· web viewiv.characteristic speeds (take-off, cruise, landing, stall, maximum, never exceed)...

RPAS Flight Manual

<<RPAS Type>>

DOC # <<Doc. Number>><<Applicant Name>>

<<Applicant Address1>><<Applicant Address2>>

All rights reserved. No part of this manual may be reproduced or copiedin any form or by any means without written permission

of <<Applicant>>

Copyright © 2016 by <<Applicant>>

Revision 00, April 1, 2016Initial Issue: April 1, 2016

<<Applicant Logo>>

<<RPAS Picture>>

RPAS Flight Manual Introduction<<RPAS Type>>

Intentionally left blank

Page 10 - 1 Doc # <<Doc. Number>> Revision 00, April 1, 2016


RPAS Flight Manual

<<RPAS Type>>

RPA Manufacturer :

RPA Model :

Serial Number :

Registration :

Remote Controller Manufacturer :

Remote Controller Model :

Serial Number :

DOC # : <<Doc. Number>>

Date of Initial Issue : april 1, 2016

Revision : 00

Date of Revision : april 1, 2016

This manual must be readily available to the RPAS operator at all times !

The RPAS is to be operated in compliance with the information and limitations contained herein.



PREFACEPlease read this Flight Manual carefully before operating the RPAS and pay special attention to the recommendations given.

Applicable Regulations.The Remotely Piloted Aircraft System (RPAS) as described in this Flight Manual is subject to Civil Aviation regulations. Regulations may vary depending on the country where you intend to operate the RPAS.

Any use of the RPAS in breach of the laws of the country where the RPAS is operated is under the sole responsibility of the RPAS Operator.

Inform yourself before operating the RPAS. Some countries may have laws that limit the use of unmanned aircraft to ‘Line-of-Sight’ operations and | or prohibit the use of unmanned aircraft at all or in specific areas.

Privacy.Recording and circulating an image of an individual, private property or historical building may constitute an infringement of their image and privacy for which you can be liable. Ask for authorization before taking pictures of an individual, private property or historical building, particularly if you want to keep your recordings and | or circulate images on the Web or any other medium. Do not circulate degrading images or ones that could undermine the reputation or dignity of an individual, private property or historical building. Check that your use of the cameras on board this RPA complies with the legal provision on privacy in the country where you operate your product.



Index of RevisionsRevisions to this RPAS Flight Manual are recorded in the following table. The RPAS Flight Manual Revision Number, Revision Date and Document Number are shown on the bottom right hand corner, respectively the bottom centre on each page.

The RPAS may only be operated if the RPAS Flight Manual is up to date.

Revision Number

Revision Date Reason for Revision Approval

Revision 00 April 1, 2016 Initial Issue.



TABLE OF CONTENTSSECTION

GENERAL..........................................................................................................................................1

OPERATING LIMITATIONS...............................................................................................................2

EMERGENCY PROCEDURES..........................................................................................................3

NORMAL OPERATING PROCEDURES...........................................................................................4

PERFORMANCE...............................................................................................................................5

WEIGHT AND BALANCE | EQUIPMENT LIST..................................................................................6

DESCRIPTION OF THE RPA AND SYSTEMS.................................................................................7

HANDLING, CARE AND MAINTENANCE.........................................................................................8

SUPPLEMENTS.................................................................................................................................9



CROSS REFERENCE TABLEThe following table cross-references the content of the present RPAS Flight Manual with the minimum content of the RPAS Flight Manual as required per Annex 2 to the Royal Decree of 10 April 2016 regarding the use of Remotely Piloted Aircraft Systems (RPAS) in the Belgian airspace.

RD dd MMM yyyy - Annex 2 RPAS Flight Manual

1° RPAS Type

2° RPAS Manufacturer data

3° The RPA component

a) structure of the RPA

b) composition of the RPA

c) operational limitations (flight envelope)

d) unique characteristics of the RPA designi. dimensions | size | weight of the RPA,

including drawingsii. mass and balancing

e) characteristics of RPA performancei. maximum altitudeii. maximum autonomyiii. maximum rangeiv. characteristic speeds (take-off, cruise,

landing, stall, maximum, never exceed)v. maximum rate of climbvi. maximum rate of descentvii. turn rate limitations

f) RPA performance limitations, associated with environmental and meteorological conditions (wind, ice, humidity, temperature, precipitations, hail)

g) required distance | area for take-off and landing

h) power supply type

i) propulsion system (e.g. engine, fuel, electrical, hydraulic, pneumatic, nuclear, gas, solar)

j) flight control surfaces and actuators

k) useful payload (specific or generic), specific performance associated with operations in case of malfunction



