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Liberty 500 Single Seat Training
Turbine Rotorcraft
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Features:
Designed by LTI, the L-500T’s low fuel consumption, light weight
construction, and low maintenance cost, helps reduce the overall total
ownership and operational cost of this training aircraft. This
rotorcraft can be used in both the civilian or military trainer
markets. This entry level turbine rotorcraft was designed as a time
builder for the rotorcraft student and its 600 lb light empty weight
and 500 lb useful load make it the worlds most cost effective time
builder.
The L-500T is powered by a powerful single stage gas power turbine
engine that delivers up to 100 shaft horsepower. This
rotorcraft can be ordered with a variety of advanced avionics and
display options dependent on mission requirements.
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Liberty 750 Two Seat Training
Turbine Rotorcraft
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Designed by LTI,
the L-750T’s low fuel consumption, light weight construction, and
low maintenance cost, helps reduce the overall total ownership and
operational cost of this dual training aircraft. This rotorcraft can
be configured for both the civilian and military trainer markets. This
entry level turbine rotorcraft was designed with the turbine
rotorcraft student in mind. This
turbine rotorcraft is perfect for dual training, recurrent training,
check rides for rotorcraft student. There are plenty of other mission
applications for this cost effective turbine rotorcraft with and its
750 lb light empty weight and 750 lb useful load make it the worlds
most cost effective turbine training rotorcraft. The
L-750T is powered by a powerful single stage gas power turbine engine
that delivers up to 150 shaft horsepower. This
rotorcraft can be ordered with a variety of advanced avionics and
display options dependent on mission requirements.
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Liberty 1500 Two Seat plus Cargo
Training Turbine Rotorcraft
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Designed by LTI, the L-1500T’s low fuel consumption, light weight
construction, and low maintenance cost, helps reduce the overall total
ownership and operational cost of this multi-purpose rotorcraft. This
advanced level training turbine rotorcraft can be used for multiple
tasks including light cargo, patrol, and aerial inspections… with
its 950 lb empty weight and 1500 lb useful load, this rotorcraft make
it the world’s most cost effective light turbine rotorcraft in the
world. The
L-1500T is powered by a powerful multi stage gas power turbine engine
that delivers up to 318 shaft horsepower. Because
of its excellent power-to-weight ratio, the rotorcraft can perform an
initial climb of 2,000 ft or (609 m) per minute and can reach 10,000
ft or (3048 m) in less than five minutes. This
rotorcraft can be ordered with a variety of advanced avionics and
display options dependent on mission requirements.
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Liberty 2500 Four Seat Multi
Mission Turbine Rotorcraft
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Designed by LTI,
the L-2500T’s low fuel consumption, light weight construction, and
low maintenance cost, helps reduce the overall total ownership and
operational cost of this multi-purpose rotorcraft. This rotorcraft can
be configured for a variety of mission including: Search and Rescue
(SAR), Airborne Law Enforcement (ALE) missions, Reconnaissance,
Surveillance, Environmental Protection, Drug Interdiction and Patrol. The L-2500T is powered by a powerful multi stage gas
power turbine engine that delivers up to 420 shaft horsepower. Because
of its excellent power-to-weight ratio, the rotorcraft can perform an
initial climb of 2,000 ft or (609 m) per minute and can reach 10,000
ft or (3048 m) in less than five minutes.
This rotorcraft can be ordered with a variety of
advanced avionics and display options dependent on mission
requirements.
EFIS Advanced Integrated IFR EFIS Package Developed for the Liberty Turbine Rotorcraft
- The Flight Op EFIS is the most
advanced EFIS available for experimental aircraft instrument panels.
It features advanced functionality such as WAAS/GPS, synthetic vision
with integrated terrain warning and traffic and highway-in-the sky in
the attitude indicator, a full color moving map, flight planning and
engine instrumentation and monitoring all displayed on large,
sunlight-readable 10.4” (diagonal) screens with 1024x768 resolution.
The display are available in either a portrait or landscape
orientation to accommodate a variety of instrument panels.
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