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Provides an overview of the aircraft manual and its purpose for pilot knowledge and operation.
Details the airworthiness standards and type certificate under which the aircraft was manufactured.
Lists the manufacturer's name, address, and website for the aircraft.
Explains the symbols used in the handbook to highlight important safety and operational information.
Describes the Rotax 912iS SPORT engine, its specifications, and cooling systems.
Details the DUC FC propeller, its construction, and adjustments.
Outlines the aircraft's fuel system, tank capacities, and fuel specifications.
Specifies the correct oil type, capacity, and checking procedures for the aircraft's engine.
Lists empty weight, maximum take-off/landing weights, and baggage limits.
Illustrates and lists the various controls and instruments found in the aircraft cockpit.
Covers additional equipment or systems not detailed in other sections.
Provides stall speeds for different aircraft configurations at maximum takeoff weight.
Defines the speed range for flaps extended operation.
Specifies the maximum speed for safe maneuvering of the aircraft.
Identifies the maximum permissible airspeed to avoid structural damage.
Details the maximum permissible crosswind and tailwind components for safe operation.
States the maximum altitude the aircraft can maintain a specified rate of climb.
Outlines the maximum positive and negative G-force limits for different flap configurations.
Lists maneuvers such as aerobatics, intentional stalls, and spins that are prohibited.
Covers additional operational restrictions, including smoking and canopy removal.
Lists the installed instruments and equipment for VFR day operation.
Explains the aircraft's CG limits and methods for determining weight and balance.
Provides data on ground run and takeoff/landing distances for various runway surfaces.
States the aircraft's rate of climb at maximum takeoff weight.
Details the maximum indicated and calibrated cruise speeds at 75% power.
Lists the engine RPM settings for takeoff, continuous operation, cruise, and idle.
Provides fuel consumption figures for different engine settings and performance modes.
Indicates the aircraft's maximum endurance and range.
Introduces the section on emergency procedures for aircraft and engine malfunctions.
Outlines procedures for engine failures during takeoff and in flight, including landing guidance.
Provides steps for attempting to restart the engine while airborne.
Details procedures for handling engine fires on the ground, during takeoff, in flight, and cockpit fires.
Describes the aircraft's gliding ratio, optimum speed, and rate of descent.
Explains when and how to perform a precautionary landing due to various issues.
Provides guidance for landing with a blown-out tire.
Offers procedures for landing with damaged landing gear.
Advises on actions to take when experiencing engine vibrations or low oil pressure.
Describes evasive actions when encountering icing conditions.
Outlines procedures for handling extreme turbulence.
Details actions for electrical system malfunctions, including warning lights.
Provides procedures for recovering from inadvertent stalls and spins.
Details the essential checks to perform before the first flight of the day or series of flights.
Lists the systematic checks of the aircraft's components and systems for daily readiness.
Covers the procedures for starting the engine, including pre-flight checks and external power usage.
Outlines procedures for taxiing, including pre-taxi checks and driving techniques.
Details the steps for performing a normal takeoff, including pre-takeoff checks and airborne transition.
Specifies the airspeed for achieving the best angle of climb.
Specifies the airspeed for achieving the best rate of climb.
Covers procedures for maintaining cruise flight, including speed and fuel management.
Details procedures for descending and approaching the landing site.
Outlines the steps for a normal landing, including base leg, final approach, and after-landing procedures.
Explains procedures for takeoff and landing in short field conditions.
Provides steps to follow when a landing must be aborted.
Contains information on stalls, spins, and the effects of rain on flight.
Provides general procedures and limits for towing gliders with the aircraft.
Details procedures for servicing the aircraft's fuel, oil, and coolant systems.
Specifies the dimensions and tire pressures for the aircraft's landing gear.
Outlines procedures for towing and securing the aircraft for tie-down.
Illustrates and explains the colored arcs and lines on the airspeed indicator.
Lists operating limitations and speeds displayed on the instrument panel.
Contains a warning regarding the aircraft's airworthiness certification for passengers.
Notes the placard prohibiting intentional spins, located on the instrument panel.
Covers other placards and markings found on the aircraft.
Suggests procedures for familiarization flights based on pilot experience.
Reserved section for pilot operating advisories.
Recommends additional reading materials for pilots.
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General