Pilots that attend Piper Meridian training classes have the chance to learn how to operate the latest class of turboprop aircraft. These highly technical and sturdy aeronautical vessels are used for providing speedy flight services all over the globe with a stylish design that is built for speed and elegance.
Every new owner is able to attain operational training through classes taught by lead trainers in the industry in a comfortable classroom setting. The aeronautical industry leader in training on this model of aircraft offers classes in five or six day increments at a reasonable price. Other courses will prove beneficial for pilots interested in learning more advanced topics. A five day maintenance course is available, and some students take advantage of the refresher courses that are offered.
With the help of class instructors, the students will learn to operate flight simulators. On these machines, the pilots will learn to apply the techniques that are used during ordinary operating procedures. Through simulations, the pilots will explore the design concepts of a turboprop engine that is manufactured by Pratt & Whitney, and how to gain fuel efficiency from the fuel systems on board.
Students will be tasked with completing all action items that are listed on the planes standard operating procedures. Through various flight simulator modes of operation, the pilots will be able to review schematics for the electrical system in the plane. Flight control panels will be reviewed, and students will learn to operate the wing flaps, as well as other mechanisms on the control panel.
The cause of system failures will be discussed and instructors will task students with finding solutions to many types of failures. Over the course of two days, students will have the opportunity to study the instrument panel and how some are used to perform operational tasks and others will allow the pilot to file a flight plan. The flight simulators will give pilots a chance to feel how the aircraft responds during high altitude flight operations.
Students will learn how to respond to remove ice from the plane during icy weather conditions on the ground and how to respond to ice that forms during flight. The airplane is equipped with an auto piloting program, and students will discuss the avionics that are in use when this mechanism is in full operation. The classroom instruction will also include the proper operation of the landing gear and how to manage the environmental systems on board the aircraft.
Owners will also discover that the jets interior can be upgraded using liberal color schemes that offer such color creations as mesa, summit, glacier and dune. The exterior paint choices are offered in metallic paints, or the owner can choose non-metallic colors that are offered in two tone varieties. All exterior paint selections will be created with DuPont polyurethane paints.
The training course will conclude when the instructors conduct a final review of all course materials that were studied at any time during a class. Students will undergo a final examination that includes a flight with a class instructor. Students will know the rules about loading additional weight onto the aircraft, and how to use weight and balance procedures to ensure that the aircraft operates safely when it is airborne.
Every new owner is able to attain operational training through classes taught by lead trainers in the industry in a comfortable classroom setting. The aeronautical industry leader in training on this model of aircraft offers classes in five or six day increments at a reasonable price. Other courses will prove beneficial for pilots interested in learning more advanced topics. A five day maintenance course is available, and some students take advantage of the refresher courses that are offered.
With the help of class instructors, the students will learn to operate flight simulators. On these machines, the pilots will learn to apply the techniques that are used during ordinary operating procedures. Through simulations, the pilots will explore the design concepts of a turboprop engine that is manufactured by Pratt & Whitney, and how to gain fuel efficiency from the fuel systems on board.
Students will be tasked with completing all action items that are listed on the planes standard operating procedures. Through various flight simulator modes of operation, the pilots will be able to review schematics for the electrical system in the plane. Flight control panels will be reviewed, and students will learn to operate the wing flaps, as well as other mechanisms on the control panel.
The cause of system failures will be discussed and instructors will task students with finding solutions to many types of failures. Over the course of two days, students will have the opportunity to study the instrument panel and how some are used to perform operational tasks and others will allow the pilot to file a flight plan. The flight simulators will give pilots a chance to feel how the aircraft responds during high altitude flight operations.
Students will learn how to respond to remove ice from the plane during icy weather conditions on the ground and how to respond to ice that forms during flight. The airplane is equipped with an auto piloting program, and students will discuss the avionics that are in use when this mechanism is in full operation. The classroom instruction will also include the proper operation of the landing gear and how to manage the environmental systems on board the aircraft.
Owners will also discover that the jets interior can be upgraded using liberal color schemes that offer such color creations as mesa, summit, glacier and dune. The exterior paint choices are offered in metallic paints, or the owner can choose non-metallic colors that are offered in two tone varieties. All exterior paint selections will be created with DuPont polyurethane paints.
The training course will conclude when the instructors conduct a final review of all course materials that were studied at any time during a class. Students will undergo a final examination that includes a flight with a class instructor. Students will know the rules about loading additional weight onto the aircraft, and how to use weight and balance procedures to ensure that the aircraft operates safely when it is airborne.
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