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Arado Ar 79
The Arado Ar 79 was an aerobatic two-seat trainer and touring aircraft designed and produced by the German aircraft manufacturer Arado. It was the final civilian aircraft developed by the company.
The Ar 79 was developed during the mid-1930s as a successor to the Arado L I and Arado L II touring aircraft by the aeronautical engineer Walter Rethel. He designed a monoplane with a retractable tailwheel undercarriage that featured mixed construction, the forward fuselage was composed of fabric over steel tube while the rear fuselage was a monocoque structure. The Ar 79 was a relatively durable, light weight, and economical aircraft that possessed favourable flight characteristics. It had a fully-glazed cabin integral with the fuselage, a dedicated luggage compartment, and a pair of fuel tanks within the fuselage. While primarily intended as a civil aircraft, its use as a military trainer was not excluded.
First flying in April 1938, the Ar 79 promptly set multiple world speed records in their class that same year and was praised by high-ranking Nazi officials. Various German figured purchased individual aircraft, including Ernst Udet, Hanna Reitsch, Heinz Rühmann, Alfried Krupp von Bohlen und Halbach, and Stephan von Horthy. At least one was still airworthy as late as 1955.
During the 1920s and early 1930s, the German aircraft manufacturer Arado had entered into the touring aircraft sector with the Arado L I and Arado L II. Their designer, the aeronautical engineer Walter Rethel, sought to develop a more capable successor during the mid 1930s. It is likely that the decision to proceed was strengthened by the position advocated by Hermann Göring, Chief of the Luftwaffe High Command, that Germans should be a nation of fliers; a favourable economic situation in Germany at that time would have also encouraged such undertakings.
Although it drew upon these earlier touring aircraft, the design team decided that this new aircraft, which would be designated Ar 79, would be designed for greater reliability, ruggedness, and economy. To promote the aircraft to civil customers, Arado committed to an extensive advertising campaign as a faster alternative to road and railway travel. Furthermore, while the Ar 79 was principally aimed at the civilian market, the aircraft's development was warmly received and promoted by the Reich Air Ministry, and its potential use for military applications was not ruled out.
The Ar 79 was a purpose-built touring and trainer aircraft, possessing excellent flight characteristics through its use of modern aerodynamic innovations. Through the use of split flaps, it could be flown at unusually slow speeds while, when correctly trimmed, stable hands-off flying could also be readily achieved. The Ar 79 was a fully aerobatic aircraft yet had a relatively low price amongst its contemporaries. Partially due to its light weight construction, the Ar 79 was a fuel-efficient aircraft that was capable of flying in excess of 1000 km without refuelling. Its standard powerplant, a single Hirth HM 504 A2 inline engine capable of 105 hp, was purpose developed for the aircraft and delivered more power than most competing aircraft.
A trade paper advertisement by I.G. Farben in May 1939 took advantage of the record-breaking flight from Libya to India in late 1938 (see § Operational history below) using the flight path as a background, and presented a breakdown of the materials used in the aircraft: wood 38.5%, Elektron (cast lightweight magnesium-aluminium alloy made by a subsidiary of I.G. Farben, used for engine crankcases) 25%, steel 10.5%, glass 8.5%, Dural (aluminium-copper alloy) 5.9%, Hydronalium (aluminium-magnesium alloy for casting, patented by I. G. Farben in 1938, possibly for pistons) 4.9%, fabric 3.2%, paint 2.5%, aluminium 1%.
As shown above, the construction made extensive use of metal; the forward fuselage was composed of steel; aft of the twin-seat cabin, monocoque wooden construction is present. The fully-glazed cabin is fully-integral with the fuselage; entry and egress is via sliding upper section. Dual flight controls and comprehensive instrumentation is present throughout, while favourable external visibility is also provisioned. The Ar 79 has easily removable wings, being attached using only three bolts; they are primarily composed of plywood and fabric. The ailerons, horizontal stabilisers, and rudder comprise a metal framework covered by fabric, while the adjustable tailplane is entirely metal. Fuel is housed in two tanks directly beneath the aircraft's luggage compartment. A manually-cranked retractable landing gear arrangement is used; its relatively wide track, hydraulically actuated brakes, and freely traversing tailwheel provide favourable taxiing tendencies.
