Need help?Do you have a question about the Aero AT-3 R100 and is the answer not in the manual?
Overview of the general information section of the manual.
Details on the aircraft's basis of certification and approvals.
Defines the meaning of WARNING, CAUTION, and NOTE expressions.
Specific dimensions and structural details of the airframe.
Technical specifications for the aircraft's engine.
Information regarding the aircraft's propeller.
Illustrations providing three-projection views of the aeroplane.
Glossary of terms and abbreviations used in the manual.
Overview of the limitations section and approved data.
Specifies the maximum permissible airspeeds for the aircraft.
Explanation of color-coded sectors on the airspeed indicator.
Details regarding the engine, including temperatures and pressures.
Guide to colored markings on engine monitoring instruments.
Maximum takeoff, landing, and empty weights for the aircraft.
Defines the acceptable range for the aircraft's Centre of Gravity.
Lists approved flight manoeuvres and their entry airspeeds.
Specifies the limits for maximum permissible load factors.
Defines the minimum crew required for operating the aircraft.
Details approved flight conditions and operating rules.
Information on approved fuel types and tank capacities.
States the total number of seats available in the aircraft.
Lists placards displayed on the instrument panel for operational limits.
Overview of procedures for handling emergency situations.
Step-by-step actions for engine failure during takeoff.
Actions to take for engine failures occurring during flight.
Procedure for attempting to restart the engine while airborne.
Steps to follow in case of an engine fire while on the ground.
Procedure for handling an engine fire occurring during flight.
Guidance for maintaining controlled gliding flight.
Steps for executing a precautionary landing.
Procedure for landing the aircraft after engine failure.
Instructions for recovering the aircraft from an unintentional spin.
Actions to take when encountering icing conditions.
Procedure for abandoning the aircraft using a parachute.
Steps for handling a failure of the aircraft's electrical system.
Procedures for failures related to static/pitot pressure systems.
Actions for failure of the slab tail balancing tab control system.
Overview of normal operation procedures and inspection tasks.
Procedures for assembling and disassembling the aeroplane.
Recommended daily checks before and after flight.
Steps for preparing the aircraft for flight.
Method for calculating aircraft weight and CG position.
Detailed pre-flight inspection checklist for the aeroplane.
Table of recommended airspeeds for various flight phases.
Checklist and steps before starting the aircraft engine.
Detailed procedures for starting the aircraft engine.
Checklist and actions to perform before takeoff.
Step-by-step guide for conducting a normal takeoff.
Detailed steps for performing a normal landing.
Instructions on how to perform a stall and recover.
Techniques for takeoff and landing in crosswind conditions.
Table of operational airspeeds for takeoff and landing phases.
Overview of approved data concerning aircraft performance.
Table detailing stalling speeds under various conditions.
Data and charts for takeoff run and distances.
Tables providing landing distances under different conditions.
Information and tables on aircraft climb performance.
Data on cruise performance including speed, range, and endurance.
Diagram for determining crosswind components for takeoff/landing.
Overview of limitations concerning useful load and safe operation.
Procedures for calculating the aircraft's weight and centre of gravity.
Schedule for recording changes to aircraft weight and moment.
List of standard and optional equipment installed in the aircraft.
Overview of the aeroplane's structure and equipment.
Detailed description of the aircraft's fuselage structure.
Description of the aircraft's wing construction and components.
Details on the slab tail design and its components.
Description of the vertical tail unit, fin, and rudder.
Explanation of the aileron control mechanism and its components.
Description of the wing flap control system and operation.
Explanation of the elevator control mechanism.
Details on the trim and balancing tab control system.
Description of the rudder control mechanism and pedals.
Overview and labeling of instruments on the panel.
Details on the hydraulic disc brake system and its components.
Instructions for operating the parking brake system.
Description of seats, seat belts, and harness installation.
Information on the luggage compartment capacity and restrictions.
Technical overview of the aircraft's engine.
Explanation of the aircraft's fuel system components and operation.
Description of the aircraft's 12-volt electrical system.
Overview of procedures for ground control and servicing.
Information on scheduled inspections and airworthiness requirements.
Guidelines for performing repairs or modifications on the aeroplane.
Procedures for moving the aeroplane on the ground.
Steps for properly parking the aircraft.
Instructions for securing the aeroplane with tie-down ropes.
Procedure for safely lifting the aircraft.
Guidelines for cleaning and maintaining the aeroplane's exterior.
Instructions for cleaning the aircraft's glass panels safely.
Specifies approved operations for VFR-Night conditions.
Required equipment for VFR Night operations.
Key placards relevant to VFR Night operations.
Specific preparation steps for VFR Night flights.
To Next Page
General