RD dd MMM yyyy - Annex 2 RPAS Flight Manual

4° The control and communication component

a) Avionicsi. global avionics design system diagram ii. localisation of air data sensors,

antennas, transceivers and navigational instruments, taking into account separation and redundancy

iii. autopilot (type, manufacturer, working principles)

b) Navigation systems (description of the components, accuracy of horizontal and vertical position and velocity)

c) Communication systems (command and control link, payload link)

d) Use of frequencies

e) Sensors | telemetry

f) Flight recuperation system

g) Ground control station

h) Ground support equipment

i) Surveillance equipment

5° Description of the fazes of flight

a) Pre-flight checks | inspections

b) Description of the launch | take-off system

c) Description of flight modes, in-flight transitions, in-flight mission changes

d) In-flight checks | inspections

e) Description of the landing | recuperation system

f) Post-flight checks | inspections


RPAS Flight Manual General<<RPAS Type>>

Section 1

GENERAL

TABLE OF CONTENTSPage

1.1 INTRODUCTION....................................................................................................................2

1.2 WARNINGS, CAUTIONS AND NOTES.................................................................................2

1.3 DESCRIPTION OF THE RPA................................................................................................2

1.3.1 Three-View-Drawing of the RPA.................................................................................2

1.3.2 Dimensions.................................................................................................................2

1.3.3 Motors | Propellers | Electronic Speed Controls.........................................................3

1.3.4 Flight Control Surfaces...............................................................................................3

1.3.5 Avionics | Navigation | Communication Systems........................................................3

1.3.6 Fuel | Flight Battery.....................................................................................................3

1.3.7 Weights.......................................................................................................................4

1.4 REMOTE PILOT STATION....................................................................................................4

1.4.1 Function Controls Layout............................................................................................4

1.4.2 Command and Control Link........................................................................................4

1.5 FIRMWARE | SOFTWARE.....................................................................................................4

1.6 LIST OF DEFINITIONS AND ABBREVIATIONS....................................................................5

1.6.1 Abbreviations and Acronyms......................................................................................5

1.6.2 Definitions...................................................................................................................5



1.1 Introduction.This Section provides basic data and information of general interest. It also contains definitions or explanations of symbols, abbreviations, and terminology commonly used.

The description of the RPA System in this Section is intended to familiarise the operator with the (basic) structure and composition of the RPA, and with the (basic) control functions of the Remote Pilot Station.

More detailed information about the RPA System is provided in Section 7.

1.2 Warnings, Cautions and Notes.The following definitions apply to warnings, cautions, and notes used in this RPAS Flight Manual:

WARNING!! Disregarding the following instructions leads to an immediate or severe deterioration of flight safety and hazardous situations, including such resulting in personal injury and damage to property.

CAUTION! Disregarding the following instructions leads to a serious or long term deterioration of flight safety.

NOTE Draws the attention to any special item not directly related to safety but which is important or unusual.

1.3 Description of the RPA.

Airframe Type (fixed wing | multirotor | other) …

General description (structure, composition), primary usage, …

(include name, location and contact information of the RPA manufacturer)

1.3.1 Three-View-Drawing of the RPA.

(shown in normal ground attitude)

1.3.2 Dimensions.

Overall Dimensions (Length, Width, Height)

Important Dimensions



1.3.3 Motors | Propellers | Electronic Speed Controls.

Motor(s)Number of Motors:Motor Manufacturer:Motor Model Number:Motor Type:Motor Power Rating | Speed:

Propeller(s)Number of Propellers:Propeller Manufacturer:Propeller Model Number:Number of Blades:Propeller Diameter:Propeller Type:

Electronic Speed Control(s) (ESC)Number of ESCs:ESC Manufacturer:ESC Model Number:ESC Type:ESC Power Rating:

1.3.4 Flight Control Surfaces

1.3.5 Avionics | Navigation | Communication Systems.

Guidance, Navigation and Control (flight computer)

Communication Systems

Other avionics (transponder, recording device, video processing, antenna, …)

1.3.6 Fuel | Flight Battery.

Fuel



Approved Fuel Grades:Fuel Total Capacity:Fuel Total Usable:

