetic fur cover which provides protection against

The large Super-Shield Kit for Shotgun Mics from Rycote is a complete windshield and shock mounting system for shotgun microphones 25-30cm in length. The kit contains the Super-Shield Suspension which provides your microphone isolation from shocks and vibrations, the Super-Shield Windshield which provides wind-noise reduction with minimal high-frequency loss, and the Windjammer, a high-quality synthetic fur cover which provides protection against extreme wind noise.

The Super-Shield Suspension features patented Lyre technology, which provides your microphone isolation from shocks and vibrations without the use of rubbers or elastic. The chassis fits microphones 19mm (3/4") to 25mm (1") in diameter, using two snap-in, pinch-release Lyre suspensions that can be used in any of six positions to achieve the optimal balance and fit. The suspension comes with an 18" (450mm) high flexibility microphone cable.

Made up of two lightweight, durable baskets made from flexible grey plastic netting with a screening material attached, the Super-Shield Windshield connects to the Super-Shield Suspension. The windshield completely surrounds and creates a still volume of air around the microphone, which is designed to provide wind-noise reduction, with minimal high-frequency loss.

The Super-Shield Windjammer is a synthetic fur cover which provides another layer of protection to be used to combat extreme wind noise. Like the Super-Shield Windshield, it is designed to protect from wind without substantial high-frequency loss.