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General| Manufacturer | Grumman American |
|---|---|
| Model | AG-5B Tiger |
| Type | Light aircraft |
| Category | General aviation |
| First Flight | 1974 |
| Crew | 1 |
| Seats | 4 |
| Engine | Lycoming O-360-A4K |
| Powerplant | Lycoming O-360-A4K |
| Horsepower | 180 hp (134 kW) |
| Wingspan | 31 ft 6 in (9.60 m) |
| Length | 24 ft 1 in (7.34 m) |
| Height | 8 ft 3 in (2.51 m) |
| Empty weight | 1, 440 lb (653 kg) |
| Max Takeoff Weight | 2, 400 lb (1, 089 kg) |
| Cruise Speed | 152 mph (245 km/h, 132 kn) |
| Stall speed | 63 mph (101 km/h, 55 kts) (flaps down) |
| Rate of climb | 850 ft/min (4.3 m/s) |
| Service ceiling | 13, 800 ft (4, 205 m) |
| Range | 715 mi (1, 151 km, 621 nm) |
| Description | The Grumman American AG-5B Tiger is a two-seat, single-engine light aircraft designed for training and personal use. |
General information for owners and operators of the AG-5B aircraft.
Purpose and scope of the Pilot's Operating Handbook as an operating guide.
Graphical representation of the aircraft with key dimensions.
Details of the Lycoming 0-360-A4K engine, including power and RPM.
Information on the propeller manufacturer, blades, diameter, and type.
Specifications for fuel grade and total/usable fuel capacity.
Recommended oil grades based on ambient temperature.
Maximum takeoff, landing, and ramp weights for the aircraft.
Standard empty weight and useful load for Normal/Utility categories.
Measurements of the aircraft's cabin interior.
Measurements of the baggage area.
Values for wing loading and power loading.
Glossary of aviation terms, symbols, and abbreviations used in the manual.
Introduction to the operating limitations for safe aircraft operation.
Key airspeed limits including Vne, Vno, Va, and Vfe.
Explanation of color-coded arcs and lines on the airspeed indicator.
Operational limitations related to the aircraft's power plant.
Markings and ranges for power plant instrument gauges.
Maximum gross, takeoff, landing, and ramp weights.
Forward and aft center of gravity limits based on aircraft weight.
Definition of authorized and unauthorized maneuvers in flight.
Load factor limits for normal and utility categories.
Approved flight operations including VFR, IFR, and icing conditions.
Total fuel capacity of the aircraft.
The aircraft's noise level rating in decibels.
Critical operational placards located throughout the aircraft.
Overview of procedures for handling emergencies.
Critical airspeeds required for various emergency scenarios.
Abbreviated checklist for engine failure during takeoff.
Step-by-step actions for engine failure during flight.
Procedures for handling engine fires in flight or on the ground.
Actions to take in case of an electrical fire.
Actions to take if the alternator fails to supply power.
Effects of vacuum system failure and required pilot actions.
Effects and procedures for a blocked pitot-static source.
Determining best glide speed and distance.
Procedures for landing without engine power.
Handling unintentional spins and recovery techniques.
Overview of procedures for normal aircraft operation.
Key airspeeds for normal flight phases like climb and approach.
Preflight checks for the aircraft's cabin and left wing.
Preflight checks for the left wing, nose gear, and cowling.
Preflight checks for cowlings, wings, and fuselage components.
Preflight checks for empennage, fuselage, and night flight systems.
Checks for cabin and wing tip lighting systems.
Checks and procedures to perform before starting the engine.
Step-by-step guide for starting the aircraft engine.
Procedures and considerations for taxiing the aircraft.
Procedure for engine runup, including magneto and instrument checks.
Final checks and configuration prior to initiating takeoff.
Instructions for normal, obstacle clearance, and crosswind takeoffs.
Guidance on climb speeds and procedures.
Procedures and settings for efficient cruise flight.
Procedures and settings for descending the aircraft.
Checks and configuration required before landing.
Step-by-step instructions for landing the aircraft.
Procedure for executing a go-around from a landing approach.
Guidelines for handling and securing the aircraft on the ground.
Overview of the performance data section.
Basis of performance data and its application to flight planning.
Procedures for using and interpolating performance charts.
A detailed example of planning a flight using performance data.
Chart for converting temperatures between Celsius and Fahrenheit.
Chart for converting pressure altitude and outside air temperature.
Chart for determining crosswind component based on wind angle.
Calibration data relating indicated airspeed to calibrated airspeed.
Chart for correcting indicated altitude to actual pressure altitude.
Stall speeds based on weight, bank angle, and flap position.
Tables providing takeoff ground roll and total distance to 50 feet.
Tables showing rate of climb at various altitudes and temperatures.
Data for planning climb time, fuel consumption, and distance.
Data for cruise speed, fuel flow, and power settings.
Data for determining aircraft range at various conditions.
Data for determining aircraft endurance at various conditions.
Data for planning descent time, fuel consumption, and distance.
Rate of climb data for go-around maneuvers.
Tables providing landing ground roll and total distance.
Importance of proper loading for safe flight and adherence to limits.
Detailed steps for weighing the aircraft to determine empty weight.
Example data and calculations for determining empty weight.
Procedures for updating the weight and balance record.
Instructions for configuring the aircraft for cargo.
Example table for loading configuration and weight calculations.
Graph for determining moment based on load weight.
Chart showing the aircraft's center of gravity operating limits.
Itemized list of aircraft equipment with weights and arms.
Continuation of the aircraft equipment list.
Further continuation of the aircraft equipment list.
Introduction to the aircraft's systems description.
Detailed description of the aircraft's structure and configuration.
Description of how flight control surfaces are operated.
Description of the VFR and IFR instrument panel.
Diagram showing instrument panel components and their locations.
Description of pitot static and vacuum systems.
Operation of nose wheel steering and taxiing procedures.
Description of the electric flap system operation.
Description of landing gear struts, brakes, and parking brake.
Location, access, and features of the baggage compartment.
Description of seat adjustments and cargo configuration.
Operation, locking, and flight limits of the aircraft canopy.
Mechanism for locking elevator and aileron controls.
Overview of the Lycoming engine and its controls.
Details on engine lubrication, oil capacity, and maintenance.
Operation of magnetos and the engine starter system.
Description of ram air intake, filter, and carburetor heat.
Details on fuel delivery, mixture control, and engine priming.
Description of the engine cooling airflow path.
Description of the aircraft's propeller type and material.
Description of fuel tanks, pumps, selector valve, and drains.
Diagram illustrating the aircraft's fuel system components.
Description of the electrical system, including alternator and battery.
Wiring diagram for the aircraft's electrical system.
Description of exterior and interior lighting systems.
Description of cabin climate control systems.
Controls for cabin heat and fresh air ventilation.
Description of the stall warning system operation.
Overview of procedures for servicing and maintaining the aircraft.
Information sources for service and maintenance updates.
Requirements for annual and 100-hour aircraft inspections.
Pilot's authority and guidelines for performing limited maintenance.
Procedures and requirements for aircraft alterations and repairs.
Guidelines for towing, parking, and tying down the aircraft.
Recommendations for engine oil, fuel, and tire service.
Procedures for cleaning and maintaining the aircraft's exterior and interior.
Procedures for storing the aircraft for extended periods.
Introduction to supplements for optional equipment and systems.