Flight BatteryBattery Manufacturer:Battery Type:Battery Capacity:Battery Min. Charge Rate:

Number of batteries required for flight …Number of spare batteries required (available) on-site …

1.3.7 Weights.

Empty Weight — without fuel | flight battery, without payload — approx. kg.Nominal Take-Off Weight — with standard flight battery, standard payload — approx. kg.Maximum Take-Off Weight

1.4 Remote Pilot Station.

1.4.1 Function Controls Layout.

Information Displays (RPA health and status, navigation, payload, …)

User Interfaces (keyboards, trackballs, joysticks, …)

1.4.2 Command and Control Link.

Frequencies

Power | Range

1.5 Firmware | Software.

(version)



1.6 List of Definitions and Abbreviations.

1.6.1 Abbreviations and Acronyms.

AGL above ground levelC2 command and controlRPA remotely piloted aircraftRPAS remotely piloted aircraft system(s)VFR visual flight rulesVLOS visual line-of-sightVMC visual meteorological conditions

1.6.2 Definitions.

Aircraft. Any machine that can derive support in the atmosphere from the reactions of the air other than the reactions of the air against the earth’s surface.

Command and control (C2) link. The data link between the remotely piloted aircraft and the remote pilot station for the purposes of managing the flight.

Data link communications. A form of communication intended for the exchange of messages via a data link.

Maintenance. The performance of tasks required to ensure the continuing airworthiness of an aircraft, including any one or combination of overhaul, inspection, replacement, defect rectification and the embodiment of a modification or repair.

Operator. A person, organisation or enterprise engaged in or offering to engage in an aircraft operation.

Note. — In the context of remotely piloted aircraft, an aircraft operation includes the remotely piloted aircraft system.

Remotely piloted aircraft (RPA). An unmanned aircraft which is piloted from a remote pilot station.

Remotely piloted aircraft system (RPAS). A remotely piloted aircraft, its associated remote pilot station(s), the required command and control links and any other components as specified in the type design.

Rotorcraft. A power-driven heavier-than-air aircraft supported in flight by the reactions of the air on one or more rotors.

RPA observer. A trained and competent person designated by the operator who, by visual observation of the remotely piloted aircraft, assists the remote pilot in the safe conduct of the flight.

Safety risk. The predicted probability and severity of the consequences or outcomes of a hazard.

VFR. The symbol used to designate the visual flight rules.

VFR Flight. A flight conducted in accordance with the visual flight rules.



Visual line-of-sight (VLOS) operation. An operation in which the remote pilot or RPA observer maintains direct unaided visual contact with the remotely piloted aircraft.

Visual meteorological conditions (VMC). Meteorological conditions expressed in terms of visibility, distance from cloud, and ceiling, equal to or better than specified minima.


RPAS Flight Manual Operating Limitations<<RPAS Type>>

Section 2

OPERATING LIMITATIONS


2.1 INTRODUCTION....................................................................................................................2

2.2 AIRSPEED LIMITATIONS......................................................................................................2

2.3 WEIGHT | CENTRE OF GRAVITY LIMITS............................................................................2

2.3.1 Longitudinal Centre of Gravity Limits..........................................................................2

2.3.2 Lateral Centre of Gravity Limits..................................................................................3

2.4 FLIGHT AND MANOEUVRE LIMITATIONS..........................................................................3

2.5 FUEL | FLIGHT BATTERY LIMITATIONS.............................................................................3

2.6 WEATHER LIMITATIONS......................................................................................................3

2.7 RANGE LIMITATIONS...........................................................................................................3


2.7.2 Command and Control Link........................................................................................3

2.8 KINDS OF OPERATION........................................................................................................3



2.1 Introduction.This Section includes operating limitations which are necessary for the safe operation of the RPAS, its motors, standard equipment and standard payload.

WARNING!! All limitations given in this Section must be complied with for all operations.

NOTE Refer to the Supplements, Section 9 of this RPAS Flight Manual for amended Operating Limitations, Operating Procedures, Performance Data and other necessary information for RPAS equipped with specific equipment or payload.

2.2 Airspeed Limitations.

Stall Speed: (maximum weight, landing configuration)Operating Manoeuvring Speed: (do not make full or abrupt control

movements above this speed)Maximum Structural Cruising Speed: (do not exceed this speed except in smooth

air, and then only with caution)Never Exceed Speed: (do not exceed this speed under any

circumstances)

2.3 Weight | Centre of Gravity Limits.

Empty Weight:Max. Take-Off Weight:

WARNING!! Exceeding weight limitations may lead to overloading of the RPA structure and cause loss of control of the RPA and | or structural damage.

