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Provides a three-view drawing of the aircraft with dimensions.
Presents basic data and information about the aircraft's components.
Details the engine manufacturer, model, and type.
Specifies propeller manufacturer, model, number of blades, and type.
Lists approved fuel grades, capacity, and notes on additives.
Provides oil grades, viscosity, and capacity information.
Defines the maximum take-off and landing weights.
Lists standard empty weight and maximum useful load.
Provides dimensions for the cabin and entry points.
Details dimensions for the baggage compartment and its entry.
Lists wing loading and power loading values.
Defines terms, symbols, and abbreviations used throughout the manual.
Explains airspeed terms like KCAS, KTAS, VA, VFE, VLE, VLO, VNE, VNO, VSO.
Defines meteorological terms like ISA, OAT, and QNH.
Defines engine power terms like BHP, MP, and RPM.
Explains terms related to climb gradient and crosswind velocity.
Defines terms related to weight and balance like datum, arm, and moment.
Lists common abbreviations used in the manual.
Lists abbreviations for radio equipment and systems.
Provides conversion factors between imperial and metric units.
Presents data for the standard atmosphere at various altitudes.
Offers a table for converting pressure values between hPa and inches of mercury.
Details certification basis and operational compliance requirements for the aircraft.
Defines critical airspeeds and their operational significance for safe flight.
Explains airspeed indicator markings and color code significance.
Specifies operating limits for the engine and propeller systems.
Details instrument markings and color code significance for power plant monitoring.
Defines maximum take-off, landing, and baggage compartment weights.
Specifies the forward and aft limits for the aircraft's center of gravity.
Outlines approved maneuvers and restrictions for normal category operations.
Defines maximum load factors for flaps up and flaps down conditions.
Specifies approved flight operations and prohibited conditions like icing.
Details fuel tank capacity, usable, and unusable fuel quantities.
Specifies the minimum crew requirement for operation.
Defines the number of occupants allowed in front and rear seats.
Prohibits flight with doors open or ajar.
Describes vacuum gauge markings and their corresponding values.
Lists operational limitations and prohibitions displayed on placards.
Provides guidance for pilots to cope with emergencies during operation.
Lists critical airspeeds for various emergency scenarios like engine failure.
Details procedures for engine failure during take-off, immediately after, and in flight.
Provides steps to take in case of low oil pressure indication.
Outlines actions for low fuel flow condition.
Suggests procedures for addressing engine vibration.
Describes actions to take in case of propeller governor failure.
Covers emergency and precautionary landing procedures.
Provides procedures for ditching the aircraft.
Details the procedure for an emergency descent.
Covers procedures for engine, electrical, cabin, and wing fires.
Prohibits flight into known icing conditions and provides actions for unintentional icing.
Addresses failures related to landing gear extension and locking.
Provides procedures for landing with a landing gear that is not locked.
Details how to fly and land the aircraft without stabilator control.
Outlines actions for radio master switch malfunction.
Covers immediate actions for electrical equipment and alternator failures.
Provides procedures for electrical failures during night VFR/IFR operations.
Details actions for erroneous airspeed indications.
Provides procedure for landing with flaps locked and retracted.
Details recovery procedures for an inadvertent spin.
Describes emergency procedures for jammed doors.
Provides data and figures for optimum glide performance without engine power.
Provides procedures for the conduct of normal operation of the aircraft.
Lists important speeds for safe operation in normal conditions.
Details preflight inspection procedures for airframe and electrical systems.
Covers preflight checks for the aircraft's airframe components.
Details preflight checks for the aircraft's electrical systems.
Lists checks and settings required before starting the engine.
Provides procedures for starting the engine in cold and hot conditions.
Details checks to be performed after the engine has started.
Provides procedures for taxiing the aircraft.
Outlines procedures for engine run-up and checks.
Lists checks and settings required before take-off.
Describes the take-off procedure and standard airspeeds.
Details the climb procedure and optimum climb speed.
Provides guidance for cruise flight and fuel management.
Outlines power settings and procedures for descent.
Details procedures for final and short final approach and landing.
Provides procedure for a go-around maneuver.
Lists steps to perform after landing.
Describes procedures for shutting down and securing the aircraft.
Explains stall characteristics and recovery procedures.
Provides guidance for take-off and landing in crosswind conditions.
Outlines recommended airspeed and precautions for turbulent air.
Specifies requirements for door security during taxiing and flight.
Details permissible noise levels for the aircraft as per regulations.
Provides indicated airspeed (IAS) calibration data for normal and alternate static sources.
Shows correction values for airspeed indications at different altitudes with alternate static source.
Lists stalling speeds in various configurations and bank angles.
Illustrates how to determine wind components using a graphical method.
Provides important notes on performance data applicability and corrections.
Explains the influence of alternate air operation on performance.
Presents take-off performance data (roll and clear 50 ft) at various conditions.
Provides climb performance data (speed, rate, fuel, distance) at different altitudes and temperatures.
States the maximum performance altitude for a specific vertical speed.
Details how antenna installations affect cruise performance.
Describes the effect of retractable footsteps on cruise performance.
Presents level flight performance data (speed, fuel consumption) at various altitudes and power settings.
Specifies conditions for holding in flight, including power setting and consumption.
Presents landing performance data (roll and clear 50 ft) at various conditions.
Explains the purpose of this section for determining weight and balance.
Refers to the Maintenance Manual for airplane weighing procedures.
Covers procedures for loading baggage and cargo, including compartment details.
Details the baggage compartment location and access.
