ELA Aviacion ELA 07 User manual

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
1
ELA AVIACIÓN, S.L.
POLIGONO INDUSTRIAL EL BLANQUILLO, M7 P26
14290 FUENTE OBEJUNA, CÓRDOBA, ESPAÑA
Phone: [phone] Fax: [phone]
Email: [email protected]m . Web: www.elaaviacion.com

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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No part of this manual may be reproduced or transmitted in any form or by any
means, electronic or mechanical, including photocopying, recording or by any
information storage or retrieval system, without permission from ELA Aviación, S.L.
WARNING
Flying a gyroplane is a skill which requires proper tuition. Do not try
to fly this aircraft on your own unless you have completed a flight
course by a qualified instructor for ELA 07 gyroplanes.
Before flying this aircraft, read this manual as it contains important
safety relevant information.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
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PILOT OPERATOR´S HANDBOOK FOR ELA 07-07S GYROPLANE
-Gyroplane model ELA 07.
-Gyroplane serial Nº …………………………..
-Engine model Rotax ……………….
-Engine serial Nº …………………………….
-Registration marks …………………………….
-Aircraft manufacturer and type certificate
holder: ELA Aviación, S.L.
-Owner ……………………………………………………………
……………………………………………………………
……………………………………………………………
…………………………………………………………..

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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Amendments to this Manual
As necessary, ELA Aviación S.L. will issue updates to this manual and will
notify owners in the form of replacement pages with changes identified by
change bars in the margin.
Aircraft operators must ensure that amendments to their publication are
effected immediately on receipt, in accordance with the amendment
instructions which will accompany the updates.
Amendment Record
Amend’t
No.
Description of Amendment
Pages
affected
Date

