Merlin CESSNA T-206 Instruction Manual

INSTRUCTION MANUAL

ML45015

English - 1-13
Deutsch - 14-27
Français - 28-41
Español - 42-55

We know you will have great fun with your model, but to get the best from your purchase please read
this information BEFORE you operate the model

Table of contents

Page

Warranty

………………………………………………………..….. 1

90 Day Component Warranty………………………………… 1

Not covered by warranty………………………………………. 1
How to claim against your warranty………………………….. 1

Introduction………………………………………………………… 2
Specifications…………………………………………………… 2

Items required for operation…………………………………… 2
Glossary…………………………………………………………. 2
Safety precautions…………………………….………………. 3
Recommended tools…………………………………………… 3
Charging the battery pack…………………………………….. 3

Transmitter………………………………………………………… 4
Preparing the transmitter……………………………………… 4

Throttle stick…………………………………………………….. 4
Elevator stick……………………………………………………. 4
Rudder stick…………………………………………………….. 4
Aileron Stick…………………………………………………….. 4

Assembly Guide………………………………………………….. 5

Trimming Adjustments and Control Test……...……. 7
Making trim adjustments to the horizontal stabiliser & rudder 7

Motor test………………………………………………………… 7

Flight Controls ……………………..……………………. 8
Using the Motor……………………..…………………………. 8

Using the Elevator……………………………………………… 8
Using the Ailerons……………….…….……………………….. 8
Using the Rudder….……………….….……………………….. 8

Pre-flight Checklist and Control Test……………………. 9
Checklist…………………………………………………………. 9

Control test………………………………………………………. 9
Range test……………………………………………………….. 9

How to Fly……………………………………………………………. 10
Experience……………………………………………………….. 10

Site and conditions………………………………………………. 10
Taking off…………………………………………………………. 10
Turning and flying………………………………………………... 10
Landing……………………………………………………………. 11
Tips for success………………………………………………….. 11

Helpful Information..………….…………………………………. 12
Trouble shooting……………...…………………………………. 12

Parts listing….………………………………………………… … 12
Repairing minor damage……………………………………….. 13
Receiver and servo wiring….………..…………………………. 13
Transmitter additional functions……………………………….. 13
Notes…………………………………………………. …………. 13

HAVE FUN! But please read this first !!

1

Warranty

90 Day Component Warranty

We want you to enjoy your Merlin Flight Product, but please read this first!

This product is covered by a 90 day component warranty from date of purchase. If any part of the product fails as a
result of faulty manufacture during this period then we will repair or replace that part at our discretion.

We do not operate a new for old warranty once the product has been used.

Please note this product is not a toy and it is recommended that children 14 and under are supervised by an adult. It
is the responsibility of the parent or guardian to ensure minors are given appropriate guidance and supervision.

If you suspect there is a problem with the product, for whatever reason, it is the user’s responsibility to investigate
and take steps to rectify the problem before further damage occurs.

Not Covered By Warranty

This is a sophisticated, high performance model and should be treated with care and respect. Every effort has been
made to make this product as strong and durable as possible, however due to the nature of this product, it is still
possible to break or damage parts through crashing or extreme use. Components damaged as a result of crash
damage, improper use, lack of maintenance or abuse are not covered by the warranty.

How to Claim Against your Warranty

For warranty claims please first contact your supplying retailer. Do not return the product to your distributor without
their prior approval. You may not need to return the product in full, only the damaged component along with a copy
of your purchase receipt. In many cases it is faster and more cost effective for the user to fit the replacement part(s)
to the product & therefore we reserve the right to supply parts only in these instances.

Any returned component that is inspected by your distributor and found to have an invalid warranty claim may be
subject to an inspection and handling fee before it can be returned. Any repairs required as a result of neglect or mis­use will be charged before any work is carried out on the product. If you decide not to have any work carried out the
distributor reserves the right to charge a handling and a shipping fee. The level of these fees are at the discretion of
the distributor.