Describes cargo loading, seating removal, and weight limits.
Provides means for determining weight and balance characteristics of the aircraft.
Explains how to determine weight and balance using loading graphs.
Guides the user on plotting points on the weight/moment envelope.
Lists standard and optional equipment, providing weight and arm for calculations.
Provides description and operation of the aircraft and its systems.
Describes the all-metal fuselage structure, including frames and doors.
Details wing characteristics like profile, area, and ailerons.
Describes the vertical and horizontal stabilizers and their characteristics.
Details the three-axis surface system, control wheel, and rudder pedals.
Explains the aileron, stabilator, and rudder surfaces and their deflections.
Describes the manually-operated pitch and rudder trim systems.
Describes the layout and components of the instrument panel and subpanels.
Explains taxiing procedures, nose wheel steering, and turning radius.
Describes the type, operation, and protection of wing flaps.
Details the retractable landing gear system, including components and operation.
Explains the operation of the landing gear lever and its positions.
Describes the lights indicating landing gear position (down/locked or unlocked).
Details the sequence of operations for landing gear retraction and extension.
Provides procedures for extending the landing gear in an emergency.
Explains the system designed to prevent inadvertent wheels-up landings.
Describes access, warnings, and cargo configuration for the baggage compartment.
Details seat adjustments, headrests, and seat belt operation.
Covers door operation, emergency exits, and control locks.
Provides a general description of the engine and its components.
Details the throttle, propeller, and mixture controls.
Lists instruments for monitoring engine parameters like oil pressure and temperature.
Explains the engine ignition system and starter operation.
Provides recommendations for new engine break-in and operation.
Details the engine oil system, including pumps, filters, and indicators.
Describes the engine air intake, filter, and alternate air system.
Describes the exhaust system, including the silencer and heat exchanger.
Describes the propeller type, control, and operation.
Details the fuel system components, operation, and indicators.
Explains the hydraulic system for the retractable landing gear.
Details the braking system, including pedals and disc brakes.
Describes how braking is achieved using pedals and disc brakes.
Explains the operation of the parking brake knob and indicator light.
Describes the aircraft's 28-volt DC electrical system and components.
Details the alternator control unit for voltage regulation and overvoltage protection.
Details electrical systems specific to IFR and Night VFR operations.
Covers exterior and interior lighting systems and controls.
Describes basic exterior lighting configurations and components.
Explains interior lighting systems, controls, and their functions.
Explains cabin air regulation, demisting, ventilation, and fire cut-off systems.
Details the demisting system, including air intake and airflow regulation.
Explains the regulation of hot and cool air for the cabin.
Describes low and high ventilation for pilot, passengers, and rear occupants.
Specifies conditions for operating the fire cut-off controls.
Details the air conditioning system, if installed.
Describes the oxygen system, if installed.
Explains the airspeed indicating system, pitot, static ports, and instruments.
Explains the operation and setting of the true airspeed indicator.
Describes the vertical speed indicator and its function.
Explains the altimeter and its barometric scale adjustment.
Details the alternate static source system and its control.
Details the vacuum system for operating attitude gyro and heading indicators.
Refers to Section 9 for details on the autopilot system.
Explains the stall warning system operation and preflight check.
Describes the function of static dischargers in improving radio communications.
Refers to Section 9 for details on the de-icing system.
Refers to Section 9 for details on radio equipment.
Describes the turn and bank indicator and its control.
Provides procedure for using the clear-vision window for mist.
Details procedures for removing and reinstalling the sun visor.
Describes the location and operation of the fire extinguisher.
Explains the operation of the emergency locator transmitter.
Covers procedures for ground handling, care, and servicing of the aircraft.
Specifies information found on the aircraft's identification plate.
Lists available publications such as manuals and catalogs.
Refers to regulations for preventive maintenance and manual for procedures.
Emphasizes contacting airworthiness authorities before any alterations or repairs.
Provides procedures for ground handling, including towing and parking.
Details procedures for towing the aircraft, including cautions.
Provides guidance on parking the aircraft, including brake usage.
Describes the proper procedure for tying down the aircraft securely.
Refers to the Maintenance Manual for jacking procedures.
Refers to the Maintenance Manual for airplane leveling procedures.
Defines flyable storage and propeller rotation during storage.
Refers to the Maintenance Manual for long-term storage procedures.
Covers maintenance, servicing, inspection, and test requirements.
Details maintenance requirements at various hour intervals and special inspections.
Provides grade, viscosity, and capacity information for engine oil.
Lists approved fuel grades, capacity, and cautions for fueling.
Specifies tire sizes, inflation pressures, and fluid requirements for landing gear.
Details oxygen system specifications and maximum pressure.
Provides instructions for cleaning and caring for windows, painted surfaces, and interior.
Gives instructions for cleaning plastic windshields and windows.
Refers to the Maintenance Manual for painted surface care procedures.
Provides guidelines for propeller inspection and cleaning to ensure blade life.
Refers to the Maintenance Manual for engine care procedures.
Suggests using a vacuum cleaner for regular interior cleaning.
Describes how to empty the front ash-tray.
Explains how to empty and install the rear ash-boxes.
General| Manufacturer | SOCATA |
|---|---|
| Model | TB20GT |
| Type | Light Aircraft |
| Horsepower | 250 hp |
| Service Ceiling | 20, 000 ft (6, 096 m) |
| Seating Capacity | 4 |
| Crew | 1 |
| Capacity | 3 passengers |
| Stall Speed | 56 knots (64 mph, 104 km/h) |
