Maule M-5

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M-5
Maule M-5-235C C-GPYC 01.JPG
Maule M-5-235C
RoleFour-seat cabin monoplane
National originUnited States
Manufacturer Maule Aircraft Company
Designer Belford Maule
First flight1971
Introduction1974
Produced1974-1983
Number builtover 855
Developed from Maule M-4

The Maule M-5 is an American four-seat cabin monoplane designed and built by the Maule Aircraft Company.

Contents

Design and development

The M-5 was a development of the earlier Maule M-4 with improved STOL performance. It has a 30% increase in flap area and enlarged tail surfaces.

Two prototype M-5s flew in 1971, one powered by a 210-hp (157 kW) engine, the other with a 220-hp (164 kW) engine.

The M-5 is a steel-tube and fabric high-wing braced-monoplane with a cantilever tailplane with a single fin and rudder. It has a fixed-tailwheel landing gear and an enclosed cabin with two rows of side-by-side seating for a pilot and three passengers. The aircraft entered production in 1974 and was named the Strata Rocket and the Lunar Rocket. A generally similar M-6 Super Rocket was also developed with a 3-foot-longer (0.91 m) wingspan and more fuel capacity, smaller ailerons and larger flaps.

Variants

M-5-180C
Initial production variant with a 180-horsepower (134 kW) Lycoming O-360-C1F engine, more than 94 built.
M-5-200
One aircraft modified with a 200-horsepower (149 kW) engine.
M-5-210C Strata Rocket
180C with a 210-horsepower (157 kW) Continental IO-360-D engine in a revised cowling, 206 built.
M-5-210TC Lunar Rocket
210C fitted with a turbocharged 210-horsepower (157 kW) Lycoming TO-360 engine, 10 built.
M-5-220C Lunar Rocket
210C fitted with a 220-horsepower (164 kW) Franklin 6A-350-C1 engine, 57 built.
M-5-235C Lunar Rocket
210C fitted with a 235-horsepower (175 kW) Lycoming O-540-J1A5D engine, more than 379 built.
M-6-235C Super Rocket
235C with a 3-foot-longer (0.91 m) wingspan and more fuel capacity, smaller ailerons and larger flaps, 136 built.

Specifications (M-5-235C Lunar Rocket)

Data from Jane's All the World's Aircraft 1982–83 [1]

General characteristics

Performance

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References

  1. Taylor 1982, pp. 412–413