Steinbach

Steinbach Instruments · Digital Heritage

Historic
Organ

Heinrich Röver & Söhne, Heilig-Kreuz-Kirche Bevern. A late-romantic German pipe organ, fully sampled register by register. 17 stops. Multi-microphone capture. Preserved for artists, producers and future generations.

17 stops24-bit / 96 kHzKONTAKT 8+macOSFree

Interactive preview

Pull the stops.
Press play.

Click any register knob to activate it. Press play, and all selected stops start together. Add or remove registers while it runs to shape the sound in real time.

Click the round knobs on the left and right side panels to activate registers

80
0 stops ready

Instrument

Built for depth.
Designed for history.

Every aspect of the recording was designed to capture not just the pitch, but the character: the room, the mechanics, the centuries.

17 individual registers

Every stop in isolation

From the 16' Subbass to the bright Mixtur 3-fach, sampled one at a time, giving you precise control over the full tonal range.

Multi-microphone capture

Near-field and room

Multiple microphone positions document the natural acoustics of Heilig-Kreuz-Kirche Bevern, preserving the spatial character of the instrument.

Cultural preservation

A permanent archive

The Röver organ is a late-romantic instrument at risk from age and limited restoration funds. This library is a permanent digital archive of its sound.

KONTAKT ready

Console-faithful GUI

Mapped for Native Instruments KONTAKT with a custom interface that replicates the original console: the same stop positions, the same wooden face.

Authentic church reverb

Measured, not modelled

In the final release the natural reverberation of Heilig-Kreuz-Kirche is captured with acoustic measurement technology and convolution, embedded directly into the playable instrument.

The Röver pipe organ in Heilig-Kreuz-Kirche Bevern
Heilig-Kreuz-Kirche Bevern · Heinrich Röver & Söhne

The instrument

A century of sound. Preserved.

The Röver organ in Heilig-Kreuz-Kirche Bevern is a late-romantic instrument built by Heinrich Röver & Söhne, one of the most respected German organ builders of their era. Its pipes carry the characteristic warmth and clarity of the late 1800s, a tonal ideal that shaped sacred music for generations.

Like many historic church organs, it exists in a fragile state: aging mechanical components, limited restoration funds, and a shrinking community of specialists who understand instruments of this period. Without intervention, sounds like these can be lost within a generation.

The Digital Heritage Organ project was conceived to change that: to capture the full sonic identity of this instrument with professional multisampling techniques and make it accessible to artists and researchers worldwide, permanently and without barriers.

Recorded on location in Bevern with multiple microphone positions, the library documents all 17 registers across Hauptwerk, Schwellwerk and Pedal. Every pipe row, every tonal colour, preserved with fidelity.

The final release also carries the acoustic signature of the church itself. Using specialised measurement technology, the natural reverb of Heilig-Kreuz-Kirche was captured as a convolution impulse response and built into the instrument, so every note breathes with the same room the organ has stood in for over a century.

Technical

What’s inside.

Complete technical specifications for the Digital Heritage Organ library.

Registers
17 stops
HW · SW · Pedal
Sample format
24-bit / 96 kHz
Lossless WAV
Microphones
Multi-position
Near-field + room
Platform
KONTAKT 8+
VST3 + AU + Standalone
Compatibility
macOS
Apple Silicon (M-series)
Location
Bevern, Germany
Heilig-Kreuz-Kirche
Builder
Röver & Söhne
Late romantic era

Coming soon

Get the full
instrument.

The complete Digital Heritage Organ library: all registers, all microphone positions, authentic church reverb, full KONTAKT mapping with the original interface. Free.

Free download. Requires Native Instruments KONTAKT 8 or newer, on macOS with Apple Silicon. The library is roughly 7 GB.

KONTAKT 8+macOS standaloneVST3 + AU~7 GBApple Silicon