Please attach your proof of purchase in the manual as you may need it again in the future.

Items required for operation

8 * AA Batteries for the Transmitter

Glossary

Ailerons - Rolls the aeroplane and/or provides directional control

Landing gear - Wheels on bottom of aeroplane

Vertical fin - Fin on back of aeroplane

Rudder - Moveable fin on vertical fin

Elevator - Moveable fins of the stabiliser

Fuselage - Main body of the aircraft containing motor, receiver, speed control, servos and battery

Stabiliser - Smaller flat wing on tail of aircraft

2

Specifications

Wingspan 1080mm

Fuselage Length 965mm

Flying Weight 610g

Motor Brushless Out runner Motor 1300Kv

Battery 7.4v 2 Cell 1700mah 10C Li-Polymer Battery

Flight Time Approx 15 minutes

Transmitter MTX-42 35 MHz 4 Channel

Receiver MRX-42 35 MHz 6 Channel

Charger 12v/240v Balancing Battery Charger

Servos 3 x 9g Servo

Speed Control 20A Brushless ESC

Introduction

3

Safety Precautions

• Read and follow this manual completely, observing all instructions and safety directions. Otherwise, serious
injury and damage can occur. Think about your safety, and the safety of others, first.

• Hold the aeroplane securely when the flight battery is plugged in, keep the propeller away from body parts
and clothing, even when it isn’t spinning, as it could be turned on by accident. Beware of hair becoming en
tangled in the propeller, especially while launching your aeroplane.

• Do not fly when it’s too windy or you may lose control and crash, causing injury or damage. Never fly near
people, vehicles, train tracks, buildings, power lines, water, hard surfaces or trees. Never allow anyone to
attempt to catch the aeroplane while it’s in flight or serious injury may result.

• Adult supervision for flying and battery charging is recommended for pilots age 14 and younger.

• Only use a battery charger that is Li-Po compatible to charge the flight battery. Never leave the charger

unattended while charging. This will help prevent overcharging and make sure damage does not occur to the
battery, charger or any other property. While charging, place the battery on a heat-resistant surface. Do not lay
it on carpet or upholstery while charging.

• Never cut into the battery, charger, or aeroplane wires or serious injury may occur. Causing the battery to
“short out” (crossing negative and positive bare wires) can cause fire, serious injury and damage.

• When you finish flying your aeroplane, always unplug the battery before you turn off the transmitter.

• Never fly on the same frequency as another RC aeroplane in your area. The frequency of the aeroplane is

shown on the frequency crystals.

Recommended Tools

These tools are not included with the product but are recommended for use whilst working with this product

Mini Philips Screwdriver Foam Safe Super Glue

Charging the battery pack

Use the supplied charger to charge the supplied battery. Other products are available and if used, you must follow
the products instructions to avoid damage.

The charge time for the battery is 130 minutes.

1. Connect the 240V wall mounted transformer (12V output) to the input side of the supplied charger, the red
power indicator should glow.

2. Plug the aeroplane battery into the 7.4V 2-cell output socket of the charger. The charge indicator should glow
green after 5 seconds to indicate charging is taking place.

3. When charging is complete the charger will automatically stop charging and the green light will go out.

4. Unplug the battery and input to the charger.

If the charge indicator does not glow green when the battery is plugged in or flashes then the battery is already fully
charged. For flying field use a 12V lead input is provided which can be connected to an automotive car battery ensur­ing the correct polarity is used. Red = positive terminal, black = negative terminal

Cautions

• Use the charger with adult supervision. Do not use the charger near water or when wet.

• Do not use the charger if the wire is frayed or worn. If the wire is frayed or worn a short circuit can cause a fire

or burns.

• If your battery gets hot and exceeds 50 degrees C during charge it may be faulty and should be replaced.

• If the battery pack bulges during charge or use it is faulty and should be replaced.

• Never leave your battery on charge unattended.

