Full flexibility with 8 polar patterns.

LCT 441 FLEX

• 1" Multi-pattern studio microphone

• Pure studio sound quality

• Studio allrounder

• High-end specifications

• Eight polar patterns incl. three reversed ones

• Camera-friendly design

Included: Shock mount,  Magnetic pop filter,  Foam windscreen,  Transport bag

Full flexibility with 8 polar patterns.

The LCT 441 FLEX is a compact multi-pattern studio microphone. It features high-spec technology and eight different polar patterns. You'll be more flexible when it comes to recording different instruments and vocals. It also allows switching between high directivity or more room impression and provides freedom to experiment.

Capture all the emotion of your performance.

The 1" true condenser capsule of the LCT 441 FLEX captures your instruments and vocals with an impressive amount of depth and clarity. Every single one of our capsules is tested according to the highest quality standards. At LEWITT, we completely measure every single microphone before it gets to you. Only this way, we can be sure that you can make every detail of your sound count.

Pristine studio sound quality.

The LCT 441 FLEX features a very low self-noise of only 7 dB (A) and handles ear-shattering sound pressure levels of up to 144 dBSPL. 

Specifications

Type Condenser, externally polarized

Acoustical operating principle Pressure gradient transducer

Diaphragm 3 micron gold sputtered Mylar

Transducer Ø 25.4 mm, 1 in

Polar pattern Omni, wide cardioid, cardioid, supercardioid, figure-8, reverse cardioid, reverse wide cardioid, reverse supercardioid

Frequency range 20 ... 20,000 Hz

Sensitivity 17.2 mV/Pa, -35.3 dBV/Pa

Self-noise 7 dB (A)

Max. SPL for 0.5 % THD 144 dBSPL

Signal / noise ratio 87 dB (A)

Dynamic range 137 dB (A)

Supply voltage 48 V ± 4 V

Current consumption 4 mA

Internal impedance 54 Ω

Connector Gold plated 3-pin XLR

Microphone enclosure Zinc die cast

Microphones measured according to: IEC 60268-4 | Phantom power according to: IEC 61938 | Noise measurement according to: IEC 60268-1