Throughout the courses offered for Piper Meridian training, students will learn the basic techniques used to operate a highly technical aircraft. Students will also learn how to maneuver a plane that is equipped with high performance engines capable of attaining high altitudes and flight speeds. This aircraft is chosen primarily by pilots that want to provide passengers with a stylish mode of travel.
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.
Students will learn all aspects of the techniques used to cover proper operating procedures from highly trained instructors. Through flight simulators, owners will learn all aspects of the fuel systems, and the powerful turboprop engine manufactured by Pratt & Whitney. The trainees will learn to properly manage the fuel systems on board and reap the benefits of fuel efficiency.
All students will learn to execute tasks using the normal procedures checklist. Instructors will also discuss the checklists that must be used during emergencies. Some course time will allow students to use the simulators to learn how to operate the wing flaps, and other mechanisms that control other flight operations.
Several days of the course will be devoted to discovering the reasons behind several types of system failures. The instructors will provide solutions as each scenario is exhibited on the simulator screens. The pilots will be able to perform an analysis of system failures, and learn how high altitude flight can affect flight operations. From these scenarios, students will be able to file a flight plan and read instrument panel readings.
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.
The classes will provide the owner with information about upgrades and modifications that can be made prior to purchase. Owners will learn that certain color schemes are offered and that colors such as summit, glacier, dune, and mesa can be applied using non-metallic or metallic paint selections. The exterior surfaces of the aircraft will be covered with DuPont quality polyurethane paints that conform to industry standards.
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.
Students will learn all aspects of the techniques used to cover proper operating procedures from highly trained instructors. Through flight simulators, owners will learn all aspects of the fuel systems, and the powerful turboprop engine manufactured by Pratt & Whitney. The trainees will learn to properly manage the fuel systems on board and reap the benefits of fuel efficiency.
All students will learn to execute tasks using the normal procedures checklist. Instructors will also discuss the checklists that must be used during emergencies. Some course time will allow students to use the simulators to learn how to operate the wing flaps, and other mechanisms that control other flight operations.
Several days of the course will be devoted to discovering the reasons behind several types of system failures. The instructors will provide solutions as each scenario is exhibited on the simulator screens. The pilots will be able to perform an analysis of system failures, and learn how high altitude flight can affect flight operations. From these scenarios, students will be able to file a flight plan and read instrument panel readings.
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.
The classes will provide the owner with information about upgrades and modifications that can be made prior to purchase. Owners will learn that certain color schemes are offered and that colors such as summit, glacier, dune, and mesa can be applied using non-metallic or metallic paint selections. The exterior surfaces of the aircraft will be covered with DuPont quality polyurethane paints that conform to industry standards.
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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