Voice Technologies VT100 Subminiature Cardioid Lavalier Mic with TA5F Connector for Lectrosonics Servo-Bias Inputs SMa/SMV/SMQV/UMa/LMa, 20Hz-15kHz, 1600 Ohms, Black

For professionals seeking a discreet yet high-quality audio solution, the Voice Technologies VT100 Subminiature Cardioid Lavalier Microphone emerges as the ideal choice for capturing clear and focused sound. Designed with precision to seamlessly integrate with Lectrosonics Servo-Bias Inputs, including models SMa, SMV, SMQV, UMa, and LMa, this microphone is a testament to innovative audio engineering.

The VT100 boasts a sleek, stylish black design and is equipped with a TA5F connector, ensuring compatibility and optimal performance with the specified Lectrosonics systems. Its high-quality audio fidelity characteristics are tailored for the nuanced capture of vocals and speech, making it perfect for critical recording scenarios, stage performances, presentations, and broadcast applications.

The microphone's subminiature capsule allows for inconspicuous placement, whether attached to clothing or discreetly nestled within hair, ensuring that the focus remains on the performance and not the equipment. The detachable 4.92-foot (1.5-meter) cable offers flexibility and ease of movement for the wearer.

With a cardioid polar pattern at its core, the VT100 is engineered to minimize off-axis noise and feedback, providing a more isolated and controlled audio capture. This makes it an excellent choice for environments where background noise can be a challenge.

The VT100 is not only durable but also comes with a suite of accessories to enhance its usability. It ships with a waterproof VTO box for secure storage and transport, a clothing clip that can rotate 360 degrees for precise positioning, and a windscreen to reduce unwanted noise from wind and breath sounds.

Whether used in film, television, theater, or live events, the Voice Technologies VT100 Subminiature Cardioid Lavalier Microphone stands out as a professional-grade audio device that delivers exceptional performance and reliability.