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Specifies the aircraft models covered by the Pilot's Operating Handbook.
Aircraft models covered in the Log of Revisions.
Crucial information for owners and operators regarding handbook usage and aircraft operation.
Key operational and regulatory information for the aircraft.
Guidance on how to effectively use the Pilot's Operating Handbook.
Procedure for keeping the handbook up-to-date with revisions.
Record of revisions to FAA Approved Airplane Flight Manual Supplements.
Illustrates the aircraft's dimensions and key external features.
Diagram and data for determining safe turning radii.
Provides essential specifications for the engine, propeller, and fuel systems.
Key weight and balance figures for the aircraft.
Defines common airspeed terms and symbols used in flight.
Defines key meteorological terms relevant to aviation.
Defines fundamental terms used in weight and balance calculations.
Lists the sections and page numbers within the Limitations chapter.
Specifies maximum allowable airspeeds under various conditions.
Details the color-coded markings on the airspeed indicator and their significance.
Defines operating limits for the engine, fuel, and oil systems.
Details the specifications for the aircraft's propellers.
Explains the markings and ranges for power plant instruments.
Details markings for various other instruments.
Specifies the center of gravity limits for landing gear down configuration.
Defines the load factors for maneuvering with flaps up and down.
Details standard and optional fuel system capacities.
Lists various placards found on the fuel selector panel and other locations.
Continues listing placards for emergency systems and notices.
Lists placards for firewall air controls, baggage compartment, and storm window.
Details placards related to airspeed limitations and operational categories.
Lists placards for control console switches and supports.
Details placards for inside door handle, takeoff procedures, and emergency exits.
Specifies minimum required equipment for different flight conditions.
Table detailing required equipment for various flight conditions.
Continuation of the table for required equipment.
Continuation of the table for required equipment.
Continuation of the table for required equipment.
Continuation of the table for required equipment.
Continuation of the table for required equipment.
Continuation of the table for required equipment.
Continuation of the table for required equipment.
Continuation of the table for required equipment.
Lists sections and page numbers for emergency procedures.
Specifies critical airspeeds for various emergency descent and approach conditions.
Procedures for engine failure during takeoff roll and in flight.
Steps for addressing rough running engines and loss of engine power.
Procedures for handling engine fires in flight and on the ground.
Steps for performing an emergency descent.
Procedures for propeller overspeed and generator/alternator issues.
Procedure for handling engine instrument malfunctions.
Step-by-step guide for manually extending the landing gear.
Procedure for retracting landing gear after manual extension.
Instructions on how to open emergency exits provided by cabin windows.
Procedure for recovery from an inadvertent spin.
Lists sections and page numbers for normal procedures.
Recommended airspeeds for various phases of normal flight operations.
Detailed checklist for preflight inspection of the aircraft.
Pre-engine start procedures and checks.
Precautions and procedures for using external power.
Procedure for starting the engine with an auxiliary power unit.
Continuation of engine starting procedures and cautions.
Procedures after engine start and during taxiing.
Procedures for performing a normal takeoff.
Guidance on using the EGT system for mixture leaning during cruise.
Procedure for descending the aircraft.
Procedure for aborting a landing.
Description of environmental systems, including oxygen.
Information on oxygen duration based on altitude and usage.
Procedure for using the oxygen system during flight.
Procedures and considerations for operating the aircraft in cold weather.
Lists sections and page numbers for the Performance chapter.
Overview of performance data and flight planning considerations.
Performance data related to conditions at Amarillo.
Methodology for calculating flight time, block speed, and fuel needs.
Table providing cruise power settings at various altitudes and temperatures.
Graph showing time, fuel, and distance required for climb.
Calculation of total flight time and related performance metrics.
Guidance on interpreting and using performance graphs effectively.
Graphs for calibrating indicated airspeed in normal conditions.
Graphs for correcting indicated altitude in normal conditions.
Graphs for calibrating indicated airspeed in emergency conditions.
Graphs for correcting indicated altitude in emergency conditions.
Graph for converting Fahrenheit temperatures to Celsius.
Graph for converting temperatures to International Standard Atmosphere (ISA) conditions.
Graph detailing stall speeds under power-idle conditions.
Graph for determining headwind and crosswind components.
Graph and table for calculating takeoff distance under various conditions.
Graph for determining climb performance (rate and gradient).
Graph detailing time, fuel, and distance for climb.
Table for cruise power settings at 75% maximum continuous power.
Graph showing cruise speeds at different altitudes and power settings.
Graph illustrating the relationship between manifold pressure and engine RPM.
Graph showing fuel flow in relation to brake horsepower.
