Argus Motoren
German manufacturer of automobile, marine, aircraft, and pulsejet engines.
Last updated August 25, 2026
AI crawler reads
No AI crawler has read this profile since Oct 28, 2026.
Overview
Argus Motoren was a German engineering and manufacturing company established in Berlin in 1906. It originated as a subsidiary of Henri Jeannin's automobile business and became an independent company in November of the same year. Although its first activities involved automobile and marine engines, Argus moved rapidly into aviation propulsion. One of its early aviation contracts involved adapting a boat engine for the French airship Ville de Paris, and by around 1910 its engines were being used in aircraft, including an order associated with an aircraft being built by Igor Sikorsky in Russia. During the First World War, Argus supplied engines for the German Army and German air services. After the war, the company returned to automobile-engine production and expanded its industrial interests. In 1919 it acquired a majority interest in Horch Automobile, linking Argus to one of Germany's significant automobile manufacturers during the formative period of the interwar motor industry. Argus resumed dedicated aircraft-engine design in 1926, concentrating mainly on relatively low-power engines for training, liaison, reconnaissance, and utility aircraft. The company's best-known piston engines included the As 10, an inverted eight-cylinder V engine, and the As 410, an inverted twelve-cylinder V engine. The As 10 powered aircraft such as the Fieseler Fi 156 Storch, Arado Ar 66, and Focke-Wulf Fw 56. The As 410 was installed in a number of German military aircraft, including the Arado Ar 96 and Focke-Wulf Fw 189. Argus also developed or produced other inline, V, and projected H-block engine designs, although several listed projects were prototypes or never reached production. Argus's wartime engineering work extended beyond engines. Its products included disc-brake systems associated with the Arado Ar 96 landing gear and the drive train of the Tiger I tank. The company also developed the As 292 and Fernfeuer unmanned aircraft systems. Its most historically prominent propulsion product was the Argus 109-014 pulsejet, better known as the As 014, which powered the V-1 flying bomb. A related pulsejet design, the 109-044, used a different forward intake and valve arrangement and did not achieve the same historical prominence. The company's wartime history is also connected to forced labor. The Berlin-Reinickendorf subcamp of Sachsenhausen concentration camp supplied labor to Argus-Werke. This forms an important part of the company's historical record and places its wartime production within the coercive industrial system of Nazi Germany. Argus Motoren is no longer an operating independent brand. Its surviving significance lies in the development of German aviation engines, pulsejet technology, automotive and marine propulsion, and associated mechanical systems during the first half of the twentieth century.
History
Argus Motoren began in Berlin in 1906 as an offshoot of Henri Jeannin's automobile business. The company became independent in November 1906, initially producing engines for cars and boats. Its early diversification into aviation came quickly: Argus supplied a converted marine engine for the French airship Ville de Paris and subsequently received aviation-related orders, including an engine order connected with one of Igor Sikorsky's large aircraft under construction in Russia. The First World War transformed Argus into a military supplier. It manufactured engines for German army and air-service use, adding wartime production experience to its earlier commercial engine business. After the war, Argus returned to automobile engines and in 1919 acquired a majority interest in Horch Automobile. This investment placed Argus within the German automobile sector while the company continued to maintain engineering interests beyond road vehicles. In 1926 Argus restarted aircraft-engine design. Its postwar aircraft portfolio emphasized comparatively small and moderate-output engines. These engines were well suited to trainers, liaison aircraft, reconnaissance machines, and other utility roles. The As 10, an inverted eight-cylinder V engine, became particularly important and was used in the Fieseler Fi 156 Storch, Arado Ar 66, and Focke-Wulf Fw 56. The As 410, an inverted twelve-cylinder V engine, powered aircraft including the Arado Ar 96 and Focke-Wulf Fw 189. Other Argus designs included the As 8, As 16, As 17, As 401, As 402, and several experimental or projected engines. Argus's capabilities also extended into mechanical systems. The company supplied disc brakes associated with the landing gear of the Arado Ar 96 and the drive train of the Tiger I tank. During the Second World War it developed the 109-014 pulsejet, designated As 014, for the V-1 flying bomb. The company also worked on unmanned aircraft, including the As 292 and Fernfeuer, and developed a related 109-044 pulsejet configuration. These programs made Argus an important participant in German wartime propulsion and unmanned-weapons development. The wartime production record carries a serious historical qualification. The Berlin-Reinickendorf subcamp of Sachsenhausen concentration camp provided labor for Argus-Werke. This connection documents the use of concentration-camp forced labor in the company's wartime industrial system and must be considered alongside its technical achievements. Argus Motoren is now defunct as an independent operating brand. The available reference material does not establish a precise closure date, postwar successor structure, or a complete account of asset transfers. Its historical legacy is therefore best understood through its documented products: early automobile and marine engines, a substantial family of German aircraft piston engines, disc-brake technology, unmanned aircraft, and the As 014 pulsejet used by the V-1.