Packing Tape

Preparing the transmitter

Preparing the transmitter

4

Insert the aerial into the
hole and turn clockwise
until it is tightly secured.

Make sure you never over
extend the aerial as this
will cause it to break.

Open the battery hold­ing tray to expose the
empty battery slots.

Insert 8 AA batteries
into the marked spaces.
Please note the correct
direction of the batteries

Throttle Stick

Rudder Stick

9

10 11

12

1

4

7

2

3

5 6

8

13

16

15

14

Elevator Stick

1. Push the stick
forward to increase
propeller speed

2. Pull the stick
backwards to
decrease propeller
speed

1

2

1

2

1

2

1. Push the stick left to roll left,
left hand elevator moves up
and right side down

2. Push the stick right to roll
right, left hand elevator
moves down and right side
up

1. Push the stick forward to
lower the nose,
elevator moves down

2. Pull the stick backwards
to raise the nose,
elevator moves up

1. Push the stick left to
turn left, rudder
moves left

2. Push the stick right
to turn right, rudder
moves right

Aileron Stick

1

2

1. Aerial

2. Throttle Trim

3. Aileron Trim

4. Elevator Trim

5. Throttle/Rudder Stick

6. Aileron/Elevator Stick

7. Power Switch

8. Battery level indicator

9. Rudder reverse switch

10. Aileron reverse switch

11. Throttle reverse switch

12. Elevator reverse switch

13. Frequency Crystal

14. Rate Switch (see page 13)

15. Aileron/Elevator Mixer
Switch (see page 13)

16. Rudder Trim

Transmitter

The Merlin Transmitter is an advanced controller designed for the beginner to be easy to use and tune. You will need
to follow the steps below to ensure you prepare the controller correctly for use and understand the adjustment possi­bilities available.

5

Please make sure you group the
screws into the above 4 groups

Insert the undercarriage into the
section of the fuselage as shown.
Use screws B to fasten.

Insert tail into main fuselage as
shown. Use screws D to fasten.

Insert the rudder in to the fuselage
openings.

1 2

3 4

Assembly Guide

6

Attach the clevises on the tail and
rudder, insert into the middle hole.
Check trimming section for further
information

Connect the servo for the wing with the
lead in the fuselage. Then place the wing
securely in place and use screws A to
fasten. Plug the lead from the servo into
channel 2 on the receiver.

Insert the nose cone onto the main
propeller shaft.

Attach the wing struts to the
fuselage and wings. Use screws C
to fasten.

5 6

7 8

7

Making Trim Adjustments to the Horizontal Stabiliser & Rudder

1. Make sure the throttle stick is in the “off” position by pulling it fully back.

2. Turn on the transmitter and check the LED power lights come on.

3. Set the aileron, elevator & rudder trim levers to the centre.

4. Install a fully charged battery into the battery compartment nearest the front of the aeroplane and plug in the
connector to switch on.

5. The control surfaces should move as the control sticks are moved.

6. Make certain the elevator is set to neutral and is flat with the horizontal stabiliser. Do this by removing the

clevis from the control horn and turning it on the threaded pushrod as needed. Once the adjustment is made,
re-attach the clevis.

7. Make certain the rudder is set to neutral and is flat with the tail fin. Do this by removing the clevis from the
control horn and turning it on the threaded pushrod as needed. Once the adjustment is made, re-attach the
clevis.

8. Make certain the ailerons when set to neutral are flat with the wing. Do this by removing the clevis from the
control horn and turning it on the threaded pushrod as needed. Once the adjustment is made, re-attach the
clevis.

9. If for any reason the controls move in opposite directions to those explained in the transmitter functioning then
change the position of the relevant reverse switch on the transmitter.

1

6 & 8

6 & 8 4

7

It is important that the control surfaces of your aeroplane are correctly set for it to fly correctly.

Warning: Keep everything clear of the propeller before starting the tests so you do not damage any property or harm
anyone.

