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General| Model | Prime |
|---|---|
| Crew | 1 |
| Seats | 2 |
| Power | 73.5 kW (98.6 hp) |
| Manufacturer | Blackshape |
| Height | 2.21 m (7 ft 3 in) |
| Engine | Rotax 912 ULS |
| Propeller | 3-bladed |
General introduction to the flight manual and safe aircraft operation.
Definitions and responsibility regarding safety texts within the manual.
Provides a three-view drawing with aircraft dimensions in millimeters.
Detailed table of the aircraft's main dimensions for wing, fuselage, and tail.
Specifies the angular travel limits for aircraft control surfaces like ailerons, elevator, and rudder.
Details the engine model, manufacturer, type, and maximum power specifications.
Information on the propeller manufacturer, model, diameter, and type.
Lists authorized fuel types, tank configuration, and total fuel capacity.
Details the lubrication system, lubricant type, quantity, and viscosity grades.
Table correlating SAE viscosity grades with climatic conditions for lubricant selection.
Information on the cooling system and mixture ratios for cooling liquids.
Table specifying mixture ratios for conventional cooling liquid concentrates.
Provides maximum take-off and landing weights, and empty weight information.
Defines various aviation terms and abbreviations used in the manual.
Defines key airspeed terms and symbols like CAS, GS, IAS, TAS, VFE, VLE, etc.
Defines demonstrated crosswind component and service ceiling.
Defines powerplant related terms like RPM, throttle, and various temperature/pressure indicators.
Defines terms related to weight and balance calculations like Datum, Lever Arm, and CG.
Defines meteorological terms such as OAT, ISA, and standard temperature.
Provides conversion factors for various units of measurement.
Tables for converting temperature, force, speed, pressure, length, volume, and area.
A table for converting between liters and US gallons.
Lists miscellaneous abbreviations such as M.A.C., RHS, and LHS.
Overview of Section 2, covering operating limitations, instrument markings, and placards.
Table detailing airspeed limitations (V_A, V_LDG, V_FE, V_NO, V_NE) and their descriptions.
Explains the meaning of color arcs on the airspeed indicator and associated speeds.
Specifies the operating limitations for the installed engine, including manufacturer and model.
Details various operating limits for the engine, oil, temperature, acceleration, and fuel.
Engine operating limits including maximum power, RPM, and continuous power.
Specifies minimum, normal, and maximum oil pressure limits.
Lists operating limits for cylinder head temperature, oil temperature, and exhaust gas temperature.
Defines engine limitations for operations at zero and negative G-forces.
Specifies the minimum and maximum temperatures for starting the engine.
Details the maximum and minimum fuel pressure limits.
Graph illustrating engine performance (power and torque) vs. RPM and temperature.
Table optimizing engine performance at various power settings and RPM.
Provides technical data for the propeller, including manufacturer and model.
Refers to Operation and Maintenance Manual for lubricant, coolant, and fuel information.
Table showing instrument markings (red line, green arc) for engine instruments.
Table indicating markings for miscellaneous instruments like the voltmeter.
Specifies maximum take-off weight and maximum baggage weight.
Defines CG limits (FWD and AFT) and the reference plane for calculations.
States that the aircraft is for non-aerobatic use only; acrobatic operations are forbidden.
Table of structural maximum permissible load factors at different airspeeds and flap settings.
Specifies the maximum seating capacity for passengers.
Indicates the maximum flight crew complement.
Permission granted for visual flight VMC - Day VFR.
Lists minimum required equipment for flight and navigation, and flight control.
Lists essential instruments like Airspeed Indicator, Altimeter, and Magnetic Compass.
Lists essential flight controls and indicators such as fuel quantity, oil pressure, and trim.
Information on authorized fuels and fuel capacity details.
Introduction to emergency procedures, emphasizing adherence to limitations for safe operation.
Table specifying recommended airspeeds for various emergency procedures.
Checklists for various emergency scenarios including engine failures and fires.
Checklists for engine failure during take-off run, immediately after take-off, and in-flight.
Procedures for emergency power-off landing and precautionary power-on landing.
Procedure for gliding, including airspeed, glide ratio, and expected distance.
Procedures for handling landing gear failures due to electrical or mechanical issues.
Checklists for engine fires (ground and in-flight) and cabin fires.
Procedure for exiting icing conditions and managing its effects.
Instructions for spin recovery, noting the aircraft is not demonstrated for spins.
Procedure for landing with a deflated main landing gear tire.
Checklists for total electrical failure, generator failure, and electric charge issues.
Procedures for handling flaps system failures and no-flaps landing.
Procedure for trim system failure, including checking circuit breakers and control effort.
Procedure for in-flight canopy loss, including airspeed and maneuverability.
Instructions for deploying the emergency ballistic parachute.
Introduction to Section 4, covering checklists and procedures for normal aircraft operation.
Table of applicable airspeeds for takeoff, landing, and cruise operations.
Comprehensive checklists for normal aircraft operation, from pre-flight to shutdown.
Detailed checks for pre-flight inspection, including in-cabin and walk-around procedures.
Checklist and warnings for actions to perform before starting the engine.
Step-by-step procedure for starting the aircraft engine.
Checklist items to verify before initiating taxiing.
Procedure and checks for taxiing the aircraft.
Checklist for actions at the holding point before takeoff.
Procedure for entering the runway, including checks and authorizations.
Checklist for the take-off and initial climb phases of flight.
Procedures and checks for maintaining cruise flight.
Checklist for the descent and approach phases of flight.
Detailed checklist for the landing sequence, including speed and gear.
Procedure for taxiing after landing, including parking brake and engine shutdown.
Procedure for shutting down the engine after taxiing.
Notes and warnings regarding flight performance and visibility reduction in rain.
Introduction to Section 5, covering data for flight planning from takeoff to landing.
Presents data for airspeed calibration, cruising performance, stall speeds, and wind components.
Recommendation for airspeed calibration checks due to operational use.
Graph showing cruising performance based on altitude, temperature, and power settings.
Table of stall speeds in Km/h for different flap settings and bank angles.
Diagram illustrating wind components, including maximum demonstrated crosswind.
Table of take-off speeds and distances, with corrections for various conditions.
Details maximum cruising altitude and best rate-of-climb speed.
Graph showing true airspeed at different altitudes, temperatures, and power settings.
Provides landing distance over an obstacle and landing roll distance.
Table showing noise measurement method and maximum allowable noise levels.
Introduction to weight and balance, pilot's responsibility, and procedures for weighing.
Details pre-weighing conditions and formulas for determining empty weight and CG.
Steps for weighing the aircraft, including preparation, leveling, and CG determination.
Checklist for preparing the aircraft for weighing.
Procedure for leveling the aircraft on pitch and roll axes using a level.
Steps for recording individual weights and calculating the empty weight.
Procedure for determining the Center of Gravity position using reference points.
Form for recording aircraft weight and balance data, including calculations.
Table for listing aircraft equipment and its contribution to weight and balance.
Table for tracking changes to the aircraft's weight and balance due to modifications.