The reference datum for determining the longitudinal Centre of Gravity is located …; given the lateral symmetry of the RPA, the reference line for the lateral Centre of Gravity is located on the symmetry axis.

WARNING!! Exceeding the centre of gravity limitations reduces the manoeuvrability and stability of the RPA.

2.3.1 Longitudinal Centre of Gravity Limits.

Forward | Aft



2.3.2 Lateral Centre of Gravity Limits.

Left | Right

2.4 Flight and Manoeuvre Limitations.

(prohibited manoeuvres)

(load factors)

(flight envelope)

2.5 Fuel | Flight Battery Limitations.

(approved types of fuel | batteries)

2.6 Weather Limitations.

(environmental limitations)

(maximum wind limitations)

2.7 Range Limitations.


(total fuel capacity - total usable fuel | total battery power – total usable battery)

2.7.2 Command and Control Link.

2.8 Kinds of Operation.RPAS flights are limited to Visual Line-Of-Sight (VLOS) flights, under DAY Visual Flight Rules (VFR) conditions.


RPAS Flight Manual Emergency Procedures<<RPAS Type>>

Section 3

EMERGENCY PROCEDURES


3.1 INTRODUCTION....................................................................................................................2

3.2 EMERGENCY PROCEDURES – CHECKLISTS...................................................................2

3.2.1 Motor Failures.............................................................................................................2

3.2.2 Electrical Power Failure..............................................................................................2

3.2.3 Avionics System Failure..............................................................................................2

3.2.4 Remote Pilot Station Failure.......................................................................................2

3.2.5 Data Link Communication Failures.............................................................................2



3.1 Introduction.This Section contains checklists as well as descriptions of the recommended procedures in case of an emergency.

Emergencies caused by motor or system malfunctions are extremely rare if pre-flight inspections and maintenance are performed properly.

3.2 Emergency Procedures – Checklists.

3.2.1 Motor Failures.

Operation is possible with one motor | electronic speed control | propeller failure.

3.2.2 Electrical Power Failure.

3.2.3 Avionics System Failure.

3.2.4 Remote Pilot Station Failure.

3.2.5 Data Link Communication Failures.

(loss of C2 link)


RPAS Flight Manual Normal Operating Procedures<<RPAS Type>>

Section 4

NORMAL OPERATING PROCEDURES


4.1 INTRODUCTION....................................................................................................................2

4.2 NORMAL OPERATION CHECKLISTS..................................................................................2

4.2.1 Pre-Flight Planning.....................................................................................................2

4.2.2 System Assembly and Pre-Flight Inspection..............................................................2

4.2.3 Systems Start..............................................................................................................2

4.2.4 Take-Off | Launch Systems........................................................................................2

4.2.5 Flight Modes | Transitions...........................................................................................2

4.2.6 In-Flight Monitoring.....................................................................................................2

4.2.7 Landing Approach | Recovery Systems......................................................................2

4.2.8 Systems Shutdown.....................................................................................................3

4.2.9 After Landing Inspection.............................................................................................3

4.2.10 System disassembly | Storage....................................................................................3

4.2.11 Handover | Handoff to alternate control station..........................................................3

4.2.12 Flight Logging.............................................................................................................3



4.1 Introduction.This Section contains checklists and describes extended procedures for the normal operation of the RPAS, using standard equipment and standard payload.

4.2 Normal Operation Checklists.

4.2.1 Pre-Flight Planning.

The Pre-Flight Planning includes the selection of the site(s) for launch (take-off) and recovery (landing).

(ground operational area set up)

4.2.2 System Assembly and Pre-Flight Inspection.

4.2.3 Systems Start.

(motor | remote control station | communications)

4.2.4 Take-Off | Launch Systems.

4.2.5 Flight Modes | Transitions.

(cruise | manoeuvring flight)

(in-flight mission changes)

4.2.6 In-Flight Monitoring.



4.2.7 Landing Approach | Recovery Systems.

4.2.8 Systems Shutdown.

4.2.9 After Landing Inspection.

4.2.10 System disassembly | Storage.

4.2.11 Handover | Handoff to alternate control station.

4.2.12 Flight Logging.

RPA Flight Log Book.

