About

Breunig Aerospace was founded in 2017 as an independent engineering office and has since developed into a small, highly qualified team of engineers and scientists. We are based in Würzburg, Germany, close to the geographical center of the EU and within a few hours of many key space and aviation sites. Our staff combines backgrounds in space science, aerospace engineering, electronics, software and aviation and is supported by comprehensive in-house design, prototyping and test facilities. Both inform the way we operate: we address problems that lack established solutions; we design, manufacture and test hardware, software and complete systems; we retain responsibility for our work from initial concept through delivery and verification.

The milestones below document this development, from hardware for space observatories to the first flight of an electric drive train developed by Breunig Aerospace.

April 2017

Breunig Aerospace is founded

Starting as a 1-person consulting business with offices in Ochsenfurt

February 2019

Expansion and move to TGZ Würzburg

Since early 2019 our main office is located at the “Technologie und Gründerzentrum” (TGZ) in Würzburg.

October 2023

Maiden flight of SZD-55-2

The successful start of flight testing of the SZD-55-2 with its electric drive train developed by Breunig Aerospace is a major milestone and achievement for our electric propulsion team.

May 2024

LISA Optical Bench Demonstrator tested

Breunig Aerospace is proud to be responsible for assembly, integration and testing of the first full scale structural test demonstrator of the optical bench for the LISA mission.

April 2025

Electric Motorglider concept debuted at AERO2025

Our initiative for creating a viable electric refit option for existing touring motor glider airframes was received with enormous interest.

March 2026

PAAM STM delivered

Breunig Aerospace successfully designed, manufactured and delivered a structural thermal test model of the LISA Point Ahead Angle Mechanism (PAAM). The unit will be used as part of optical bench structural qualification