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DeHavilland Chipmunk - $4.50

DeHavilland Chipmunk

Chipmunk

Chipmunk by DeHavilland This DeHavilland all metal military trainer followed the classic DeHavilland Tiger Moth as a basic trainer in Canada and Great Britain. Lucky you, we just happen to have the Tiger Moth model as well.
The Cessna Model 170/172 and its immediate successors of the same family have the double distinction of being the best-selling series of lightplanes of all time, and also the most widely produced aircraft series yet developed, well over 30,000 examples having come off the production lines by the 1980s.
The origins of the series stretch back to 1948, when Cessna introduced the Model 170, itself little more than a four-Model 170 were improved radically, and all subsequent Cessna aircraft of the type have been designed round similar flaps.
In 1955 the company developed the Model 172, which was essentially a Model 172B with detail improvements and the tail wheel landing gear replaced by a spatted tricycle unit. The improved ground safety of the new variant proved immediately attractive, and in 1956 some 1,170 Model l72s were sold, compared with a mere 174 of the Model 170B, whose production was terminated.

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This model now comes in Two Versions! Thanks to August Horvath!
canadian chipmunk

Chipmunk Information

Chipmunk Main Page

three views of the De Havalland Chipmunk

Construction Tips! 

The center of the wings, when glued along the shaded areas will give the wings a pretty neat dihedral. There's not a lot of edge to glue but if you're careful, you'll have no problem.

 

Form the fuselage around a pencil or the handle of your Exacto knife before gluing together. We've found that it's easier to glue thee cockpit to the fuselage BEFORE gluing the wings in. You can get your fingers up in to cockpit area to help it set. Be sure to place it squarely on the top of the fuselage.

The wing fillets need a little attention to get them to curve outward. Do this before gluing the wings in. Glue and align the tail surfaces with the same care.

The landing gear will need a toothpick to stiffen them and make a strong glue connection with the lower surface of the wing.

de HAVILLAND CHIPMUNK T.I0

 

The de HaviIIand Canada DHC-1 Chipmunk was designed to succeed deHavilland's classicTigerMoth biplane trainer. Flying for the first time at Downsview, Toronto on 22 May 1946, the tandem-seat stressed-skin monoplane was the first indigenous design of de Haviland Aircraft of Canada Ltd. The prototype, put through its paces by Pat Fillingham from the parent company at Hatfield, was powered bya 108-kW (145hpl de Havilland Gipsy Major 1C,instructional drawing of ther de HAvalland Chipmunk

Chipmunks built to the prototype's specification were designated DHC-1B-1, while those with a Gipsy Major 10-3 were designated DHC-1B-2. Most Canadian-built Chipmunks had a bubble canopy.

Downsview built 218 Chipmunks, the last in 1951. Two were evaluated by the Aeroplane and Armament Experimental Establishment at Boscombe Down. As a result, the fully-aerobatic Chipmunk was ordered from Hatfield and Chester to Specification 8/48 as an sb initio trainer for the RAF.

The RAE received 735 Chipmunks manufactured in the UK. The first to wear RAF roundels were flown by the Oxford University Air Squadron from February 1950; thereafter, the type replaced the Tiger Moth with all 17 university air squadrons, as well as equipping many RAF Volunteer Rese,ve flyir,O schools in the early 19508. National service pilots underwent their initial training on the Chip, which served intermittently at the RAE College, Cranwell.

A few Chipmunks of No, 114 Squadron were pressed into service in Cyprus on internal security flights during the troubles of 1958.

Under an agreement concluded between de Havilland and the General Aeronautical Material Workshops (OGMA) of Portugal 60 Chipmunks were licence-manufactured from 1955 for the Portuguese air force, and the type was still being operated by this service until replaced in 1989. Other users included Burma, Ceylon, Chile, Colombia, Denmark, Egypt, Eire, Iraq, Jordan, Lebanon, Malaya, Saudi Arabia, Syria, Thailand and Uruguay.