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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Contents
Section I –Introduction.
1.1 General.
1.2 Applicability.
1.3 Acceptance of risk.
1.4 Terminology.
1.5 Conversion table.
Section II –Description of the aircraft.
2.1 General.
2.2 Constructional details.
2.3 Overall dimensions.
2.4 Technical data and performance.
2.5 Engine.
2.6 Gyroplane identification.
2.7 Main parts.
Section III –Operational limits.
3.1 General
3.2 Speed limits
3.3 Aerobatic manoeuvres.
3.4 Load factor.
3.5 Height/Speed envelope.
3.6 Weather.
3.7 Wind.
3.8 Limitations tables.
3.9 Fuel.
3.10 Weight and balance.
Section IV –Normal procedures.
4.1 Pre-flight check procedure.
4.2 Starting the engine.
4.3 Taxiing procedure.
4.4 Pre-take-off checks.
4.5 Rotor pre-rotation.
4.6 Take-off.
4.7 Flight manoeuvres.
4.8 Landing.
4.9 After landing.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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Section V –Emergency procedures.
5.1 Engine failure during take-off run.
5.2 Engine failure on take-off (below 150 ft).
5.3 Engine failure on take-off (above 150 ft).
5.4 Engine failure in flight.
5.5 Engine restart procedure.
5.6 Engine fire on the ground.
5.7 Engine or electrical fire in flight.
5.8 Rudder flutter.
Section VI –Handling and servicing.
6.1 Maintenance.
6.2 General.
6.3 Ground handling.
6.4 Cleaning.
6.5 Refuelling.
6.6 Checking oil level.
6.7 Checking coolant level.
6.8 Tires pressure.
6.9 Road transport.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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SECTION I –INTRODUCTION
1.1 GENERAL
This manual is always to be carried on board the aircraft and must be kept
in current up-to-date status. The latest revisions and version status are
available at www.elaaviacion.com.
This Flight Manual contains the necessary information for safe and efficient
operation of the ELA 07 series of gyroplanes. It provides a general
knowledge of the aircraft, its characteristics, limitations and specific Normal
and Emergency operating procedures. This manual is aimed at experienced
pilots and is therefore devoid of any basic flight principle. It does not
substitute a practical training course conducted by a qualified instructor.
This manual provides operating instructions for those circumstances in
which the aircraft is legally cleared to fly. Logically, it cannot cover every
possible situation which might occur. With multiple emergencies,
unexpected bad weather, difficult terrain etc., the pilot’s best judgment,
aided by his skill and experience, may justify modification of these
procedures.
Sections dedicated to Aircraft description, Operational limits, Normal
procedures, Emergency procedures and Handling and servicing procedures
that provides you with all required information to understand and use your
aircraft safely.
The operating procedures have been developed by experienced test pilots
and company engineers to give you the best information possible.
Before flying the aircraft, carefully read this manual and also the airframe
and engine maintenance manuals. A good pilot will always be fully informed
about his aircraft, its flight data and permitted operating limits. Sound
knowledge of these are essential to allow you to operate safely.
This aircraft has been designed and built to operate safely and correctly
within the limits defined in this manual.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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Airmanship, combined with correct and timely maintenance, as detailed in
the Maintenance manual, will ensure that these optimal characteristics
endure for the lifetime of the aircraft.
1.2 APPLICABILITY
This manual is applicable for all ELA 07/07S gyroplanes.
1.3 ACCEPTANCE OF RISK
Manned flight is not considered as totally risk-free. With the purchase and
use of this aircraft, the owner and the pilot, as well as any passenger,
tacitly accept that such risk exits.
All flights must be carried out where emergency landings can be made in
case of engine failure. The pilot in command is responsible in law for the
safety of the aircraft and its passengers at all times.
In the knowledge that this risk has been accepted, ELA Aviacion S.L. does
not accept liability or responsibility for any death, injury or damage arising
from the operation of this aircraft, including damage to persons or property
due to landing with engine failure or through situations which are
attributable to pilot error or imprudence.
The responsibility of ELA Aviación S.L is limited to the repair or the
replacement of parts which are ascertained as being defective due to
manufacturing processes during their statutory warranty period.
WARNING
Flying a gyroplane is a skill which requires proper tuition. Do not try
to fly this aircraft on your own unless you have completed a flight
course by a qualified instructor for ELA 07 gyroplanes.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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1.4 TERMINOLOGY
In this manual, these words have the following meanings:
Aerodynamics
CAS
Calibrated airspeed. The indicated airspeed corrected for position and instrument
error.
IAS
Indicated airspeed. The speed shown by the airspeed indicator.
TAS
True airspeed. The calibrated airspeed corrected for altitude and temperature.
Vb
Turbulence speed. Design speed for maximum gust intensity.
Vne
Never exceed speed.
Vy
Best rate of climb speed.
Vx
Best angle of climb speed.
WARNING
An operational procedure or technique etc…which could result in
personal injury or loss of life if not carefully followed.
CAUTION
An operational procedure or technique etc…which could result in
damage to the gyroplane and its equipment if not carefully followed.
Note
An operational procedure or technique etc. which is considered
essential to emphasize but has no specific safety implications.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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Meteorology
OAT
Outside Air Temperature expressed in degrees Celsius (°C).
ISA
International Standard Atmosphere.
Hp
Standard altimeter setting. 1013 mb (or hectopascals).
1.5 CONVERSION TABLE
Temperature
from
Symbol
to
Symbol
Factor
Fahrenheit
Fº
Celsius
Cº
5/9*(F-
32)
Celsius
Cº
Fahrenheit
Fº
9/5*C+32
Weight
from
to
Kilograms
Kg
Pounds
Lb
*2,205
Pounds
Lb
Kilograms
Kg
* 0,4536
Speed
from
to
Metres per
second
m/s
Feet per minute
ft/min
* 196,86
Feet per minute
ft/min
Metres per second
m/s
* 0,00508
Kilometres per
hour
km/h
Knots
Kts
* 0,54
Knots
kts
Kilometres per
hour
Km/h
* 1,852
Knots
Kts
Miles per hour
mph
* 1,15
Miles per hour
mph
Knots
Kts
* 0,87
Pressure
from
to

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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Atmospheres
Atm
Pounds per square
inch
psi
* 14,8
Pounds per square
inch
psi
Atmospheres
Atm
* 0,06756
Distance
from
to
Kilometres
Km
Nautical Miles
nm
* 0,540
Nautical miles
nm
Kilometres
Km.
* 1.852
Statute miles
sm
Nautical Miles
nm
* 0,87
Nautical Miles
nm
Statute miles
sm
* 1,15
Meters
m
Feet
ft
* 3.281
Centimetres
cm
Inches
in
* 0,3937
Inches
in
Centimetres
cm.
* 2.54
Volume
from
to
Litres
lt
US Gallons
US gal
* 0,2642
US Gallons
US gal
Litres
lt
* 3.785
Area
from
to
Square Meters
m²
Square Feet
ft²
* 10,76
Square Feet
ft²
Square Meters
m²
* 0,0929

