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General| Brand | Diamond Aircraft |
|---|---|
| Model | DA 42 NG |
| Category | Aircrafts |
| Language | English |
Approval of the content by EASA and DAI.
Details on how revisions are recorded and indicated.
Lists all effective pages with their revision dates.
Purpose of the manual and information for pilots.
Specifies the certification basis as JAR-23.
Explains the meaning of WARNING, CAUTION, and NOTE statements.
Provides overall, wing, and tail dimensions of the aircraft.
Defines key terms and abbreviations used in the manual.
Lists conversion factors for various units of measurement.
Includes a three-view drawing of the aircraft with key dimensions.
Describes the integrated G1000 avionics system and its functions.
Lists documents and manuals used as sources for the AFM.
Provides overview of operating limitations, markings, and placards.
Lists critical airspeeds like V_O, V_FE, V_LE, V_MCA, V_NE.
Explains the significance of white, green, yellow arcs, and red radials.
Details limitations for engines, RPM, power, and oil pressure/temperature.
Shows color code significance for engine instrument ranges.
Lists and explains warning, caution, and advisory alerts on the G1000.
Specifies minimum, maximum, and zero fuel masses for the aircraft.
Defines the Datum Plane and lists CG limitations for flight conditions.
Lists approved flight maneuvers for the Normal Category.
Shows structural limitations for maneuvering load factors.
States the maximum operating altitude.
Specifies minimum crew and maximum occupants.
Lists approved kinds of operation (VFR, NVFR, IFR, surfaces).
Details approved fuel grades, quantities, and additives.
Shows limitation placards for the Autopilot System.
Covers fuel temperature, battery charge, emergency switch, door locking, electronic equipment.
Contains checklists and procedures for emergency situations.
Details warnings related to engine parameters and system failures on G1000.
Lists caution alerts related to engine and system failures on G1000.
Explains G1000 system warnings like RED X, Attitude Fail, Airspeed Fail.
Procedures for G1000 system failures like Navigation Information Failure.
Procedures for handling abnormal engine behavior.
Steps for detecting, troubleshooting, securing, and restarting an engine.
Procedures for landing the aircraft with engines out.
Procedures for landing gear unsafe warning and manual extension.
Procedures for handling complete electrical system failure or high current.
Procedures for engine fire on ground/take-off/flight and electrical fire.
Covers CO contamination, unlocked doors, propeller issues, icing, fuel failure, spin recovery, etc.
Introduces normal operation procedures and checklists.
Lists critical airspeeds for rotation, climb, cruise, and approach.
Describes advisory alerts like L/R GLOW ON and FAN FAIL.
Explains how the aircraft should be flown with pedal coordination.
Lists pre-flight checks for the aircraft before the first flight of the day.
Comprehensive checklists for pre-flight, engine start, taxiing, take-off, climb, cruise, descent, approach, go-around, after landing, shut-down, parking, refueling, etc.
Procedures for selecting a landing area and conducting a precautionary landing.
Procedure for inadvertent take-off with the canopy in cooling gap position.
Procedures for high/low RPM, coolant, oil, gearbox, fuel temperatures, voltage issues.
Explains caution alerts like ECU FAIL, FUEL LOW, VOLTS LOW, ALTN FAIL.
Procedures for handling failures in flap position indication or function.
Procedure for runaway electrical rudder pedal adjustment.
Procedures for continuous hydraulic pump operation or pump failure.
Procedures for starting the engine using external power.
Instructions on how to react to a lightning strike.
Details on autopilot disconnects, overspeed recovery, loss of navigation, out of trim conditions.
Procedure for handling failure in auxiliary fuel transfer.
Introduces performance tables and diagrams for flight planning.
Guidelines on interpreting and using performance data.
Contains tables and diagrams for various performance aspects.
Table showing indicated vs. calibrated airspeeds at different flap settings.
Table showing fuel flow per hour for one engine at various power settings.
Diagram illustrating ISA conditions and deviations.
Tables showing stalling speeds at various flight masses and bank angles.
Diagram for calculating wind components and crosswind limits.
Tables and factors for calculating take-off distance under various conditions.
Tables showing rate of climb at different altitudes and temperatures.
Tables showing climb performance with one engine inoperative.
Tables providing climb times, fuel consumption, and distances.
Tables showing cruise performance based on altitude and temperature.
Tables for calculating landing distances under various conditions.
Performance data for go-around climb with one engine inoperative.
Specifies ICAO noise data for different flight masses.
Introduces mass and balance requirements for safe operation.
Defines the datum plane and its location relative to the aircraft.
Details the empty mass, CG, and how to record changes.
Information for calculating flight mass and CG position.
Lists important lever arms for various items aft of the datum plane.
Provides a diagram for determining loading moments.
Explains how to calculate loading conditions and CG positions.
Graphical representation of the permissible CG range.
Graphical representation of the permissible moment range.
Lists approved equipment and installed items.
Introduces the description of the airplane and its systems.
Describes the fuselage, wings, and empennage construction.
Details the operation and construction of ailerons, flaps, elevator, and rudder.
Illustrates and lists major instruments and controls on the panel.
Describes the hydraulic system, operation, and warning systems for the landing gear.
Details the construction and adjustment of seats and safety harnesses.
Describes the location and access to baggage compartments.
Details the operation and safety features of the canopy and doors.
General description of the Austro Engine E4-B engines and their specifications.
Provides general specifications for the installed engines.
Describes the propeller control system and setpoint curve.
Explains the function of the power lever, ECU, VOTER switch, and starter.
Details the engine instruments displayed on the G1000 MFD.
Describes the fuel storage, pumps, selector valves, and indications.
Explains the liquid cooling system, including radiator, bypass, and heat exchanger.
Describes the lubrication and gearbox/propeller governor oil systems.
Explains the turbo-charger system components and function.
Details the fire detection system and testing procedures.
Describes the DC system, power generation, storage, distribution, and consumers.
Overview of the 28 Volt DC system components.
Explains the function of the ECU and installed sensors.
Details the Crew Alerting System (CAS) levels and G1000 alerts.
Explains the function and components of the Pitot-static system.
Describes the stall warning system, including lift detector and heating.
Comprehensive description of the G1000 system.
Overview of the integrated avionics system components.
Describes the PFD display content and controls.
Describes the MFD display content, engine instruments, and controls.
Details the GFC 700 autopilot system and its components.
Explains the GFC 700 autopilot system features and operation.
Lists and explains AFCS status alerts (Warning, Caution, Advisory).
Introduces ground handling and servicing procedures.
Details scheduled and unscheduled inspection intervals.
Specifies that alterations/repairs must follow the Maintenance Manual.
Covers refueling, engine oil checks, gearbox oil checks, and tire pressure checks.
Provides safety precautions and procedures for refueling.
Step-by-step procedure for checking engine oil levels.
Step-by-step procedure for checking gearbox oil levels.
Procedure for checking and correcting tire inflation pressures.
Procedures for ground handling, parking, mooring, and jacking.
Instructions for pushing/pulling the airplane using a tow bar.
Procedures for short-term and extended/unattended parking, including gust locks.
Procedures for cleaning painted surfaces, canopy, propeller, engine, and interior.
Recommendations for cleaning and protecting painted surfaces.
Instructions for cleaning the canopy, rear door, and window.
Notes on propeller inspection for damage and malfunctions.
Engine cleaning is part of scheduled inspections.
Procedures for cleaning the interior, instruments, plastic, and leather surfaces.
Approved de-icing fluids and procedures for ground de-icing.
Introduces information on additional optional equipment.
Lists all approved supplements with titles and applicability.