Motor Test

With the transmitter and aeroplane already switched on from above

1. Hold the aeroplane firmly by its fuselage and keep everything clear of the propeller.

2. Push the throttle stick forwards slowly and the propeller should spin at speed.

3. When finished with the motor test, disconnect the battery and then turn off the transmitter. Follow this step

each time you need to turn the aeroplane off.

4. If for any reason the motor operates on full power with the control stick pulled backwards and is off in the

forward position then switch off the power and reverse the relevant reverse switch on the transmitter. Then
re-test as above.

Trimming Adjustments & Control Tests

8

Using the Ailerons

In a 4-channel model the ailerons provide the primary control for turning.

• Moving the stick to the left or right will roll the aeroplane which will begin to turn and slip sideways.

• To continue the turn the aileron is returned to neutral and up elevator applied until the desired direction is

achieved.

• To complete the turn an opposite application of aileron will achieve level flight.

• Continued holding of the aileron stick will cause the aeroplane to roll upside down and eventually level once

more, such as used in advanced aerobatic manoeuvres.

Using the Motor

The motor is used to control the flying speed and rate of climb of the aeroplane

• Initial take off and climb to minimum altitude is carried out at full power.

• To achieve and maintain a level “cruising” altitude, reduce the power by moving the throttle stick down to

approximately 70% of full on. The throttle stick is proportional, so you can add or reduce throttle in small
increments as needed to maintain the altitude that you desire.

• To reduce altitude you need to reduce the throttle, and to increase altitude you need to increase the throttle

Using the Elevator

The elevator is used to control the pitch (level) of the aeroplane. In normal flight small adjustments of the elevator are
used to maintain even level flight.

• Pushing forwards on the elevator stick makes the nose lower and the speed to increase entering a dive.

• Pulling back on the stick provides up elevator making the nose rise and flight speed slow. Pulling too far back

on the elevator and climbing too quickly will cause the aeroplane stall. To avoid crashing from a stall, always
maintain enough altitude to recover. Just after a stall has occurred, the nose of the aeroplane will fall and the
aeroplane will look like it is diving. To pull out of a stall, simply pull back slowly on the elevator stick until level
flight is resumed. Pulling back too quickly or for too long will once again cause the aeroplane to enter a stall.

Using the Rudder

The rudder is used to control the turning of your aeroplane in the air or when taxiing on the ground through the
steerable front nose wheel. Once airborne on a 4-channel model the rudder is used to help with aileron turns or for
more complex aerobatic manoeuvres.

Flight Controls

9

Checklist

• Control surfaces have free movement

• All screws, bolts, etc. are tight

• Radio equipment is securely fastened inside fuselage

• Batteries are fully charged

• No wires interfere with servo motors

• Antenna is properly strung

• Wings are securely fastened

• Looking from the rear of the aeroplane to the front make sure that the wings and tail are not damaged and

are correctly aligned to the fuselage.

Control Test

Warning: Keep everything clear of the propeller before starting the control test in the event that you accidentally turn
on the motor.

1. Be certain that the throttle stick is in the “off” position and that both trim levers are centred.

2. Switch on the transmitter and check to make sure the red LED is lit continuously, indicating the transmitter

has power. If the red LED is flashing then the transmitter batteries are low on power and must be replaced
before flying.

3. Install the flight battery into the fuselage and plug it into the battery connector

4. Move the transmitter control sticks. The control surfaces should move as per your transmitter input.

5. Move the throttle stick forwards, the propeller should spin.

Each time before you start flying your Merlin Flight Product please carry out the following check checks and test.

Pre-Flight Checklist and Control Test

Range Test

1. Leave the aeroplane and walk 100 paces away whilst checking the control functions are still working.

2. If you can see or hear the control functions are still working then the range test is complete.

3. If the control functions do not work to your commands at 100 paces, do not attempt to fly your aeroplane and
refer instead to the troubleshooting section of this manual.

