Sennheiser MKH 8030 - professional microphone for recording in challenging conditions The Sennheiser MKH 8030 is a modern solution with a figure-8 polar pattern, ideal for capturing sound in an extended frequency range. Thanks to its unique design featuring a symmetrical push-pull transducer, this compact microphone delivers flawlessly clear recordings with the highest precision. The MKH 8030 is widely used in stereo recording techniques such as M-S, double M-S, Blumlein, and wherever suppression of side sound sources is required. Like other microphones in the MKH 8000 series, the Sennheiser MKH 8030 uses a symmetrical, acoustically open transducer that enables an unobstructed sound flow. This innovative design minimizes sound distortion, providing an authentic reproduction of even the quietest sounds. The MKH 8030 excels in recordings that require precise reproduction, regardless of the surrounding conditions. Product features The MKH 8030 microphone is the perfect choice for professionals who need a reliable tool for working in various acoustic environments. Its unique design offers a precise polar pattern, allowing sound to be captured in a highly authentic way. The low self-noise and extended frequency range ensure that recordings retain all sound details and full dynamics. Additionally, this microphone is highly moisture-resistant, making it ideal for outdoor applications in sports broadcasting or nature recordings. Record with precision and detail Thanks to its bidirectional polar pattern, the MKH 8030 captures sound from both the front and back while effectively suppressing side signals. It is the perfect choice for recording in stereo M-S configurations or in combination with a cardioid or supercardioid microphone. With its extended bass response and ability to capture frequencies up to 50 kHz, the MKH 8030 records sound with incredible precision and detail. This feature is invaluable in music production, film sound, and live recordings of concerts and performances. Microphone applications The Sennheiser MKH 8030 is an excellent solution for professionals working in field recordings, film sound, concerts, and sports broadcasts. It is ideal wherever sound suppression and the highest sound quality are required. Its moisture resistance and ability to withstand extreme temperatures make this microphone perfect for challenging weather conditions. Whether used in the studio, live, or outdoors, the MKH 8030 provides clear and authentic sound even in the most demanding conditions. Detailed technical specifications Polar pattern: Figure-8 Self-noise level: 13 dB(A) Frequency response: 30 Hz – 50 kHz Maximum sound pressure level: 139 dB SPL Sensitivity: -31 dB V/Pa (28 mV/Pa) Power supply: 48 V Phantom Operating temperature: -20 to +70°C Dimensions: Length 59 mm (93 mm with XLR module MZX 8000) Weight: 38 g (70 g with MZX 8000 module) Materials and construction The Sennheiser MKH 8030 is built with a sturdy metal housing that ensures maximum durability in any conditions. This microphone is ideal for outdoor use, even in humid and extreme environments. Thanks to RF technology, the current flow in the microphone capsule evaporates moisture automatically, ensuring stable performance. The robust materials used in the MKH 8030 guarantee long life and reliability in the toughest conditions, making it the perfect choice for professionals. Included in the package MKH 8030 microphone Foam windscreen MZW 8030 Microphone holder MZQ 8000 XLR module MZX 8000 Two Rycote back-to-back mounts Quick start guide Safety instructions Why choose the Sennheiser MKH 8030? The Sennheiser MKH 8030 is a reliable microphone that provides exceptional sound quality even in the most challenging conditions. It is ideal for outdoor recordings, TV productions, and live broadcasts, thanks to its moisture resistance, wide frequency range, and low self-noise. An excellent choice for professionals who value precision and German engineering. Its compact size and discreet design also make it perfect for live performances and TV broadcasts where the microphone should remain visually unobtrusive.