 Manufacturer: de Havalland Aircraft Co Ltd
  type: trainer -year 1949
 engine: de Havalland Gipsy Major
8 4-cylinder incline air-cooled
  145 hp
  maximum speed 138 mph (222 km/hr at sea level
 ceiling 18,000 ft (4.880 m)
  range: 300 miles (480 km)
  armament: none
  crew: 2
 weight 2.000 lb (907 kg) (loaded)
 wingspan: 34 ft 4 in (10.48m)
  length: 25 ft 8 in (7.82 m)
 height; 7ft 1 in (2.18 m)
Exhaust Details

 


 

 

 

 

 

 

 

 

 

 

 


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Chipmunk Information

Chipmunk Main Page

three views of the De Havalland Chipmunk

Construction Tips! 

The center of the wings, when glued along the shaded areas will give the wings a pretty neat dihedral. There's not a lot of edge to glue but if you're careful, you'll have no problem.

 

Form the fuselage around a pencil or the handle of your Exacto knife before gluing together. We've found that it's easier to glue thee cockpit to the fuselage BEFORE gluing the wings in. You can get your fingers up in to cockpit area to help it set. Be sure to place it squarely on the top of the fuselage.

The wing fillets need a little attention to get them to curve outward. Do this before gluing the wings in. Glue and align the tail surfaces with the same care.

The landing gear will need a toothpick to stiffen them and make a strong glue connection with the lower surface of the wing.

de HAVILLAND CHIPMUNK T.I0

 

The de HaviIIand Canada DHC-1 Chipmunk was designed to succeed deHavilland's classicTigerMoth biplane trainer. Flying for the first time at Downsview, Toronto on 22 May 1946, the tandem-seat stressed-skin monoplane was the first indigenous design of de Haviland Aircraft of Canada Ltd. The prototype, put through its paces by Pat Fillingham from the parent company at Hatfield, was powered bya 108-kW (145hpl de Havilland Gipsy Major 1C,instructional drawing of ther de HAvalland Chipmunk

Chipmunks built to the prototype's specification were designated DHC-1B-1, while those with a Gipsy Major 10-3 were designated DHC-1B-2. Most Canadian-built Chipmunks had a bubble canopy.

Downsview built 218 Chipmunks, the last in 1951. Two were evaluated by the Aeroplane and Armament Experimental Establishment at Boscombe Down. As a result, the fully-aerobatic Chipmunk was ordered from Hatfield and Chester to Specification 8/48 as an sb initio trainer for the RAF.

The RAE received 735 Chipmunks manufactured in the UK. The first to wear RAF roundels were flown by the Oxford University Air Squadron from February 1950; thereafter, the type replaced the Tiger Moth with all 17 university air squadrons, as well as equipping many RAF Volunteer Rese,ve flyir,O schools in the early 19508. National service pilots underwent their initial training on the Chip, which served intermittently at the RAE College, Cranwell.

A few Chipmunks of No, 114 Squadron were pressed into service in Cyprus on internal security flights during the troubles of 1958.

Under an agreement concluded between de Havilland and the General Aeronautical Material Workshops (OGMA) of Portugal 60 Chipmunks were licence-manufactured from 1955 for the Portuguese air force, and the type was still being operated by this service until replaced in 1989. Other users included Burma, Ceylon, Chile, Colombia, Denmark, Egypt, Eire, Iraq, Jordan, Lebanon, Malaya, Saudi Arabia, Syria, Thailand and Uruguay.


 Manufacturer: de Havalland Aircraft Co Ltd
  type: trainer -year 1949
 engine: de Havalland Gipsy Major
8 4-cylinder incline air-cooled
  145 hp
  maximum speed 138 mph (222 km/hr at sea level
 ceiling 18,000 ft (4.880 m)
  range: 300 miles (480 km)
  armament: none
  crew: 2
 weight 2.000 lb (907 kg) (loaded)
 wingspan: 34 ft 4 in (10.48m)
  length: 25 ft 8 in (7.82 m)
 height; 7ft 1 in (2.18 m)
Exhaust Details

 


 

 

 

 

 

 

 

 

 

 

 


GO TO: AEROSPACE / BETWEEN WARS / BOMBERS / EARLY FLYERS
GLIDERS / HELICOPTERS / JETS / LIGHT AIRCRAFT / RACERS
TRAINERS / WEIRD AIRCRAFT / WWI / WWII

Home page
CD ordering information

sign up for our newsletter

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