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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Section II –DESCRIPTION OF THE AIRCRAFT
2.1 GENERAL
The ELA 07 gyroplane is designed as a 2-seater, tandem-configured three-
axis aircraft with dual controls and single engine, ideal for flight instruction
purposes. In addition to flight training and general recreational flying, the
flight characteristics of this gyroplane make such aircraft ideally suited for
tasks such as air transportation, forestry, border, livestock and traffic
surveillance, electrical pylon inspection, aerial still and film photography,
fumigation, crop spray, etc. These are typically the kind of activities which
benefit from the very low speeds at which this gyroplane can operate as
well as its characteristic zero downwash. The manoeuvring capability of the
aircraft in all configurations is exceptionally high, and since it is impossible
for the machine to enter into a stall or a spin, it has an unequalled flight
safety record. Its characteristic short take-off and landing runs make it
particularly suitable for operation from fields of modest dimension.
2.2 CONSTRUCTIONAL DETAILS
The airframe is one single part built from stainless steel TIG (tungsten-
inert-gas) welded to guarantee lifetime freedom from corrosion. The
gyroplane is a tricycle landing gear with front wheel.
The cockpit is made from composite materials, ensuring high strength with
low weight. The high sided open cockpits have clear polycarbonate
windshields to protect the occupants from wind effects but offer excellent
all-round visibility.
The layout of the instrument panel house switches which fall easily to
hand around the desired set of instruments.
The rotor blades are made from aluminium and composite materials.
The power unit consists of a pusher piston engine and three bladed
composite propeller.
The tailplane is made from composite materials and consist of a fixed
horizontal stabilizer with winglets at the ends and a vertical surface in the
center subdivided into a fixed vertical stabilizer and rudder.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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2.3 OVERALL DIMENSIONS
MEASUREMENT
METRIC
IMPERIAL
Total length
5.0 m.
16.40 ft.
Total height
2.8 m.
9.19 ft.
Cockpit width
0.75 m.
2.46 ft.
Landing gear width
1.75 m.
5.74 ft.
Rotor diameter
8.5 m.
27.89 ft.
1.73m
2.8m
1.3m
0.9m 1.76m
5 m

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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2.4 TECHNICAL DATA AND PERFORMANCE
The following performance parameters were determined by flight testing
with average piloting skills, aircraft with 450 kg MTOW, in good conditions
and clean rotor blades and propeller. The parameters apply to standard
conditions ISA (15ºC temperature, sea level and standard pressure).
Gyroplane data
With Rotax 912 ULS (100 HP)
With Rotax 914 TURBO (115
HP)
METRIC
IMPERIAL
METRIC
IMPERIAL
Empty weight (minimum equipment)
260 kg
575 lb
265 kg
585 lb
MTOW*
450 kg
1000 lb
500 kg
1100 lb
Useful load (minimum equipment)
190 kg
420 lb
235 kg
520 lb
Vne
160 kph
100 mph
(85 kts)
160 kph
100 mph
(85 kts)
Cruise speed
100 –135 kph
60 –85 mph
(55 –73 kts)
100 –145 kph
60 –90 mph
(55 –78 kts)
Min speed (level flight/full power))
40 kph
25 mph
(22 kts)
35 kph
22 mph
(19 kts)
Rate of climb
3.3 m/s
650 ft/min
5 m/s
1000 ft/min
Take-off distance (roll)
100 m
330 ft
70 m
230 ft
Landing distance
0 –30 m
0 –65 ft
0 –30 m
0 –65 ft
Fuel
Gasoline
Fuel capacity
75 l
20 gal
Unusable fuel
3 l
0.8 gal
Fuel consumption
13 –20 l/h
3.5 –5.5 gal/hr
* See the MTOW limitations for your country.

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Version: V07-05
Last modification: September 2017.
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2.5 ENGINE
1) Manufacturer ……………………………………………………………………………… Rotax
2) Take-off power:
a. 912 ULS……………………………………………………………….………… 100 hp
b. 914 UL………………………………………………………………………….. 115 hp
3) Max. engine speed……………….……………………………….…………… 5800 rpm
4) Cooling system………………………………………………………………………. Air/liquid
5) Coolant………………………………………………………………. 50% water/antifreeze
6) Electric installation…………………………………………………………………………. 12v

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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2.6 GYROPLANE IDENTIFICATION
The gyroplane identification placard is placed on the left side of the mast, oil
tank bracket.
If you need to contact ELA Aviación, S.L. for any reason please, use your
gyroplane serial number for identification.
Identification placard

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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2.7 MAIN PARTS
1
2
3
4
12
11 13
9
5
6
10 7
8
Parts:
1 –Rotor blades.
2 –Hub bar.
3 –Rotor head.
4 –Mast.
5 –Rear keel.
6 –Landing gear.
7 –Main wheels.
8 –Front wheel.
9 –Cockpit.
10 –Landing light.
11 –Windscreens.
12 –Engine.
13 –Tailplane.

ELA 07-07S PILOT OPERATOR´S HANDBOOK
Version: V07-05
Last modification: September 2017.
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8 1
4 5
2 3 6 7
Parts:
1 –Propeller.
2 –Oil cooler.
3 –Water cooler.
4 –Vertical stabilizer.
5 –Rudder.
6 –Winglet.
7 –Horizontal stabilizer.
8 –Control rods.