|
Entered service |
expected in 2013 |
|
Crew |
2 men |
|
Dimensions and weight |
|
Length |
12.27 m |
|
Wing span |
9.48
m |
|
Height |
4.81
m |
|
Weight (empty) |
? |
|
Weight (maximum take off) |
9.5 t |
|
Engines and performance |
|
Engines |
2 x AL-222K-25F |
|
Traction (dry / with afterburning) |
? |
|
Maximum speed |
1.4 Mach |
|
Service ceiling |
16 km |
|
Ferry range |
3 100 km |
|
Combat radius |
over 550 km |
|
Armament |
|
Cannon |
? |
|
Missiles |
? |
|
Bombs |
? |
|
The Hongdu
L-15 Falcon made it's maiden flight in 2006. This advanced trainer
is competing for the PLAAF's next generation advanced trainer aircraft programme against
the Guizhou JL-9. Development
of this aircraft was assisted by Russian Yakovlev design bureau,
hence it's resemblance to the
Yak-130.
In 2012 it was announced that a total of 12 aircraft were ordered by
an undisclosed export customer. These aircraft are expected to enter
service in 2013.
The L-15 is
intended to train pilots to fly high-performance forth-generation
aircraft, such as the
J-10 and
Su-27. It is also suitable to complete
all basic jet flight training courses.
Aircraft is
fitted with two Ukranian AL-222K-25F turbofan engines with afterburners.
If this aircraft is chosen by the PLAAF, production license for this
engine will be obtained.
The L-15 has
secondary light attack capability. It has four underwing and two
wingtip hardpoints to carry various weapons, including short-range
air-to-air missiles, air-to-ground missiles, bombs and rocket pods.
This
aircraft features a number of advanced technologies such as digital
fly-by-wire, hands on throttle and stick controls. It also has good
aerodynamic performance.
The L-15
Falcon is more advanced in terms of technology comparing with the
JL-9, however it is also more expensive
to produce. If this aircraft is chosen by the PLAAF, first
operational trainers will become available as early as 2008. The
L-15 is also proposed for the export customers.
|