10

How to Fly

Experience

A pilot who has never flown an aeroplane at all will find it easier if an experienced radio control pilot is present to
guide them but by carefully following the manual’s basic instructions, flying skills can be learnt and mastered.

Site and Conditions

• Don’t fly in winds over 8 mph! If you are a less experienced pilot, this is especially important.

• Choose your flying field carefully - grass and soft ground with a 150-metres diameter of open space is ideal.

Make sure there are no obstacles that will get in your way when flying, such as trees or buildings. Make sure
you do not fly where there are pedestrians who could be hurt by the aeroplane.

• Position yourself at your flying field so that you keep the sun at your back and out of your eyes. Wear
sunglasses on bright days.

• Keep your aeroplane in front of you so you don’t have to turn in circles as you fly. Try to avoid flying directly

overhead.

• Keep the aircraft upwind, especially on windier days, to prevent it from “flying away”

Turning and Flying

1. Before your aeroplane becomes too distant begin turning by moving and releasing the aileron stick gently until
the wings are at an angle of 30 degrees. Then pull back on the elevator to tighten the turn & achieve the de­sired direction. Gently apply opposite aileron to achieve level flight.

2. Avoid holding the aileron stick on full right or full left for more than one second, as this will cause the aeroplane
to enter a spiral dive that could cause you to crash.

3. Once a normal flight altitude of 15-50 metres has been achieved reduce the throttle stick to 50-75 % of full
power. This will prevent your aeroplane climbing further, make it easier to control and lengthen the flight time.

4. Practice control by turning in large circles.

5. To make your aeroplane descend reduce the throttle stick to 0-25 % of full power and it will enter a glide. A

small amount of up elevator may be needed to keep the plane level and prevent it gaining too much speed.

Taking Off

Your Merlin aeroplane can take off from a smooth ground however we recommend first flights to be hand launched.
This can be carried out by the pilot alone but is easier with two people, one launching the aeroplane and the other at
the controls.

1. While holding the transmitter in one hand, push throttle stick to full on (up).

2. Hold your aeroplane with your other hand, take a couple of steps and firmly launch directly into the wind while

keeping the wings level. Do not throw it up or down. Point it level (parallel) with the ground when releasing.

3. Keep steering into the wind and hold at full throttle in a slight climb Do not try to climb too fast by pulling all the
way back on the elevator stick or your aeroplane may stall. You should climb by giving small amounts of ele­vator.

4. When you have reached an altitude of at least 15 to 20 metres it is safe to steer in the desired direction, as

well as adjust the throttle input, to help control altitude and speed.

11

Landing

When you begin to notice that your Merlin Product no longer climbs well under full power the battery is getting low
and it is time to land.

1. Bring your aircraft directly into the wind and toward the desired landing spot.

2. Gradually reduce throttle (and give a small amount of down elevator if you choose) to reach an altitude of

approximately 3 metres.

3. At this point, reduce the throttle to zero and your aeroplane should glide in softly for a landing.

Tips for Success

• The flight of your aeroplane may change as you enter into or fly with the wind causing the nose to rise or fall,
especially in more windy conditions. To maintain a more controlled flight be prepared to adjust the elevator
control to keep the nose of the aeroplane level whilst turning.

• If your aeroplane continues to turn left or right with the control stick in neutral position, you can apply a small
amount of opposite trim by moving the appropriate trim lever whilst still in flight.

• If when gliding your aeroplane or on low power settings it continues to dive, then adjust the trim lever on the
elevator backwards to obtain level flight.

• If when gliding your aeroplane or on low power settings it continues to stall, then adjust the trim lever on the
elevator forwards to obtain level flight.

• Note that the control range is 750 metres. Do not allow the aeroplane to get too far away from you. When the

aeroplane is further away it is harder to see and the higher you fly, the more the aeroplane will be affected by
wind.

