Curtiss-Wright Corporation. Wright Aeronautical Division
Dates
- Existence: 1929
Parallel Names
- Wright Aeronautical Corporation
Historical Note
Wikipedia: On July 5, 1929, Curtiss Aeroplane and Motor Company together with 11 other Wright and Curtiss affiliated companies merged with Wright Aeronautical Corporation to become the Curtiss-Wright Corporation. Their engine divisions merged in 1931.
Note: Engine related documents between July 5, 1929 and 1931 may still be identified with Wright Aeronautical Corporation.
Functions
Found in 13 Collections and/or Records:
A Brief History of the Wright Aeronautical Corporation [Promotional brochure], 1940
Facts about the Wright Turbo Compound, 1956-05
"Here and There Among the Power Curves" [Monographs by Wright Aeronautical Corporation], 1935-01-11 - 1939-06-22, 1939
"Long Range Cruising Analysis and Control (First Edition)" [by Frank B. Lary, Wright Aeronautical Corporation], 1944-08
"Methods Used in Preparing Engine Specifications" by E.F. Pierce, Wright Aeronautical Corporation, 1939-06-20, 2024-07-03
"Power Control and It's Effect Upon Economy" [by Robert E. Johnson, Chief Field Engineer, Wright Aeronautical Corporation], 1941
"Power Control and Scheduled Performance in Transport Operation" (Wight Aeronautical Service Station Bulletin No. 254 for all Wright Cyclone R-1820-F engines), 1935-07-19
The Power House of Aviation: A Trip Through the Wright Aeronautical Corporation [Promotional brochure], 1943
Trade Winds Vol. 8 (1944), No. 1 (Special Issue Commemorating the 25th Anniversary of the Wright Aeronautical Corporation) [Wright Aeronautical Corporation periodical], 1944-10-09
Wright Aeronautical GR-1820-G102 Engine Cruising Power Calculator, 1937-01-20
Object Type: Realia (Tool / Device).
Purpose: Authoritative reference.
Source: Company (Manufacturer).
Scope: Issued by Wright Aeronautical in 1937 for use with the Wright GR-1820-G102 air-cooled radial engine.
Contents: Contains various engine charts and tables for use by aircrew, especially flight engineers, to calculate optimal engine cruising performance during long-distance flights.
