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General| Brand | Robinson Helicopter Company |
|---|---|
| Model | R44 II |
| Category | Toy |
| Language | English |
Introduces the Pilot's Operating Handbook and its purpose, including required material and manufacturer data.
Provides dimensional drawings and views of the R44 helicopter, with key measurements indicated.
Details specifications and characteristics of the helicopter's main rotor, tail rotor, and drive system.
Defines key terms and acronyms used in performance calculations and data, such as KIAS, KCAS, and Density Altitude.
Explains fundamental concepts and terminology related to aircraft weight and balance, including Datum, Arm, and CG.
Lists conversion factors between metric and English units for various measurements.
Provides FAA approval and general scope of the limitations section, including type certificate data.
Explains the meaning of color codes (red, yellow, green) used on aircraft instrument dials.
Specifies maximum and recommended airspeeds (Vne, Vy) for safe operation under various conditions.
Outlines acceptable RPM ranges for the main and tail rotors during different phases of flight.
Details operational limits for the engine, including maximum temperatures, pressures, and speeds.
Specifies maximum and minimum gross weights, and maximum per-seat and baggage compartment weights.
Defines the acceptable longitudinal and lateral ranges for the helicopter's center of gravity.
Prohibits aerobatic flight, low-G pushovers, and flight in icing conditions; specifies altitude limits.
Lists approved operating environments and conditions, such as VFR day/night and instrument flight.
Specifies approved fuel grades (100LL, 100/130) and the capacities of the main and auxiliary fuel tanks.
Details the markings and color codes on key aircraft instruments like the airspeed indicator and tachometers.
Lists critical placards required for safe operation, including airspeed limits and manifold pressure settings.
Provides an overview of emergency procedures and landing considerations, including landing safely.
Describes the general causes and indications of engine or drive system power failure.
Outlines procedures for handling engine power failure at higher altitudes, including autorotation.
Procedures for ditching the helicopter with engine power off, focusing on safety and egress.
Procedures for ditching the helicopter with engine power on, emphasizing controlled touchdown.
Steps to mitigate an engine fire occurring while airborne, including shutting down systems.
Procedures for handling an electrical fire during flight, including master battery switch actions.
Actions to take if the tachometer malfunctions, including using alternate indications.
Procedures for dealing with a failure of the hydraulic flight control system, affecting control forces.
Steps to take if the engine RPM governor fails, requiring manual throttle control.
Explains the meaning and appropriate actions for various warning and caution lights on the instrument panel.
Provides an overview of normal operating procedures for the helicopter, approved by the FAA.
Lists recommended airspeeds for various flight regimes like takeoff, climb, cruise, and autorotation.
Details the essential checks to be performed before each flight, covering various helicopter components.
Outlines the pre-start checks and switch configurations required before engine ignition.
Describes the procedure for starting the engine and performing a run-up to check systems.
Step-by-step guide for safely lifting off the helicopter, including checks for climb performance.
Procedures and considerations for maintaining stable flight in cruise configuration.
Specific procedures, limitations, and cautions for flying with doors removed.
Guidance on performing practice autorotations with engine power engaged.
Steps for conducting practice autorotations with ground contact, emphasizing safe touchdown.
Methods for a safe approach and landing, considering wind and terrain.
Steps for safely shutting down the helicopter engine and systems after flight.
Recommendations for minimizing noise during flight operations to reduce environmental impact.
Introduces the performance section and its FAA approval, noting hover controllability substantiation.
Specifies the ambient temperature range for which satisfactory engine cooling has been demonstrated.
Graph showing the relationship between indicated airspeed (KIAS) and calibrated airspeed (KCAs).
Chart to determine density altitude based on temperature and pressure altitude.
Chart showing hover ceiling in ground effect for various gross weights and density altitudes.
Chart showing hover ceiling out of ground effect for various gross weights and density altitudes.
Diagram illustrating safe and unsafe operating envelopes based on height above ground and airspeed.
Information on the helicopter's Sound Exposure Level (SEL) for a level flyover.
Emphasizes adherence to weight and balance limits for safe operation and control.
Provides a form for recording changes to the helicopter's weight and balance over time.
Guidance and examples for calculating loaded weight and center of gravity for safe flight.
Describes the construction and components of the helicopter's airframe, including fuselage and doors.
Details the main rotor and tail rotor systems, including blades, hubs, and bearings.
Explains the transmission of power from the engine to the main and tail rotors via shafts and gears.
Describes the engine, cooling system, and related components, including induction and exhaust.
Explains the operation of cyclic, collective, and anti-torque controls, including governors.
Details the main and auxiliary fuel tanks, pumps, fuel strainer, and vents.
Overview of the helicopter's electrical system, including alternator, battery, and circuit breakers.
Identifies instruments and controls located on the instrument panel, including gauges and warning lights.
Lists various warning lights and their indications, such as low oil pressure, engine fire, and rotor chip.
Details the helicopter's landing gear and its operation, including skid tubes and attachment.
Outlines recommended procedures for helicopter handling, servicing, and maintenance by owners and centers.
Lists essential documents that must be carried in the aircraft, such as registration and the operating handbook.
Details mandatory inspections, including annual inspection and component checks.
Lists routine maintenance tasks that can be performed by the pilot, such as replacing bulbs and cleaning.
Procedures for maneuvering the helicopter on the ground, including jacking and towing.
Recommendations for engine oil changes, types, and filter servicing.
Information on approved fuel grades, capacities, and handling precautions for fuel injection systems.
Procedures for battery maintenance, charging, and caution regarding safety.
Instructions for cleaning the helicopter's exterior, interior, windows, and upholstery.
Introduces supplements covering optional equipment and their operational information.
Supplement detailing the use, limitations, and procedures for fixed-float landing gear.
Supplement describing the operation and use of the heated pitot system for icing conditions.
Supplement for the R44 Police Version, detailing its specialized equipment and procedures.
Supplement for the R44 ENG Version, covering its specialized electronic news gathering equipment.
Supplement for the Garmin GPSMAP 225 installation and basic operational guidance.
Supplement covering the operation and limitations of pop-out floats for water landings.
Supplement detailing the R44's air conditioning system, including operation and maintenance.
Provides general advice for operating the helicopter more safely and avoiding common errors.
Offers specific recommendations and best practices for pilots, covering various flight scenarios and techniques.
Lists issued safety notices from Robinson Helicopter Company, addressing specific accident causes and prevention.