• If you’re gliding with the motor off, allow your aeroplane more area for turns.

• Remember that holding the stick full over for too long can cause the aeroplane to spiral dive and crash. At the

very first sign of the aeroplane beginning to spiral down, immediately release the stick and give the opposite
turn control to the spiral, then pull back on the elevator gently to level flight and level the wings.

• Don’t attempt to fly or do manoeuvres beyond your flying abilities. Seek the assistance of an experienced pilot
when trying new manoeuvres that are more extreme and involve fast flight.

• Damage/bends to the wings or tail can greatly affect flight control. Replace damaged parts immediately.

• As you get better and more experienced at flying, try adding a bit of “up” elevator just prior to landing to “flare”

the aeroplane. With some practice, your landings should become smooth and on target.

12

Problem Cause Solution

Unit does not operate Transmitter “AA” batteries are depleted or in-

stalled incorrectly, indicated by a flashing or
unlit LED on transmitter or the low battery alarm.

Check polarity installation or replace with fresh “AA”
batteries.

No electrical connection. Push connectors together until they “click.”
Flight battery not charged. Charge battery fully.
Crash has damaged the radio inside. Replace the fuselage or receiver.

Aircraft keeps turning in one direc­tion

Aileron or aileron trim is not adjusted correctly. Adjust aileron and/or aileron trim.

Damage to fixed rudder (vertical stab). Make sure fixed rudder (vertical stab) is at 90 degrees

from elevator.
Aircraft is difficult to control Wing or tail is damaged. Replace damaged part.
Aircraft will not climb Battery is not fully charged. Charge battery fully shortly before flying.

Elevator trim may be incorrect. Adjust elevator trim.

Aircraft keeps pitching up steeply Wind is too gusty or strong. Postpone flying until the wind calms down.

Elevator trim may have raised too much. Trim elevator down with the transmitter trim or

threaded linkage.
Aircraft control range is limited or

interference is experienced

Transmitter batteries are low on power. Check for defective batteries and replace.

Other models are being used on the same fre­quency.

Change crystal frequency to a different number.

Transmitter aerial not fully extended. Fully extend transmitter aerial.

Troubleshooting

Parts List

Helpful Information

Part No. Description

ML45002 Main Wing Set
ML45003 Tail Wing Set (Rudder & Elevator With Servo Horn)

ML45004

Fuselage set (Front Firewall, Window pane x 8pcs, Instrument Panel Sticker,
Battery Cabin x 2pcs)

ML45005

Landing-Gear Set (Front Steerable Spring, Main Undercarriage, Wheels &

Cowling & Fixing Screws)
ML45006 Brushless Speed Controller 20A
ML45007 Brushless Motor

ML45008 Li-Poly Battery 7.4v 1700mAh
ML45009 Li-Poly 2 to 3 Cell Field Balance Charger
ML45010 MS-45 9g Servo
ML45011 10 x 4.7 EP Propeller (2Pcs)
ML45012 Navigation Light (2Pcs)

ML45013

Plastic Part Kit (Brushless Motor Mtg, Wing Strut, Fixing Screws, Push Rod,

Glue & Screwdriver)
ML45014 Front Cowling
ML45015 Merlin Cessna 206 Instruction & Parts Manual

ML45016 240V to 12V 1A Power Adaptor (EU 2-Pin)
ML45017 240V to 12V 1A Power Adaptor (UK 3-Pin)

13

Repairing Minor Damage

If you happen to crash, and part of the tail or wing breaks, you can repair the damage by using packing tape or Foam
Safe super glue to repair and cover the missing pieces. However, if the damage is severe, or if the wings and/or tail
are bent, replace the damaged parts prior to flying again. See the last few pages of the manual for a complete list of
replacement parts for your Merlin Flight Product. To ensure that you minimise the chances of any potential problems
whilst using your Merlin Product we always recommend replacing any parts that look to be damaged before use.

