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General| Brand | MD Helicopters |
|---|---|
| Model | MILVIZ MD530F |
| Category | Toy |
| Language | English |
Manual's fundamental goal to provide pilot with necessary mission information for efficiency and safety.
Manual meets FAA requirements for Approved Data and includes supplemental data for pilot task easing.
Details helicopter certification by FAA and its model designations.
Covers approved optional equipment and requires supplemental flight data for affected procedures.
Information to brief passengers prior to flight, covering safety and procedures.
Explains manual structure, revisions, and page listings for pilot reference.
Explains how information is presented (narrative, step-by-step, graphs, charts).
Defines procedural word usage and landing urgency terms (IMMEDIATELY, POSSIBLE, PRACTICAL).
Lists common abbreviations used throughout the manual for clarity.
Lists available technical publications and explains revision/reissue processes.
Describes the helicopter's structural design, materials, and key components.
Provides overall dimensions and conversion charts for the helicopter's measurements.
Details fuel capacities for different tank types and engine oil capacities.
Provides speed conversion charts (Knots to MPH/KmH) and other measurement conversions.
Outlines approved seating, crew, and prohibited flight maneuvers like aerobatics.
Details operational limits for altitude, temperature, and weather, including cold weather ops.
Specifies limits for VNE based on altitude and gross weight, referencing figures.
Defines maximum gross weights and cargo deck capacities for different models and serial numbers.
Outlines conditions and cautions for applying the rotor brake during engine shutdown.
Specifies maximum and minimum RPM limits for the 250-C18 engine (Power On and Off).
Specifies maximum and minimum RPM limits for the 250-C20 engine (Power On and Off).
Details engine torque, temperature, and N1/N2 speed limits for the 250-C18 engine.
Details engine torque, temperature, and speed limits for the 250-C20 engine.
Specifies generator continuous and time-limited current limits and battery overtemperature warnings.
Defines time limits for starter operation if ignition is not attained.
Lists primary and alternate fuel specifications and cold weather considerations.
Explains color markings and ranges on aircraft instruments for normal and caution zones.
Shows VNE placards for different engine types and gross weights, and other operational decals.
Provides general recommendations for handling emergencies and malfunctions to minimize danger.
Identifies and explains warning and caution indicators on the instrument panel and their meanings.
Outlines procedures for complete and partial power loss, including specific cruise and low-level scenarios.
Provides procedures for attempting engine restart at low altitude or when time permits.
Describes indications and procedures for low rotor RPM warnings and transient rotor droop.
Details procedures for water landing under power off and power on conditions.
Covers cabin smoke/fume elimination, aircraft evacuation, fire extinguisher use, and engine fires.
Details procedures for fuel control or power turbine governor failures, including overspeed and underspeed.
Covers caution indications for engine/oil chip detectors and low engine oil pressure.
Addresses malfunctions related to transmission oil pressure, temperature, and chip detection.
Details procedures for anti-torque failure, one-way lock failure, and cyclic trim failure.
Addresses sudden, unusual, or excessive vibrations occurring during flight.
Covers fuel filter and fuel low indications and procedures, including filter service.
Details procedures for battery overtemperature and generator malfunctions.
Covers engine air particle separator malfunctions and their procedures.
Describes pilot compartment and cabin door emergency exits and their function.
Locates first aid kit and fire extinguisher within the helicopter.
Details preflight checks, including daily and subsequent flight checks and aircraft condition.
Lists checks to be performed in the cockpit before starting the engine, with electrical power off.
Provides step-by-step procedures for engine start, including automatic and modulated modes.
Details procedures for engine run-up, including checks for vibration, engine controls, and system checks.
Lists final checks and procedures before takeoff, including cyclic response and instrument checks.
Outlines normal helicopter takeoff procedures, engine speed, and recommended profiles.
Provides recommendations for cruise flight, including SCAV AIR switch usage and N2 settings.
Advises on avoiding maneuvers that exceed tail rotor thrust capability and extreme attitudes.
Details procedures for practicing autorotations and landings, including throttle rigging and glide techniques.
Outlines conditions and interior component removal for doors off flight, with safety warnings.
Recommends winterization kit installation for operations below 10°F.
Specifies N2 and SCAV-AIR settings for landing approach.
Provides recommendations for ground contact speed and collective/cyclic inputs during a running landing.
Details procedures for engine shutdown, including precautions for hot starts and engine fires.