RPA Maintenance Log Book.

RPA Pilot Log Book.


RPAS Flight Manual Performance<<RPAS Type>>

Section 5

PERFORMANCE


5.1 INTRODUCTION....................................................................................................................2

5.2 PERFORMANCE TABLES AND DIAGRAMS........................................................................2

5.2.1 Take-Off Area (Distance)............................................................................................2

5.2.2 Climb Performance.....................................................................................................2

5.2.3 Cruise Performance....................................................................................................2

5.2.4 Landing Area...............................................................................................................3

5.3 NOISE DATA..........................................................................................................................3



5.1 Introduction.The performance data in this Section has been prepared to illustrate the performance you may expect from the RPA under various conditions and to facilitate the planning of flights in detail and with reasonable accuracy.

The performance data do not take into account the expertise of the RPA Pilot or the maintenance condition of the RPA. The performance described can be achieved if the indicated procedures are followed and the RPA is maintained in good condition.

5.2 Performance Tables and Diagrams.

(top speed – cruise | loiter speed – as a function of power setting and altitude)

(maximum operating altitude)

(maximum autonomy)

(maximum range)

(maximum endurance)

(maximum propulsion output)

5.2.1 Take-Off Area (Distance).

5.2.2 Climb Performance.

(maximum rate of climb)

(time, fuel and distance to climb)

5.2.3 Cruise Performance.

(cruise speeds)

(power setting and consumption)

(operating envelope)

(range profile)



5.2.4 Landing Area.

(maximum rate of descent)

(time, fuel and distance to descent)

5.3 Noise Data.

- 3 Doc # <<Doc. Number>> Revision 00, April 1, 2016

RPAS Flight Manual Weight and Balance | Equipment List<<RPAS Type>>

Section 6

WEIGHT AND BALANCE | EQUIPMENT LIST


6.1 INTRODUCTION....................................................................................................................2

6.2 WEIGHING PROCEDURES...................................................................................................2

6.3 WEIGHT AND BALANCE REPORT.......................................................................................2

6.4 EQUIPMENT LIST..................................................................................................................2



6.1 Introduction.To obtain the performance, flight characteristics and safe operation described in this RPAS Flight Manual, the RPA must be operated within the permissible weight and centre of gravity limitations specified in Section 2.

The procedure for weighing the RPA and calculating the centre of gravity position are given in this Section.

6.2 Weighing Procedures.

RPA operating weights and loading (fuel | batteries | payloads | ballast)

RPA Centre of Gravity range and determination

For the weighing, the RPA should be placed in the normal ground position (indicated reference lines should be kept horizontal).

6.3 Weight and Balance Report.

RPA Weight and Balance Chart

6.4 Equipment List.

Installed RPA optional equipment list affecting Weight and Balance, or a reference as to where this information can be found.


RPAS Flight Manual Description of the RPA and Systems<<RPAS Type>>

Section 7

DESCRIPTION OF THE RPA AND SYSTEMS


7.1 INTRODUCTION....................................................................................................................2

7.2 AIRFRAME.............................................................................................................................2

7.3 FLIGHT CONTROLS..............................................................................................................2

7.4 PROPULSION SYSTEM........................................................................................................2

7.4.1 Motor | Propeller | Electronic Speed Control...............................................................2


7.5 ELECTRICAL SYSTEM..........................................................................................................2

7.6 AVIONICS SYSTEM...............................................................................................................2

7.6.1 Navigation...................................................................................................................2

7.6.2 Communication...........................................................................................................2

7.6.3 Sensors | Telemetry....................................................................................................3

7.7 LAUNCH | FLIGHT RECOVERY SYSTEM............................................................................3

7.8 PAYLOADS............................................................................................................................3

7.9 REMOTE PILOT STATION....................................................................................................3



7.1 Introduction.This Section provides a detailed description and operation of the RPAS and its Systems. Some equipment or payload described may be optional and as such not installed in the RPA. Refer to the Supplements in Section 9 for details of other optional equipment or payload.

7.2 Airframe.

7.3 Flight Controls.

7.4 Propulsion System.

7.4.1 Motor | Propeller | Electronic Speed Control.


7.5 Electrical System.

7.6 Avionics System.

(global avionic system diagram)

(localisation of air data sensors, antennas, transceivers and navigational instruments)



7.6.1 Navigation.

(autopilot – type, manufacturer, working principles)

(navigation systems – components, accuracy)

7.6.2 Communication.

The frequencies — indicated below — that are used for the command and control link, as well as for the payload link are accepted by the Belgian Institute for Postal services and Telecommunications (BIPT).

