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General| Category | Light Sport Aircraft |
|---|---|
| Engine | Rotax 912 ULS |
| Seating Capacity | 2 |
| Length | 6.2 m (20 ft 4 in) |
| Maximum Takeoff Weight | 472.5 kg (1, 042 lbs) |
| Engine Type | 4-cylinder, 4-stroke, liquid-cooled |
| Maximum Speed | 220 km/h |
| Service Ceiling | 4000 m |
Guidance on how to use and maintain the manual, including record-keeping.
General notes regarding manual updates, damage reporting, and inspections.
Procedure for implementing and recording changes or amendments to the manual.
Overview of the Legend 600 LSA aircraft's design, features, and safety systems.
Critical warnings regarding manual adherence and aircraft operation risks.
Diagrams of the aircraft with key dimensions provided in inches and millimeters.
Alphabetical list of aviation acronyms and their definitions.
Example calculation for determining crosswind and headwind components.
Reference to the FAA Pilot Handbook of Aeronautical Knowledge for charts.
Overview of operating limitations and placards for safe aircraft operation.
Maximum allowed headwind and crosswind speeds for takeoff and landing.
Operational limits for the engine, including speed and temperature.
Information on minimum crew weight, maximum takeoff weight, and empty weight.
Description of allowed banking angles and prohibited maneuvers like spins.
Maximum positive and negative load factors applicable to the aircraft.
Details on approved flight operations, including daylight and VFR conditions.
Procedures for engine failure during takeoff run, in air, and in flight.
Steps to restart the engine in flight at a safe altitude.
Procedure for flying the aircraft with the engine shut down, maintaining glide speed.
Steps for making a safe landing in case of emergency, considering various factors.
Procedures to follow in case of fire during starting, engine running, or takeoff.
Emergency procedures for inflight situations like engine fire or fuel issues.
Steps to take when unusual vibrations occur, including engine adjustment.
Procedure to address carburetor icing symptoms like reduced power.
Procedures for landing with damaged main or nose landing gear.
Steps to recover from an unintentional spin or spiral.
Procedure for activating the aircraft rescue system in an emergency.
Detailed checklist for aircraft pre-flight inspection, covering various components.
Procedures for refueling the aircraft from fuel stations or storage containers.
Method for refueling from storage tanks or drums, including grounding procedures.
Information regarding fuel usage patterns and recommendations for fuel selection.
Step-by-step guide for entering the cabin and initiating engine start sequence.
Detailed steps for initiating engine start sequence, including choke and throttle usage.
Procedure for testing engine operation, parameters, and performance.
Critical checks and actions before commencing takeoff, including controls and cabin.
Step-by-step procedure for aircraft takeoff, including speed and control inputs.
Guidelines for climbing to desired altitude and speed, and managing engine parameters.
Actions to perform after becoming airborne, like retracting flaps and reducing throttle.
General procedures and checks during normal flight, including trim and instruments.
Recommendations for handling turbulent atmospheric conditions, including turns.
Procedure for descending the aircraft safely, maintaining engine temperature.
Steps for executing the final approach to landing, including speed and flap settings.
Procedure for bringing the aircraft to a safe landing, including touchdown and braking.
Procedure for aborting a landing and re-initiating climb due to runway conditions.
Steps to perform immediately after the aircraft has landed, including flap retraction.
Procedure for shutting down the aircraft engine, including fuel cocks and ignition.
Steps for safely parking the aircraft, securing systems and against movement.
Considerations for flying in precipitation and post-landing checks for water.
Details on calibrating airspeed indicators from indicated airspeed.
Data on stall speeds under various conditions, including flaps and bank angle.
Performance data related to takeoff operations on different runway surfaces.
Performance data related to landing operations, including distance and braking.
Performance data related to climbing, including speed and rate at different altitudes.
Performance data for cruise flight phase, including speed at various altitudes.
Information on fuel endurance and flight range at different engine speeds.
Verified data on aircraft performance in crosswind conditions for takeoff and landing.
Recommended speed for gliding flight to maximize range or duration.
Information on the aircraft's service ceiling and operational altitude limits.
Procedure for determining the aft center of gravity by adjusting seat and load positions.
Procedure for determining the forward center of gravity by adjusting seat and load positions.
Record of aircraft weight and balance data, including CG calculations.
Details regarding the aircraft's installed instruments like airspeed indicator and altimeter.
Information about the aircraft's Galaxy rescue system, activation, and speed limits.
Specifications and information about the aircraft battery, including charging notice.
General characteristics of the Legend 600 LSA aircraft, including seating and safety.
Detailed technical description of various aircraft parts and systems.
Description of the aircraft's airframe structure, fuselage, wings, and control surfaces.
Description of the aircraft's Rotax engines and their characteristics.
Description of the aircraft's propeller options and specifications.
Description of optional equipment that can be fitted, like analogue or glass cockpits.
Description of the aircraft's flight and engine controls, including pedals and throttle.
Technical specifications, dimensions, weights, and control surface deflections.
Procedures for assembling and disassembling the aircraft's main components.
Specific steps for assembling or disassembling the elevator component.
Specific steps for assembling or disassembling the wing components.
General steps for disassembling the aircraft, in reverse order of assembly.
Steps to prepare the aircraft for long-term storage, including battery and fuel.
Procedures for transporting the aircraft, including wing removal and securing.
Checklist for 25-hour periodic maintenance inspections.
Checklist for 100-hour periodic maintenance inspections, adjusted for conditions.
Tasks related to engine and propeller service, and manufacturer's instructions.
Maintenance tasks for the airframe, including controls and landing gear.
Procedures for cleaning the fuel system, including filters and carburetors.
Inspection of aircraft instruments, systems, and attachment points.
Additional information and guidance for flight training.
Introduction to the flight training supplement content and its purpose.
Overview of pilot training requirements, structure, and approach.
Outline of the training phases, including indicative times and objectives.
First lesson focusing on basic aircraft handling and traffic pattern familiarization.
Lesson on maintaining straight flight and understanding control effects.
Lesson on performing turns with small bank angles and maintaining coordination.
Lesson on performing turns with larger bank angles and managing engine power.
Lesson covering takeoff, pattern flight, landing planning, and execution.
Lesson on glissades, preventing height loss, and managing flight speed.
Lesson on correcting landing approach errors like leveling out, ballooning, and rebound.
Practice session for safety landing procedures, including area selection and approach.
Practice session for emergency landings, both with and without engine power.
Lesson on landing in crosswind conditions and compensating for drift.
Final checks and assessment before solo flight, including emergency response.
Solo practice of traffic pattern flying to reinforce skills.
Check flight to assess solo traffic pattern skills and identify any deficiencies.
Extended solo practice of traffic pattern flying for skill mastery.
Solo practice of turns with varying bank angles and finishing at indicated bearings.
Solo practice of glissades and fall prevention, crucial for emergency landings.
Solo practice of landing planning without engine power, focusing on approach correction.
First navigation flight lesson, involving route planning and flight to a different airfield.
Second navigation flight lesson with multiple stops and route verification.
Solo navigation flight covering 100km, emphasizing route preparation and execution.