Notes

Transmitter Additional Functions

Your MTX-42 transmitter is supplied with 2 additional functions not used on your Merlin product. There functions are
as follows.

Rate Switch - normally set upwards (D/R) gives 100% movement of the aileron, elevator and rudder channels. In the
lower position it restricts the movement to 75% such as for beginners and sensitive models.

Mixer switch - normally set in the down position (A-NOR). In the upper position the transmitter will mix aileron and
elevator controls such as used on an elevon aircraft.

Receiver and Servo Wiring

Under normal circumstances there should be no need to unplug any of your aeroplanes wiring, however for
reference purposes the receiver is wired as follows.

Channel 1 = aileron servo
Channel 2 = elevator servo
Channel 3 = electronic speed control (propeller)
Channel 4 = rudder servo
Channel 5 = unused
Channel 6 = unused

14

VIEL SPASS! Aber lesen Sie bitte erst diese Anleitung !!

Wir wissen, dass Sie mit Ihrem Modell viel Spaß haben weden, aber BEVOR Sie das Modell in Betrieb nehmen, le­sen Sie bitte erst diese Informationen, damit Sie das Beste aus Ihrem Kauf machen können

Inhaltsverzeichnis

Seite

Garantie………………………………………………….. 15

90-Tage-Garantie auf Komponenten..…………………….... 15

Von der Garantie nicht gedeckt..…………………………….. 15
Garantieansprüche geltend machen.……………………….. 15

Einführung……………..………………………………………. 16
Technische Daten……………………….……………………… 16

Für den Betrieb erforderlich………………………………….. 16
Glossar…………………………………………………………. 16

Allgemeine Sicherheitsmaßnahmen…………………….….. 17
Empfohlenes Werkzeug……………………………………… 17
Batteriepack aufladen……..………………………………….. 17

Transmitter………………………………………………. 18

Vorbereiten des Senders………………………………….…. 18
Drosselhebel…………………………………………………... 18
Höhenruderhebel……………………………………………... 18
Seitenruderhebel………………………………………………. 18
Querruderhebel………………………………………………… 18

Zusammenbauanleitung……………………………… .. 19
Trimmeinstellungen und Steuerungstests……...……. 21

Trimmeinstellungen am Horizontalstabilisator und Seitenruder 21

Motortest.………………………………………………………. 21

Flugsteuerung……………………..…………………... 22

Motor………………………………………………………….... 22

Höhenruder………………………………………………….…. 22
Querruder………………………………………………………. 22
Seitenruder………………………………………………..…… 22

Checkliste und Steuerungstest vor dem Flug…….. 23
Checkliste……………………………………………………… 23

Steuerungstest………………………………………………… 23
Reichweitentest……………………………………………….. 23

Fliegen…………………………………………………….. 24
Erfahrung………………………………………………………. 24

Ort und Bedingungen………………………………………… 24
Starten…………………………………………………………. 24
Kurvenfliegen……………………………………………...….. 24
Landen…………………………………………………………. 25
Tips für den Erfolg…………………………………………….. 25

Nützliche Informationen..………….………………….. 26
Fehlersuche……………...………………………...…… 26

Teileliste….……………………………………………… 26
Kleinere Schäden reparieren…………………………… 27
Empfänger- und Servo-Verdrahtung….………..……… 27

Zusätzliche Senderfunktionen………………………………… 27

Notizen………………………………………………….… 27

15

Garantie

90-Tage-Garantie auf Komponenten

Für dieses Produkt gilt eine 90-Tage-Garantie auf Komponenten ab dem Kaufdatum. Wenn während dieser Zeit ein
Teil des Produkts infolge Fabrikationsmängeln ausfallen sollte, liegt es in unsrem Ermessen, ob wir das Teil repari­eren oder austauschen.

Wenn das Produkt einmal benutzt wurde, bieten wir keine Neu-für-Alt-Garantie.