CAUTION! These frequencies may only be used within the indicated power limits.

7.6.3 Sensors | Telemetry.

7.7 Launch | Flight Recovery System.

7.8 Payloads.

7.9 Remote Pilot Station.

7.10 Ground Support | Surveillance.

(ground support equipment)



(surveillance equipment)


RPAS Flight Manual Handling, Care and Maintenance<<RPAS Type>>

Section 8

HANDLING, CARE AND MAINTENANCE


8.1 INTRODUCTION....................................................................................................................2

8.2 TRANSPORT | STORAGE.....................................................................................................2

8.3 ASSEMBLY | DISASSEMBLY................................................................................................2

8.4 CLEANING AND CARE..........................................................................................................2

8.4.1 Propeller Care.............................................................................................................2

8.4.2 Battery Care and Use.................................................................................................2

8.5 SCHEDULED MAINTENANCE..............................................................................................2

8.5.1 Annual Inspection (suggested)...................................................................................2

8.5.2 500 Hour Preventive Maintenance (suggested)..........................................................2

8.6 INSPECTION REQUIREMENTS............................................................................................3

8.6.1 Pre-Flight Inspections.................................................................................................3

8.6.2 Periodic Inspections....................................................................................................3

8.7 OTHER MAINTENANCE........................................................................................................3

8.8 MAINTENANCE LOGBOOKS................................................................................................3



8.1 Introduction.This Section contains the recommended procedures for proper handling of the RPA. It also identifies certain inspection and maintenance requirements which must be followed if the RPA is to retain its original performance and dependability.

8.2 Transport | Storage.

8.3 Assembly | Disassembly.

8.4 Cleaning and Care.

8.4.1 Propeller Care.

Propellers must be checked before each flight for nicks or cracks.

8.4.2 Battery Care and Use.

Charging, Conditioning, Replacing Batteries.

8.5 Scheduled Maintenance.

8.5.1 Annual Inspection (suggested).

Disassembly, inspection of components for wear, replace any components as required.Test all batteries for capacity.Upgrade firmware and software to latest revisions.

8.5.2 500 Hour Preventive Maintenance (suggested).

Disassembly, inspection of components for wear, replace any components as required.



Replace all motors.Test all batteries for capacity.Upgrade firmware and software to latest revisions.

8.6 Inspection Requirements.

8.6.1 Pre-Flight Inspections.

8.6.2 Periodic Inspections.

8.7 Other Maintenance.

8.8 Maintenance Logbooks.


Supplements

Section 9

SUPPLEMENTS


9.1 GENERAL..............................................................................................................................2

9.2 INDEX OF SUPPLEMENTS...................................................................................................3


Supplements

9.1 General.This Section contains information regarding optional equipment | payload | accessories which may be installed in the RPAS.

Individual supplements address each optional equipment | payload |accessory installation.

The RPAS operator should refer to these supplements to ensure that the appropriate limitations and procedures are observed.


Supplements

9.2 Index of Supplements.

Supplement Number Title Pages Equipment

Installed

1


Insert Supplement

Supplements



Supplement 131

Supplement 1

EQUIPMENT | PAYLOAD


1. GENERAL...............................................................................................................................22. OPERATING LIMITATIONS....................................................................................................2

3. EMERGENCY PROCEDURES...............................................................................................24. NORMAL OPERATING PROCEDURES................................................................................2

5. PERFORMANCE....................................................................................................................26. WEIGHT AND BALANCE........................................................................................................2

7. DESCRIPTION OF THE RPA AND SYSTEMS......................................................................28. HANDLING, CARE AND MAINTENANCE..............................................................................2

Page S131 - 1 Doc # <<Doc. Number>> Revision 00, April 1, 2016

Supplement 131

1. GENERAL

2. OPERATING LIMITATIONS

3. EMERGENCY PROCEDURES

4. NORMAL OPERATING PROCEDURES

5. PERFORMANCE

6. WEIGHT AND BALANCE

7. DESCRIPTION OF THE RPA AND SYSTEMS

8. HANDLING, CARE AND MAINTENANCE


Supplement 131



· web viewiv.characteristic speeds (take-off, cruise, landing, stall, maximum, never exceed)...

Documents