Graph detailing range performance with 74 gallons of fuel.
Graph detailing range performance with 44 gallons of fuel.
Graph detailing endurance performance with 74 gallons of fuel.
Graph detailing endurance performance with 44 gallons of fuel.
Graph and table for calculating landing distance.
Lists sections and page numbers for the Weight and Balance chapter.
Procedure for weighing the aircraft and setting up for measurements.
Form for recording basic empty weight and balance data.
Form for maintaining a record of weight and balance changes.
Guidelines for properly loading the aircraft and computing weight and balance.
Diagrams showing seating, baggage, and equipment locations.
Graph illustrating the allowable gross weight and moment limits.
Table showing moment limits based on aircraft weight.
Step-by-step guide for calculating weight and balance.
Sample loading form to demonstrate weight and balance calculations.
Tables for useful load weights and moments for occupants.
Tables for useful load weights and moments for baggage and cargo.
Table showing usable fuel weights and moments.
Lists sections and page numbers for the Systems Description chapter.
General description of the aircraft's airframe.
Description of the rudder pedal adjustment mechanism.
Description of the standard instrument panel layout.
Schematic diagram of the instrument panel for C33 and E33 models.
Legend for identifying components on the instrument panel schematic.
Diagram illustrating the typical layout of engine instruments.
Description of the manifold pressure and fuel flow indicator.
Description of the multiple readout instrument for F33 models.
Details the location and function of various aircraft switches.
Description of the wing flap control system for different models.
Description of the landing gear operation and control switch.
Description of landing gear position indicator lights for F33 models.
Description of the brake system operation and cautions.
Details on accessing and loading the baggage compartment.
Procedures for operating cabin doors and windows.
Instructions for opening emergency exits via cabin windows.
Description of the aircraft's power plant and engine controls.
Information on preventing and managing induction system icing.
Details specifications for McCauley and Hartzell propellers.
Overview of the fuel system, including tanks and drains.
Description of the aircraft's electrical system circuitry.
Exterior lighting switch locations for F33 models.
Schematic diagram of the heating and ventilation system for C33/E33.
Schematic diagram of the heating and ventilation system for F33 models.
Instructions for operating the heater and defroster controls.
Description of cabin ventilation airflow and controls.
Information on cabin air exhaust vents.
Description of pitot and static systems, including heat.
Description of the emergency static air system.
Description of the stall warning system.
Lists sections and page numbers for the Handling, Servicing, and Maintenance chapter.
Outlines requirements for maintaining the aircraft in original condition.
Lists available publications from Beechcraft Aero and International Distributors.
Details FAA required annual and recommended inspection periods.
Lists limited maintenance tasks that pilots can perform.
Guidance on safely moving and handling the aircraft on the ground.
Procedures for parking the aircraft, including brake and chocks.
Procedures for jacking the main wheels for servicing.
Steps for preparing the engine for storage.
Procedures for maintaining the aircraft during short-term flyable storage.
Precautions for connecting and using external power.
General servicing information, including fuel system.
Maintenance procedures for fuel strainers.
Step-by-step instructions for changing engine oil.
Information on tire inflation pressures and inspection.
Procedures for inflating and servicing shock struts.
Procedure for checking and refilling the shimmy damper fluid.
Description of the brake system and cautions.
Guidance on inspecting propeller blades for nicks and scratches.
Procedures for servicing the aircraft's oxygen system.
Information on hydrostatic testing and service life of oxygen cylinders.
Covers minor maintenance tasks like rubber seals and generator checks.
Precautions for working with the alternator and charging circuit.
General guidance on cleaning exterior painted surfaces.
Precautions for cleaning landing gear and painted surfaces.
Details on washing, waxing, and polishing exterior paint finishes.
Guidance on paint protection, waxing, and polishing.
Instructions for cleaning and waxing windshields and plastic windows.
Procedures for cleaning upholstery, carpets, and plastic trim.
Schedule for routine servicing tasks based on flight hours.
Continuation of the servicing schedule for various components.
Continuation of the servicing schedule for control mechanisms and wheels.
Servicing schedule for flap actuators, driveshafts, and elevator tab actuators.
Servicing schedule for spark plugs, landing gear, and static air lines.
Notes on control surface balancing and battery recharging.
Diagrams illustrating lubrication points on the aircraft.
Diagrams illustrating lubrication points for nose wheel steering and control column.
Diagrams showing lubrication points for cabin door and landing gear actuator.
Diagrams illustrating lubrication points for elevators, rudder, and aileron controls.
Diagrams showing lubrication points for main gear, gear door hinges, and rudder pedals.
