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General| Gross weight | 450 kg |
|---|---|
| Engine | Rotax 912ULS |
| Maximum speed | 220 km/h |
| Cruise speed | 180 km/h |
| Stall speed | 65 km/h |
| Rate of climb | 5 m/s |
Provides basic and general interest data about the aircraft.
Outlines the standards and regulations the manual complies with.
Details aircraft performance data, including speed and climb rates.
Presents the physical dimensions of the aircraft with diagrams.
Covers engine, propeller, fuel, oil, and weight specifications.
Defines terms used for safety and important information in the manual.
Describes limitations that must not be exceeded for safe flight.
Specifies maximum allowable airspeeds for various flight conditions.
Explains color-coded markings on the airspeed indicator.
Details operating limits for the engine and its components.
Describes color codes for engine instrument displays.
States the maximum allowable weights for the aircraft.
Defines the acceptable range for the aircraft's center of gravity.
Outlines approved maneuvers and prohibited aerobatics.
Specifies the load factor limits for flaps retracted and deployed.
Defines the minimum and maximum flight crew requirements.
Refers to equipment installed for different flight operations.
Details fuel capacity, types, and management instructions.
States the aircraft is two-seated and not for passenger travel.
Refers to instrument placards for airspeed and power plant limits.
Provides checklists and procedures for handling emergencies.
Lists critical airspeeds for various emergency situations.
Details procedures for engine failure during takeoff and flight.
Covers emergency and precautionary landing procedures without engine power.
Outlines specific steps for landing with a flat main tire.
Provides guidance for landing with a damaged landing gear.
Details procedures for engine, electrical, cabin, and wing fires.
Explains how to adjust airspeed for maximum glide.
Procedures for landing with flaps retracted.
Steps to recover from an unintentional spin.
Addresses other issues like vibrations.
Provides checklists and procedures for normal operation.
Details the mandatory pre-flight check of the aircraft and its systems.
Covers control surface deflections and tolerances required before flight.
Lists recommended speeds for various phases of normal flight.
Checklist for pre-engine start procedures.
Step-by-step guide for starting the aircraft engine.
Procedures to follow before beginning taxi operations.
Guidelines for controlling the aircraft while taxiing.
Checklist for actions before initiating takeoff.
Procedures for a standard takeoff.
Techniques for taking off from short runways.
Guidance on takeoff performance with crosswind, frontal, and tailwind.
Airspeed and throttle settings for climbing en route.
Recommended speed and engine settings for cruising flight.
Procedures for descending the aircraft.
Checklist for actions before landing.
Procedures for a standard landing approach.
Techniques for landing on short runways.
Procedures to follow after the aircraft has landed.
Steps to properly secure the aircraft after flight.
Explains how performance data is tested and presented.
Presents tested flight characteristics and calibration data.
Details pitot-static system testing and instrument calibration.
Lists stall speeds for different flap configurations.
Provides data for takeoff run and with obstacles.
Details ground roll and landing distances with obstacles.
Shows rate of climb and airspeed at different altitudes.
Provides extra details for handling and flight.
Recommended cruising speed and engine RPM.
Data on flight endurance, speed, and range for the engine.
Steps for executing a go-around or balked landing.
Takeoff data for grass surfaces.
Discusses how weather affects aircraft performance.
Shows demonstrated and recommended wind limits.
Reports measured noise levels according to standards.
Explains the importance of weight and CG for aircraft handling.
Details the procedure for weighing and determining the CG range.
Provides an overview of the aircraft's construction and systems.
Describes the aircraft's metallic structure and materials used.
Details the mechanical and semi-automatic flight control systems.
Identifies and labels all instruments and controls on the panel.
Explains the non-retractable landing gear with hydraulic brakes.
Describes the seating arrangement and safety harness provisions.
Specifies the location and weight limit for baggage.
Details the aircraft doors, windows, and their visibility features.
Explains the dry sump lubrication system and oil level checks.
Describes the engine ignition and starting mechanisms.
Covers air intake, filtration, and carburetor heating systems.
Details the twin carburetor system and priming procedures.
Explains the air, oil, and liquid cooling systems.
Lists available propeller types and recommended cleaning.
Describes the fuel tanks, selector, and low fuel indications.
Explains the single-disk hydraulic brake system on main landing gear.
Details the aircraft's electrical components and wiring.
Lists essential avionics and engine gauges for VFR flights.
Provides information on handling, maintenance, and operation.
Outlines intervals for periodical aircraft inspections.
Guidelines for performing repairs and alterations.
Covers towing, parking, mooring, jacking, and leveling procedures.
Instructions for cleaning exterior surfaces, propeller, engine, and interior.
Details the parachute system installation and connection.
Explains the connection of parachute, rocket, and activating handle.
Describes front and rear connection points for parachute ropes.
Locates and describes the parachute activation handle.
Explains the purpose of supplements in providing additional information.
Lists all supplemental manuals and documents referenced.
Indicates which supplements are relevant to each section of this manual.
Lists supplements relevant to Section 1.
Lists supplements relevant to Section 2.
Lists supplements relevant to Section 3.
Lists supplements relevant to Section 4.
Lists supplements relevant to Section 5.
Lists supplements relevant to Section 6.