Lists post-flight inspection items, logbook entries, and securing the aircraft.
Explains the procedure for performing and interpreting the deceleration check for engine performance.
Provides procedures and limitations for normal engine restart after a temporary shutdown.
Recommends flight procedures to minimize noise impact on surrounding areas during takeoff, cruise, and approach.
Notes that performance data is for standard configurations and may be affected by optional equipment.
Explains how to determine calibrated airspeed from indicated airspeed using a chart.
Describes how to estimate density altitude and determine true airspeed using charts.
Shows indicated airspeed for best rate of climb at given density altitudes and gross weights.
Details airspeed/altitude combinations to avoid during engine failure on takeoff, with gross weight limits.
Provides hover ceiling charts for known gross weight and OAT conditions, considering various configurations.
Details engine torque, temperature, and horsepower relationships for the 250-C18 engine for performance trending.
Details engine torque, temperature, and horsepower relationships for the 250-C20 engine for performance trending.
Outlines weight and balance characteristics, including maximum gross weight and C.G. limits.
Specifies how to use recorded delivered weight and station data for computations.
Details procedures for recording equipment changes in the logbook and W&B record.
Explains how to determine gross weight and CG for passenger configurations using sample calculations.
Provides instructions for determining cargo CG and moment, emphasizing restraint.
Emphasizes the importance of lateral CG control for safe operation within established limits.
Details how to determine gross weight and lateral CG for cargo loads by measuring station.
Provides instructions for securing internal cargo using restraint loops and meeting tiedown requirements.
Refers to a figure showing major helicopter components for identification.
Details procedures for connecting and using external power sources, including switch positions.
Stresses that these operations must be performed by qualified personnel with proper equipment to prevent damage.
Explains the use and operation of ground handling wheels for moving the helicopter by hand or towing.
Provides instructions for manually moving and towing the helicopter, including speed and turning radius limits.
Details procedures for parking and mooring the helicopter to prevent rotor damage and secure it.
Outlines general servicing procedures, listing materials, capacities, and servicing points.
Provides instructions for refueling, cold weather fuels, and fuel draining, including safety precautions.
Details engine oil filling procedures, including type of oil, sight gauge checks, and precautions.
Explains how to check and replenish main rotor transmission oil levels, including purging air.
Covers tail rotor transmission oil replacement and checking oil level, noting cleaning agent cautions.
Provides general cleaning methods for oil and dirt deposits using solvents or soap and water.
Details cleaning procedures for interior surfaces and upholstery, including fabric care.
Explains exterior cleaning procedures, emphasizing care to prevent damage and avoid water near intakes.
Provides instructions for cleaning plastic panels, warning against abrasive materials and static charge.
Addresses permissible oil leakage rates for transmissions and landing gear dampers and repair instructions.
Lists materials and describes the replacement of abrasion tape on main rotor blades for balance.
Covers inspection and maintenance for helicopter storage to prevent deterioration.
Outlines procedures for maintaining flyable storage condition, including inspections and ground run-ups.
Provides information for pilots assisting with engine compressor cleaning, including voltage and duty cycle limits.
Notes that OGE hover charts are provided and refers to IGE chart instructions in Section V.
Lists usable optional equipment and compatibility of combined equipment for MD 500 helicopters.
Lists MDHI optional equipment items requiring additional operating instructions or found in HMI.
Details compatibility between various optional equipment kits, indicating installable/usable options.
Notes that charts for IGE/OGE hover performance are located in Sections V and VIII.
Details the operation, limitations, and emergency procedures for the cargo hook kit.
Covers installation, limitations, and procedures for the anti-ice fuel filter system.
Details operation, limitations, and procedures for the cargo swing kit, including safety precautions.
Describes the kit's purpose and components for inhibiting foreign object ingestion and protecting the engine.
Details the emergency float kit's purpose, components, limitations, and operational procedures for over-water landings.
Details the hoist kit's introduction, limitations, and emergency procedures for hoisting operations.
Describes the litter kit for air ambulance configuration and its components, including performance data.
Details the luggage pod kit for increasing cargo carrying capability and its limitations.
Describes the searchlight kit for night operations and its limitations, including glare avoidance.
Details the utility float kit for land and water operations, including limitations and temperature charts.
Explains the automatic engine reignition system, its versions, and operating procedures for engine flameout.
Describes the 369HM configuration differences from the basic model and its flight restrictions.
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