Overview

The Neumann KU 100 is the industry-leading dummy head microphone for true binaural stereo recording. Designed to replicate the acoustic characteristics of human hearing, it incorporates two precision condenser microphones positioned inside anatomically accurate artificial ears to capture highly realistic three-dimensional sound. The KU 100 is widely used for immersive audio production, virtual reality, film sound design, acoustic research, broadcasting, classical music recording, and ASMR production. When reproduced over headphones, recordings made with the KU 100 deliver an exceptionally lifelike listening experience with precise localization and natural spatial depth.

True Binaural Recording

The KU 100 accurately captures the directional cues and acoustic reflections naturally created by the human head and outer ears. This results in highly realistic 3D stereo recordings that recreate the original listening environment with remarkable precision.

Integrated Precision Condenser Capsules

Each ear contains a carefully matched condenser microphone optimized for accurate frequency response, low self-noise, and exceptional stereo imaging. The microphones preserve subtle spatial information essential for immersive audio reproduction.

Built for Professional Applications

The KU 100 has become a standard tool in broadcast production, virtual reality, immersive media, film sound effects, scientific research, psychoacoustics, gaming audio, museum installations, and high-end music recording where accurate spatial reproduction is critical.

Flexible Power Options

The microphone supports both standard 48 V phantom power and internal battery operation, making it suitable for both studio installations and field recording applications. Integrated controls allow convenient adjustment of operating modes and recording settings.

German Engineering Excellence

Manufactured in Germany using Neumann's renowned engineering standards, the KU 100 combines precision acoustical design with rugged construction to provide reliable performance for professional recording engineers, broadcasters, universities, and research institutions.