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Central Illinois: a great place to fly
Central Illinois Air is located in Illinois; a consistently flat area, comprising mostly
of farmland, providing a nearly endless amount of places to land in the event of an
emergency while we train. Our weather maintains well-rounded seasons. We do have
precipitation on occasion, but rarely more than a few days at a time.
Our airport is larger than the average uncontrolled airport, which incidentally has all
the benefits of a large airport without the hassle of a tower wasting your instruction time.
One of the great benefits is that we have an ILS system, which is used to train and fly
instrument approaches in the event of bad weather.
At Central Illinois Air, we are a Part 61 school which means you have to meet
different requirements to get your Private certificate than if you were to go to a part 141
school. One prime example is that you will be able to get more personal training with
your instructor. While we have designated areas for instruction, the setting is not in front
of a class and you are not learning at everyone else’s pace. You get the time and
attention you need, in the areas in which you are deficient without paying additional fees
for lessons to enhance your weak areas.
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Schweizer 300CBi
At CIA we primarily instruct in a Schweizer 300CBi. The 300CBi is a fully articulated
helicopter designed for the specific purpose of teaching commercial instruction to pilots.
It is the apex of nearly 50 years of instruction and flight engineering. The Schweizer is
reported as having a number of incidents per 100,000 flight hours lower than those for
single engine fixed wing aircraft, not to mention turbine and piston helicopters, making it
one of the safest aircraft to fly.
Aside from the overall statistics of the helicopter there are numerous other reasons
that CIA has decided to use the Schweizer as the training helicopter. One would be the
fact that it has a fuel-injected system that eliminates the worry for carburetor ice. Also,
there is no governor that controls the throttle movements, thereby forcing students to
learn how to fly the helicopter while manually maintaining rotor-blade rpm. Thirdly, a
600lb cabin capacity allows for a higher weight limit. For an added bonus, the Schweizer
has an electric trim that aids in cyclic control during windy conditions. And finally one
of the most prodigious reasons for utilizing the Schweizer as opposed to any other is the
inertia that is sustained in the rotor system. The fact that the blades will maintain their
lift capability longer than most other training piston helicopters allots a far greater
potential for a safe landing in the event of engine failure.
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Stage I
This first stage consists of the fundamentals of helicopters. Students begin by
learning how to correctly preflight the helicopter, after which follows some of the basic
maneuvers: hovering, straight and level flight, climbs and descents. Towards the end of
stage one the basics are integrated with a few advanced maneuvers, giving students a
more thorough understanding of the emergency procedures and thereby preparing them
for stage two.
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Stage II
Once the student has a thorough understanding of emergency procedures, the next
stage will begin by allowing the student to fly on his own in solo flight. In the second
stage of training the student will begin venturing further than the local airport during the
day. This stage is comprised of cross country planning and flight, night operations, and
further integration of the remaining advanced maneuvers.
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Stage III
Finally the student has met all the requirements of the Federal Aviation
Regulations and is now ready to take the practical test. This stage consists of enhancing
the students’ abilities and ensuring their capabilities transcend the minimum margin of
error laid out by the practical test standards. At the end of this stage the instructor will
sign the student off for the private practical test.
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