PropertyValue
rdf:type
rdfs:label
  • De Havilland Fox Moth
rdfs:comment
  • The DH.83 Fox Moth was a successful small biplane passenger aircraft from the 1930s powered by a single de Havilland Gipsy Major I inline inverted engine, manufactured by the de Havilland Aircraft Company.
owl:sameAs
dcterms:subject
dbkwik:military/property/wikiPageUsesTemplate
loaded weight main
  • 2000.0
climb rate main
  • 450.0
number of props
  • 1
length alt
  • 7.85 m
span main
  • 30
cruise speed main
  • 91.0
cruise speed alt
  • 79
height alt
  • 2.68 m
Introduced
  • 1932
Type
  • Passenger aircraft
range alt
  • 370
length main
  • 784.86
power alt
  • 97.0
area main
  • 261
power main
  • 120.0
height main
  • 8
span alt
  • 9.42 m
range main
  • 425.0
Manufacturer
  • de Havilland
max speed main
  • 106.0
engine (prop)
Capacity
  • 3
climb rate alt
  • 2.3
ceiling main
  • 12700.0
empty weight main
  • 1071.0
loaded weight alt
  • 909.0
area alt
  • 24.3
First Flight
  • 1932-01-29
max speed alt
  • 92
jet or prop?
  • prop
empty weight alt
  • 487.0
plane or copter?
  • plane
ceiling alt
  • 3,870 m
Crew
  • 1
Number Built
  • 154
Designer
ref
  • De Havilland Aircraft since 1909
abstract
  • The DH.83 Fox Moth was a successful small biplane passenger aircraft from the 1930s powered by a single de Havilland Gipsy Major I inline inverted engine, manufactured by the de Havilland Aircraft Company. The aircraft was designed late in 1931 as a low cost and economical light passenger aircraft. Many components including the engine, tail plane, fin, rudder and wings were identical to those being used for the de Havilland DH.82 Tiger Moth then being built in large quantities as a military trainer, which were fitted to the purpose-built wooden (longerons: ash forward of the pilot, aft Sitka spruce), plywood covered fuselage. The pilot sat in a raised cockpit behind the small enclosed passenger cabin, which was usually fitted with three seats for short range hops. The "Speed Model" was fitted with a canopy and fairing. The wings folded for space saving storage.