| Model 9 Orion | |
|---|---|
 Swissair Orion Model 9B HB-LAH | |
| General information | |
| Type | Airliner |
| National origin | US |
| Manufacturer | Lockheed Aircraft Limited |
| Designer | Richard A. von Hake |
| Number built | 36 |
| History | |
| Introduction date | 1931 |
| First flight | 1931 |
| Developed from | Lockheed Altair |
TheLockheed Model 9 Orion is a single-enginedpassenger aircraft built in 1931 for commercial airlines. It was faster than any Americanmilitary aircraft of that time. Designed by Richard A. von Hake, it was the last wood aircraft produced by theLockheed Aircraft Corporation.
The Orion was the last design using many identical elements from the Lockheed designs preceding it. It primarily used all the elements of theAltair, but included a forward topcockpit similar to theVega, plus theNACA cowling introduced in theAir Express.[1] Lockheed used the same basic fuselage mold and wing for all these wooden designs (theExplorer wing was unique), hence the close similarities between them. The Orion featured an enclosed cabin with seating for sixpassengers. The Orion received itsApproved Type Certificate on 6 May 1931.[2]
Gerard F. Vultee was Lockheed's chief engineer in 1928 through 1931 and was involved in the designs of all the Lockheed variants of that time and specifically designed Charles Lindbergh'sSirius.[3]
Although designed with the passenger market in mind, its speed made it a natural for air races. The firstBendix race of 1931 had a showing of two Orions, three Altairs and one Vega in a race that had only nine aircraft competing. On 11 July 1935,Laura H. Ingalls flew a Lockheed Orion, powered by aPratt & Whitney Wasp engine, fromFloyd Bennett Field toBurbank, California, establishing an East-West record for women. Two months later she flew it back to set a West-East record.[2]
The first Orion entered service withBowen Air Lines atFort Worth, Texas, in May 1931 (1931-05).[1]Northwest Airways, later renamed to Northwest Airlines, operated it from 1933 to 1935.[4]American Airways, later renamed asAmerican Airlines in 1934, operated several 9D Orions. Many safe miles were flown in airline service and the headlines for speed records proved the advanced design and reliability. Airline use as a passenger transport was curtailed, however. In 1934, theCivil Aeronautics Authority restricted use of single-engine aircraft from scheduled commercial passenger flights when flown ininstrument flight conditions or over terrain that precluded safe emergency landings.[5] It also became mandatory to have acopilot on aircraft fitted with both retractable undercarriage and flaps (which were fitted to some Orions) which therefore needed a larger two-seat cockpit. The requirements brought an end to the Orion as a passenger-carrying airliner in the US.
The crash of a wooden-wingedFokker F.10 in 1931 due to rot in the wooden wing structure also resulted in additional and onerous inspections that pushed the industry toward all metal designs, and led to the construction of one all-metal Orion, converted from a DL-2A Altair.
They were then used formail or generalcargo or sold for private use and charter. At least 12 used "Orions" were purchased for service in theSpanish Civil War and destroyed in use.[2]
In 1935, a single Model 9 Orion was modified by Lockheed as a news camera plane for theDetroit News. A pod was built into the front leading edge of the right wing about eight feet out from the fuselage and mounted a camera behind a glass dome. To aim the camera the pilot was provided with a primitive grid gunsight on the windshield.[6]
TheOrion Explorer was a modified9E. It had a damaged wing replaced with the wing of the Explorer 7 after a crash, and was fitted with a 600 hp (450 kW)Pratt & Whitney Wasp S3H1 engine. Fixed landing gear and later floats were also fitted. It was used byWiley Post andWill Rogers for a round-the-world flight attempt, but both men died when the aircraft crashed inAlaska on 15 August 1935.[1][7]
In all, Lockheed built a total of 35 Orions costingUS$25,000 each new (equivalent toUS$516,904 in 2024). The lone remaining Orion was originally built as an experimental Altair with a metal fuselage. This Altair (built in 1931) was damaged in abelly landing accident in Columbus, Ohio, in 1933. It was returned to Lockheed where it was converted in 1934 to an Orion 9C configuration by the original designer of the Orion, Richard A. von Hake, and others who worked for free during a slow period when the Lockheed factory was going into bankruptcy.
It was sold to Shell Aviation Corp., painted yellow-orange and red and named"Shellightning." It was used by Shell's aviation manager,James H. Doolittle, on cross-county and exhibition flights. Jimmy Doolittle made hundreds of trips in this Lockheed, and the aircraft was very much in evidence at air shows, airport dedications, and business meetings across the territories of all three Shell companies in the United States.
In 1936, "Shellightning" was again involved in an accident, in St. Louis, and was stored there. Two years later,Paul Mantz caught the racing bug in addition to his aeronautical movie work. He bought the damaged "Shellightning" and had it rebuilt atParks Air College in St. Louis, Missouri with a more powerful Wright Cyclone engine and some streamlining to add to its speed. It was repainted red with white trim and Mantz flew the plane in the Bendix Races in 1938 and 1939, coming in third both times. In 1943, he sold the plane and it went through a series of owners until Mantz bought it back in 1955. He retained ownership until selling it to TallMantz Aviation, Inc. in 1962.
In 1964, the plane was sitting out in the open on the flightline atOrange County Airport, now John Wayne Airport, in blue-and-white American Airways trim. Some time in the 1960s it was purchased bySwiss Air and rebuilt to flying status by the famous "Fokker" restoration team and is on display at theSwiss Transport Museum inLucerne,Switzerland in the livery of the original Swiss Air Orion.[8]
Data from The Complete Encyclopedia of World Aircraft[1]
General characteristics
Performance
Related development
Aircraft of comparable role, configuration, and era
Related lists