- 1926
Aircraft-engine design resumes
[1]Argus restarted aircraft-engine development, leading to its later family of inverted inline and V engines.
- 1919
Majority interest in Horch Automobile
[1]Argus acquired majority control of Horch Automobile during its postwar expansion into the automobile industry.
- 1914
Wartime military engine production
[1]Argus produced engines for German army and air-service requirements during the First World War.
- 1906
Independent Argus Motoren company established
[1]Argus separated from Henri Jeannin's automobile business in Berlin and began operating as an independent engine manufacturer.
- 1906
First aviation-related engine contract
[1]Argus supplied a converted boat engine for the French airship Ville de Paris.
As 10 enters widespread aircraft service
[1]The As 10 became associated with the Fieseler Fi 156 Storch, Arado Ar 66, and Focke-Wulf Fw 56.
As 410 powers German military aircraft
[1]The As 410 was used in aircraft including the Arado Ar 96 and Focke-Wulf Fw 189.
As 014 pulsejet developed for the V-1
[1]Argus's 109-014 pulsejet became the propulsion system for the V-1 flying bomb.
Products and positioning
Historically, Argus Motoren positioned itself as a diversified German engine and mechanical-systems manufacturer, moving from automobile and marine propulsion into aircraft engines and wartime propulsion technology. Its aircraft engines were particularly associated with low-power training, reconnaissance, liaison, and utility aircraft rather than large high-output engines.
Aircraft piston engine
Argus As 10
An eight-cylinder inverted-V aircraft engine and one of Argus's best-known products. It occupied the lower-power segment of the German aircraft-engine market and was used in training, liaison, and utility aircraft. Notable applications included the Fieseler Fi 156 Storch, Arado Ar 66, and Focke-Wulf Fw 56.
Aircraft piston engine
Argus As 410
A twelve-cylinder inverted-V engine developed for German aircraft. It powered several trainers and reconnaissance or utility aircraft, including the Arado Ar 96 and Focke-Wulf Fw 189, and represented one of Argus's principal wartime production engines.
Pulsejet engine
Argus 109-014 (As 014)
A pulsejet developed for the V-1 flying bomb. It is the propulsion product most strongly associated with Argus in public historical accounts. The same engine family was also used in connection with the Tornado boat.
Pulsejet engine
Argus 109-044
A pulsejet design related to the 109-014. Its distinguishing feature was a square intake and a main valve bank positioned at the front. The available reference does not establish the extent of its production or operational deployment.
Unmanned aerial vehicle
Argus As 292
An Argus unmanned-aircraft project or system listed among the company's aviation products. The available reference identifies the program but does not provide sufficient technical or production detail for a fuller specification.
Unmanned aerial vehicle
Argus Fernfeuer
An unmanned-aircraft system associated with Argus. Available reference material names the program but does not establish a complete account of its design, production, or operational use.
Mechanical systems
Argus disc-brake systems
Argus produced disc-brake technology associated with the Arado Ar 96 landing gear and the drive train of the Tiger I tank. The braking work illustrates the company's diversification beyond engine manufacture into broader mechanical engineering.
Controversies
Brand decisions
1926
Return to aircraft-engine designStrategyBackground
Argus had produced military engines during the First World War but subsequently focused partly on automobile engines.
Action taken
The company resumed aircraft-engine development and created a new family of inverted inline and V configurations.
Aftermath
The renewed aviation focus led to the As 10, As 410, and other engines used in German training, reconnaissance, and utility aircraft.
1919
Acquisition of a majority interest in Horch AutomobileM&ABackground
After the First World War, Argus maintained an automobile-engine business and expanded its position in the German motor industry.
Action taken
Argus acquired majority control of Horch Automobile.
Aftermath
The transaction broadened Argus's industrial presence beyond standalone engine manufacture, although the available material does not document the later ownership outcome in detail.
1906
Spin-off from Henri Jeannin's automobile businessStrategyBackground
Argus began as a subsidiary but moved toward independent operation within its first year.
Action taken
The company separated from the parent automobile business in November 1906.
Aftermath
Independence enabled Argus to pursue automobile, marine, and aviation-engine contracts under its own identity.
Sources1 sources
Cite this profile: Cite the canonical profile. /brand-wiki/argus-motoren · Editorial policy · How profiles are compiled