Beachten Sie bitte, dass dieses Produkt kein Spielzeug ist und dass Kinder unter 14 Jahren von einem Erwachse­nen beaufsichtigt werden sollten. Es liegt in der Verantwortung der Eltern oder Aufsichtspersonen, sicherzustellen,
dass Minderjährige entsprechende Anleitung und Aufsicht erhalten.

Bei der Vermutung eines Problems mit dem Produkt, aus welchem Grunde auch immer, ist der Benutzer dafür
verantwortlich, das Problem zu untersuchen und für Abhilfe zu sorgen, bevor weitere Schäden entstehen.

Von der Garantie nicht gedeckt

Dies ist ein technisch ausgereiftes Hochleistungs-Modell, das mit Sorgfalt und Respekt behandelt werden sollte. Wir
haben zwar alles getan, um dieses Produkt so stabil und haltbar wie nur möglich zu machen, trotzdem können auf
Grund der Natur dieses Produkts Teile bei Zusammenstößen oder extremem Einsatz beschädigt werden oder bre­chen. Komponenten, die durch einen Unfall, falsche Verwendung, mangelnde Wartung und Pflege oder Mißbrauch
beschädigt wurden, fallen nicht unter die Garantie.

Garantieansprüche geltend machen

Mit Garantieansprüchen wenden Sie sich bitte zuerst an Ihren Händler. Ohne vorherige Genehmigung das Produkt
nicht an den Distributor einschicken. Sie brauchen das Produkt nicht als Ganzes einschicken, nur die beschädigte
Komponente zusammen mit einer Kopie des Kaufbelegs. In vielen Fällen ist es für Sie schneller und kostengünsti­ger, Ersatzteile in das Produkt einzubauen; daher behalten wir uns das Recht vor, nur in solchen Fällen die Ersatz­teile zu liefern.

Für jede eingeschickte Komponente, bei deren Überprüfung Ihr Distributor einen ungültigen Garantieanspruch fest­gestellt hat, werden Ihnen vor der Rücksendung möglicherweise Prüfungs- und Bearbeitungskosten in Rechnung
gestellt. Reparaturen, die als Folge von Nachlässigkeit oder Mißbrauch erforderlich sind, werden in Rechnung
gestellt, bevor Arbeiten am Produkt durchgeführt werden. Wenn Sie sich entscheiden, dass keine Arbeiten ausge­führt werden sollen, hat der Distributor das Recht, Bearbeitungs- und Versandkosten in Rechnung zu stellen.

Sie sollten Ihren Kaufbeleg an dieses Handbuch anheften, für den Fall, dass Sie ihn später noch einmal benötigen.

Für den Betrieb erforderlich

8 * AA Batterien für den Sender

Glossar

Querruder - zum Rollen des Flugzeugs und/der zur Richtungssteuerung

Landefahrwerk - Räder unten am Flugzeug

Heckflosse - senkrechte Flosse hinten am Flugzeug

Seitenruder - beweglicher Teil der Heckflosse

Höhenruder - Bewegliche Klappen an den hinteren Tragflächen (Stabilisator)

Rumpf - Körper des Flugzeugs, enthält Motor, Empfänger, Geschwindigkeitssteuerung, Servoantriebe und Batterie

Stabilisator - Kleine flache Tragfläche am Heck des Flugzeugs

16

Einführung

Technische Daten

Flügelspannweite 1080mm

Rumpflänge 965mm

Gewicht 610g

Motor Brushless Outrunner-Motor 1300 Kv

Batteries 7.4 V 2-Zellen 1700 mah 10C Li-Polymer-Batterie

Ungefaehre Flugzeit 15 minuten

Sender MTX-42 35 MHz FM 4-Kanal (Mode 2)

Empfänger MRX-42 35 MHz FM 6-Kanal

Batterieladegerät 12 V/240 V Batterie-Ausgleichsladegerät

Servo 3 x 9g Servo

Geschwindigkeitsregler 20A Brushless ESC