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Arado Ar 79
The Arado Ar 79 was an aerobatic two-seat trainer and touring aircraft designed and produced by the German aircraft manufacturer Arado. It was the final civilian aircraft developed by the company.
The Ar 79 was developed during the mid-1930s as a successor to the Arado L I and Arado L II touring aircraft by the aeronautical engineer Walter Rethel. He designed a monoplane with a retractable tailwheel undercarriage that featured mixed construction, the forward fuselage was composed of fabric over steel tube while the rear fuselage was a monocoque structure. The Ar 79 was a relatively durable, light weight, and economical aircraft that possessed favourable flight characteristics. It had a fully-glazed cabin integral with the fuselage, a dedicated luggage compartment, and a pair of fuel tanks within the fuselage. While primarily intended as a civil aircraft, its use as a military trainer was not excluded.
First flying in April 1938, the Ar 79 promptly set multiple world speed records in their class that same year and was praised by high-ranking Nazi officials. Various German figured purchased individual aircraft, including Ernst Udet, Hanna Reitsch, Heinz Rühmann, Alfried Krupp von Bohlen und Halbach, and Stephan von Horthy. At least one was still airworthy as late as 1955.
During the 1920s and early 1930s, the German aircraft manufacturer Arado had entered into the touring aircraft sector with the Arado L I and Arado L II. Their designer, the aeronautical engineer Walter Rethel, sought to develop a more capable successor during the mid 1930s. It is likely that the decision to proceed was strengthened by the position advocated by Hermann Göring, Chief of the Luftwaffe High Command, that Germans should be a nation of fliers; a favourable economic situation in Germany at that time would have also encouraged such undertakings.
Although it drew upon these earlier touring aircraft, the design team decided that this new aircraft, which would be designated Ar 79, would be designed for greater reliability, ruggedness, and economy. To promote the aircraft to civil customers, Arado committed to an extensive advertising campaign as a faster alternative to road and railway travel. Furthermore, while the Ar 79 was principally aimed at the civilian market, the aircraft's development was warmly received and promoted by the Reich Air Ministry, and its potential use for military applications was not ruled out.
The Ar 79 was a purpose-built touring and trainer aircraft, possessing excellent flight characteristics through its use of modern aerodynamic innovations. Through the use of split flaps, it could be flown at unusually slow speeds while, when correctly trimmed, stable hands-off flying could also be readily achieved. The Ar 79 was a fully aerobatic aircraft yet had a relatively low price amongst its contemporaries. Partially due to its light weight construction, the Ar 79 was a fuel-efficient aircraft that was capable of flying in excess of 1000 km without refuelling. Its standard powerplant, a single Hirth HM 504 A2 inline engine capable of 105 hp, was purpose developed for the aircraft and delivered more power than most competing aircraft.
A trade paper advertisement by I.G. Farben in May 1939 took advantage of the record-breaking flight from Libya to India in late 1938 (see § Operational history below) using the flight path as a background, and presented a breakdown of the materials used in the aircraft: wood 38.5%, Elektron (cast lightweight magnesium-aluminium alloy made by a subsidiary of I.G. Farben, used for engine crankcases) 25%, steel 10.5%, glass 8.5%, Dural (aluminium-copper alloy) 5.9%, Hydronalium (aluminium-magnesium alloy for casting, patented by I. G. Farben in 1938, possibly for pistons) 4.9%, fabric 3.2%, paint 2.5%, aluminium 1%.
As shown above, the construction made extensive use of metal; the forward fuselage was composed of steel; aft of the twin-seat cabin, monocoque wooden construction is present. The fully-glazed cabin is fully-integral with the fuselage; entry and egress is via sliding upper section. Dual flight controls and comprehensive instrumentation is present throughout, while favourable external visibility is also provisioned. The Ar 79 has easily removable wings, being attached using only three bolts; they are primarily composed of plywood and fabric. The ailerons, horizontal stabilisers, and rudder comprise a metal framework covered by fabric, while the adjustable tailplane is entirely metal. Fuel is housed in two tanks directly beneath the aircraft's luggage compartment. A manually-cranked retractable landing gear arrangement is used; its relatively wide track, hydraulically actuated brakes, and freely traversing tailwheel provide favourable taxiing tendencies.