Turbomeca Marboré

{{Infobox aircraft begin

|name = Marboré

|image = Fouga Magister Turbomeca Marboré engine (12119471136).jpg

|caption = Marboré on display at the Air Corps Museum, Baldonnel, Dublin

}}{{Infobox Aircraft Engine

|type= Turbojet

|manufacturer= Turbomeca

|national origin= France

|first run= 16 June 1951 (first flight)

|major applications= Fouga Magister
Fouga Zéphyr

|number built =

|program cost =

|unit cost =

|developed from =

|developed into =

|variants with their own articles = Teledyne CAE J69

}}

The Turbomeca Marboré is a small turbojet engine that was produced by Turbomeca from the 1950s into the 1970s. The most popular uses of this engine were in the Fouga CM.170 Magister and the Morane-Saulnier MS.760 Paris. It was also licensed for production in the United States as the Teledyne CAE J69.Gunston 1989, p.169. In Spain the Turbomeca model Marboré II was manufactured by ENMASA under license with the name Marboré M21.

The original Marboré, as well as Marboré III, IV, and V were not produced in significant numbers. A typical weight for this series of engines is {{convert|140|kg|abbr=on}}. Fuel consumption is {{convert|720|L/h|abbr=on}} on the Marboré VI at {{convert|4500|m|abbr=on}}, as compared to {{convert|520|L/h|abbr=on}} on Marboré II engines (same altitude), as well as an increase of fuel consumption of 27% and a decrease in cruise range capabilities.CM-170 Flight Tests, Airplane Cruise Performance Charts, and Aircraft Flight Manuals

Variants

File:Turbomeca Marbore II 286-MP-par-05244.jpg

;Marboré I:Prototypes and test examples

;Marboré II:The first major production version was the Marboré II, which had a maximum thrust of {{convert|3.9|kN|abbr=on}} at 22,500 rpm. In its most basic form, it is a single-spool, centrifugal compressor turbojet. Fuel consumption was rated at {{convert|410|L/h|abbr=on}}. Variations include military or civilian aircraft, oil tank design, auxiliary equipment, and exhaust pipe configuration. Some variants also included one axial stage compressor for additional performance. The engine dimensions differ depending on the variant, auxiliary components and mounting configurations.

;Marboré IIA:{{cite book |last=Wilkinson |first=Paul H. |title=Aircraft engines of the World 1964-65 |year=1964 |publisher=Paul H. Wilkinson |location=Washington D.C. |edition=20th |pages=168}}

;Marboré IIB:

;Marboré IIC:

;Marboré IIF:

;Marboré IIG:

;Marboré III:

;Marboré IV:

;Marboré V:

;Marboré VI:The Marboré VI series were slightly more powerful at {{convert|4.8|kN|abbr=on}} instead of {{convert|3.9|kN|abbr=on}}. Fuel consumption was only slightly higher at {{convert|450|L/h|abbr=on}}. This was a 23% increase in thrust with slightly more than a 9% increase in fuel consumption. As a result, the VI series were used to re-engine many II-series powered aircraft, and Marboré II engines became available at discount prices.

:Teledyne CAE J69: Licence production and development in the United States.

;Marboré VIC:

;Marboré VIF:

Applications

Specifications (Marboré II)

File:Turbomeca Marboré II F 3 Keski-Suomen ilmailumuseo.JPG]]

{{jetspecs|

|ref=FAA TCDS,[http://rgl.faa.gov/Regulatory_and_Guidance_Library%5CrgMakeModel.nsf/0/EDC8B0AAD7A90D0B862572A500750656/$FILE/E-302.pdf FAA Type Certificate Data Sheet] {{Webarchive|url=https://web.archive.org/web/20161228111630/http://rgl.faa.gov/Regulatory_and_Guidance_Library%5CrgMakeModel.nsf/0/EDC8B0AAD7A90D0B862572A500750656/$FILE/E-302.pdf |date=2016-12-28 }} Retrieved: 2 November 2008 Aircraft engines of the World 1953{{cite book |last=Wilkinson |first=Paul H. |title=Aircraft engines of the World 1953 |year=1953 |publisher=Sir Isaac Pitman & Sons Ltd. |location=London |edition=11th |pages=164–165}}

|type=Turbojet

|length={{cvt|1064|mm}}

|diameter={{cvt|567|mm}}

|weight={{cvt|133|kg}}

|compressor=Single-stage centrifugal

|combustion=Annular combustion chamber

|turbine=Single-stage axial flow

|fueltype=Aviation kerosene Air 3405 (JP-1)

|oilsystem=Dry sump, Turbomeca gear pump at {{cvt|70|psi|bar|order=flip}}

|power=

|thrust=

::Take-off: {{cvt|880|lbf|kN|order=flip}} at 22,600 rpm / sea level

::Max continuous: {{cvt|705|lbf|kN|order=flip}} at 21,000 rpm / sea level

|compression=4:1

|aircon={{cvt|7.6|kg}}

|turbinetemp=

::Before turbine: {{cvt|800|C|F K}}

::After turbine: {{cvt|610|C|F K}}

|fuelcon=

|specfuelcon={{cvt|1.08|lb/lbf/h|kg/kN/h|order=flip}}

|power/weight=

|thrust/weight=3.03

}}

See also

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References

{{reflist}}

  • Gunston, Bill. World Encyclopedia of Aero Engines. Cambridge, England. Patrick Stephens Limited, 1989. {{ISBN|1-85260-163-9}}