Diagrams for nose gear door hinges and notes on lubrication.
List of consumable materials and their specifications.
Table listing consumable materials and their specifications.
Continuation of the consumable materials table.
Notes and product details for consumable materials.
List of approved engine oils and their specifications.
Guide for replacing bulbs in various aircraft lights.
Schedule for overhauling or replacing aircraft components.
Maintenance schedule for landing gear and power plant components.
Maintenance schedule for fuel system components.
Maintenance schedule for instruments and electrical systems.
Maintenance schedule for flaps, controls, and miscellaneous items.
Information regarding supplemental data for installed equipment.
Specifies the supplement is for the Tactair T-3 Autopilot.
Document attachment instructions and scope.
Procedures for engaging and operating the autopilot.
Document attachment instructions and scope for the autopilot supplement.
Procedures for engaging and disengaging altitude hold.
Detailed steps for engaging and operating the basic autopilot.
Procedures for engaging and operating the Omni Lock feature.
Procedures for engaging and operating the LOC mode of the autopilot.
Document attachment instructions and scope for the landing gear safety system.
Preflight checks and operation procedures for the landing gear safety system.
Document attachment instructions and scope for the fifth seat installation.
Document attachment instructions and scope for the propeller deice system.
Preflight checks and in-flight operation of the propeller deice system.
Document attachment instructions and scope for the fuel selector valve stop.
Limitations regarding the operation of the fuel selector valve stop.
Description of the fuel system, specifically fuel tank selection.
Lists sections and page numbers for the Safety Information chapter.
Overview of the importance of safety information and familiarization.
General safety warning regarding aircraft performance and pilot responsibility.
Pilot responsibilities and basic safety guidelines.
Lists critical safety practices to avoid during flight operations.
Information on where to find aviation safety resources.
Requirement to comply with FAA Airworthiness Directives.
Information on FAA Airman's Information Manual and its contents.
Information on FAA Advisory Circulars and their importance.
List of selected advisory circulars relevant to pilots.
List of advisory circulars related to pilot training and regulations.
List of advisory circulars on various flight topics and practices.
List of advisory circulars covering traffic, weather, and accident prevention.
Information on the FAA General Aviation News publication.
Details on the FAA's accident prevention specialists and counselors.
General information on specific flight topics, including flight planning.
Information on passenger safety cards and pre-flight briefings.
Importance of inspections, pre-flight checks, and record keeping.
Guidance on planning flights to avoid severe turbulence and thunderstorms.
Information on ice accumulation intensity and pilot responsibilities.
Details on ice accumulation rates and hazards for different intensities.
Pilot responsibility for understanding system limitations in icing conditions.
Information on aircraft approval for limited icing conditions.
Definition of severe icing and pilot actions required.
Minimum airspeeds for icing conditions and effects of ice build-up.
Hazards of rapid deice boot cycling and ice accumulation.
Aspects of mountain flying, including weather and turbulence.
Safety advice for VFR flight in low ceiling conditions.
Considerations for VFR flight at night.
Factors contributing to disorientation and how to mitigate them.
Managing flight with one engine inoperative.
Understanding airspeeds critical for single-engine operations.
Definition and factors affecting Vmca.
Minimum speed for intentional engine cuts.
Airspeed for best single engine angle-of-climb.
Maximum altitude for a specified climb rate on one engine.
Actions to take if an engine fails before lift-off or below Vmca.
Guidance on selecting airspeeds for climb and obstacle clearance.
Importance of stall warning systems and supervised training.
Single engine stalls in multi-engine aircraft are not recommended.
Procedure for recovering from a spin in twin-engine aircraft.
Importance of stall avoidance and coordinated control use.
Factors affecting spin recovery and requirements for training.
Pilot actions to avoid spins and manage go-arounds.
Recommendations for avoiding engine wear and spark plug fouling during descents.
Information on avoiding wake turbulence from other aircraft.
Cautions for takeoff and landing on wet or icy runways.
Information on pilot health, including fatigue.
Explanation of hypoxia, its causes, symptoms, and dangers.
Description of hyperventilation, its causes, symptoms, and remedies.
Effects of alcohol on pilot performance and judgment.
Hazards of self-medication and taking medicine while flying.
Dangers of flying after prolonged scuba diving.
References to other aviation safety publications.
Special conditions affecting maintenance frequency and inspections.
Note on corrosion prevention and inspection frequency.
General| Manufacturer | Beechcraft |
|---|---|
| Model | Debonair 35-C33 |
| Length | 25 ft 2 in (7.67 m) |
| Seating | 4 |
| Type | Single-engine piston aircraft |
| Propeller | Constant-speed |
