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CELIER AVIATION Xenon 2 RST User Manual

CELIER AVIATION Xenon 2 RST
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CELIER AVIATION
SERVICE MANUAL
GYROCOPTER
Xenon 2
model: RST
FACTORY NUMBER:
DISTINGUISHING MARKS:
NUMBER ON FILE:
THE MANUAL WAS APPROVED WITH A DECISION OF PRESIDENT OF THE CIVIL AVIATION AUTHORITY
DATED …………………………………. NO. ………………………
“ULTRALIGHT
” CATEGORY
THIS GYROCOPTER CAN BE USED IN THE “ULTRALIGHT” CATEGORY FOR
LEISURE, SPORTS AND DISPLAY PURPOSES AS WELL AS OTHERS, EXCLUDING
AIR TRANSPORT.
USING THIS GYROCOPTER FOR TRAINING AND PRACTICE TO OBTAIN A
CERTIFICATE OF QUALIFICATIONS OF AN ULTRALIGHT GYROCOPTER PILOT AS
WELL AS HAVE QUALIFICATIONS ENTERED IN THIS CERTIFICATE CAN BE DONE
SOLELY IN A CERTIFIED TRAINING CENTRE.
THE GYROCOPTER MUST BE USED ACCORDING TO THE RESTRICTIONS AND
INFORMATION STATED IN THIS INSTRUCTION MANUAL.
THIS MANUAL MUST ALWAYS BE AVAILABLE WHEN PERFORMING SERVICE
ACTIVITIES, OVERHAULS AND PERIODIC WORK
ON THE GYROCOPTER.
Edition 1 24 Aug 2009
Change no.:
Document no.: X2RST-001-PL

Table of Contents

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CELIER AVIATION Xenon 2 RST Specifications

General IconGeneral
BrandCELIER AVIATION
ModelXenon 2 RST
CategoryAircrafts
LanguageEnglish

Summary

Chapter 1 General Information

1.2 Basis for Acknowledging Airworthiness

Details the regulatory basis and classification of the gyrocopter as an ultralight aircraft.

Chapter 2 Description of the Gyrocopter and its Systems

2.1.1 Technical Data

Lists key geometric and weight specifications for the gyrocopter.

2.3 Control Systems

Introduces the various control systems of the gyrocopter.

Chapter 3 Assembly and Dismantling

3.1 Assembling and Dismantling the Rotor

Covers procedures for assembling and dismantling the gyrocopter's rotor assembly.

3.1.1 Assembly Schema of the Rotor Hub

Details the assembly schema and components of the rotor hub.

3.1.2 Dismantling the Rotor

Provides step-by-step instructions for safely dismantling the rotor assembly.

3.1.3 Assembling and Aligning the Rotor

Describes the process of assembling, aligning, and checking the rotor.

3.1.4 Fitting the Rotor on the Gyrocopter

Outlines the procedure for fitting the assembled rotor onto the gyrocopter.

3.2 Assembly Schema of the Rotor Head

Illustrates the assembly schema and components of the rotor head.

3.5.1 Assembly Schema of the Rotor Control System

Provides the assembly schema for the gyrocopter's rotor control system.

3.5.2 Assembly Schema of the Directional Control System

Details the assembly schema for the directional control system of the gyrocopter.

3.6 Replacing the Master Bearing

Outlines the procedure for replacing the master bearing in the rotor head.

Chapter 4 Service Work, Operational Materials

Chapter 5 Schedule of Overhauls and Service Work

5.2 Overhauls and Servicing as per Flight Time

Details overhaul intervals based on flight hours (25, 50, 100 hours).

5.3 Overhauls and Servicing as per the Calendar

Outlines overhaul intervals based on calendar time (e.g., half-yearly, yearly).

5.4 Overhaul after the First 10 (25) Hours of Flight

Specifies initial checks and tasks to be performed after the first 10 or 25 flight hours.

5.6 25-, 50- and 100-Hour Overhauls

Presents a detailed table of tasks for 25, 50, and 100-hour overhauls.

Chapter 6 Weighing and Specifying the Position of the Centre of Gravity

Chapter 7 Durability of the Structural Components

7.2 Operation Time of the Units

Lists the recommended operational time limits for various structural units and components.

Chapter 8 Adjustment Data and Deflections of the Control Components

8.2 Angular Range of Rotor Head Movements

Specifies the design deflection and tilt angles for the rotor head.