RC Logger NovaX 350 User manual

88012RC (ArF)
88014RC (RtF)
NovaX 350
Operating instructions
M1

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EVER WONDERED
WHAT INNOVATION
LOOKS LIKE?
NovaX 350.

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1. QUICK START INSTRUCTIONS .............................................6
2. INTRODUCTION ....................................................................8
3. MODULES .............................................................................8
4. LATEST OPERATING INSTRUCTIONS..................................8
5. SYMBOLS..............................................................................8
6. INTENDED USE ....................................................................9
7. PRODUCT DESCRIPTION......................................................9
8. DELIVERY CONTENTS........................................................10
9. EYECONTROL APP .............................................................10
9.1 Download..........................................................................................10
9.2 Instructions and tutorials...................................................................10
10. VIDEO INSTRUCTIONS .......................................................10
11. FIRMWARE.........................................................................10
12. SPARE PARTS.....................................................................11
13. COMPATIBLE ACCESSORIES .............................................11
14. WHAT YOU NEED FOR THE ‘ArF’ VERSION? ....................12
14.1 Receiver............................................................................................12
14.2 Transmitter........................................................................................12
15. SAFETY INSTRUCTIONS.....................................................12
15.1 Persons/Product ...............................................................................12
15.2 Before commissioning.......................................................................13
15.3 During Operation...............................................................................13
15.4 Outdooryinglocations ....................................................................13
15.5 Batteries............................................................................................13
15.5.1 General information ........................................................13
15.5.2 LiPo batteries..................................................................14
15.6 Miscellaneous ...................................................................................15
16. SAFETY FEATURES AND ACCIDENT PREVENTION .........16
16.1 Safetyfeatures..................................................................................16
16.2 Accident prevention ..........................................................................16
16.2.1 Flight conditions..............................................................16
16.2.2 Area clearance................................................................16
16.2.3 Learn from experienced pilots ........................................16
16.2.4 No stunts/tricks at entry level..........................................17
17. LED – STATUS/INDICATIONS ............................................17
18. ELECTRICAL AND ELECTRONIC CONNECTIONS AND
COMPONENTS....................................................................17
18.1 Wire slack .........................................................................................17
18.2 Short cicuiting ...................................................................................17
18.3 Electrostatic discharge......................................................................17
18.4 Magnetic power.................................................................................17
19. WEIGHTS AND PAYLOAD ..................................................18
20. PCB BOARD ........................................................................18
21. PARTS AND COMPONENTS...............................................19
TABLE OF CONTENTS

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22. DIMENSIONS......................................................................20
22.1 Short legs..........................................................................................20
22.2 Long legs ..........................................................................................21
23. TERMS.................................................................................22
23.1 Throttle..............................................................................................22
23.2 Elevator.............................................................................................22
23.3 Rudder ..............................................................................................22
23.4 Aileron...............................................................................................22
23.5 Hover ................................................................................................22
23.6 Mode 1, Mode 2................................................................................22
23.7 GNSS................................................................................................22
23.8 I.R.P.C...............................................................................................22
23.9 S.M.A.R.T .........................................................................................22
23.10T.P.C.S ..............................................................................................23
24. CANOPY .............................................................................23
24.1 Removing..........................................................................................23
24.2 Mounting ...........................................................................................23
25. BATTERY .............................................................................24
25.1 Dangers ............................................................................................24
25.2 Charging ...........................................................................................24
25.3 Installation.........................................................................................24
25.4 Storage .............................................................................................25
26. ASSEMBLY AND INSTALLATION.......................................25
26.1 Whatyouneed..................................................................................25
26.2 Unpacking.........................................................................................25
26.3 Installing the legs ..............................................................................25
26.4 Installing the PPM receiver ...............................................................26
27. CALIBRATION .....................................................................26
27.1 Calibratingviaappormanually?.......................................................28
27.2 What to do if calibration fails.............................................................28
27.3 Switching between learning/calibration.............................................28
27.3.1 Starting and ending a calibration procedure...................28
27.3.2 Front LED colours when calibrating................................29
27.4 Binding transmitter and receiver .......................................................29
27.4.1 Preparing the transmitter (Tx).........................................29
27.4.2 Binding............................................................................29
27.5 Learning the channels.......................................................................30
27.5.1 Learning procedure.........................................................30
27.5.2 88014RC & 89102RC Auxiliary switch assignment .......31
27.5.3 Assigning a switch to R.T.H. ...........................................31
27.5.4 Futaba®transmitters without 3-way-toggle-switch ..........32
27.6 Calibratingthegyro...........................................................................32
27.7 Calibrating the compass ...................................................................32
27.8 ESC (Electronic speed controller).....................................................33
28. TESTING THE MOTORS ......................................................34
28.1 Flight modes .....................................................................................34
28.2 Motors...............................................................................................34
29. INSTALLING THE PROPELLERS ........................................34
29.1 Carbonbre ......................................................................................34
29.2 Plastic ...............................................................................................34
30. FLIGHT MODES...................................................................36
30.1 Overview...........................................................................................36
30.2 Basic mode .......................................................................................36
30.3 Altitude mode....................................................................................36
30.4 GPS mode ........................................................................................36

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30.5 R.T.H.................................................................................................37
30.5.1 Auto triggers ...................................................................37
30.5.2 Manual trigger.................................................................37
30.5.3 Procedure .......................................................................37
30.5.4 The importance of the GPS signal..................................37
30.6 I.R.P.C...............................................................................................38
30.6.1 Programming and activating I.R.P.C...............................38
30.6.2 Principle explained..........................................................39
30.7 Activated sensors..............................................................................39
31. FLYING THE NOVAX 350 ...................................................40
31.1 Visual inspection...............................................................................40
31.2 Stick controls.....................................................................................40
31.3 Placement at start position................................................................40
31.4 Starting the motors ..........................................................................40
31.4.1 Directional checks...........................................................40
31.4.2 Taking off.........................................................................40
31.4.3 Landing...........................................................................40
31.4.4 Trimming.........................................................................41
31.4.5 Gradual learning .............................................................41
32. USING A CAMERA ..............................................................42
32.1 Introduction .......................................................................................42
32.2 Attaching the camera........................................................................42
32.2.1 Action mounts.................................................................42
32.2.2 Double-sided tape...........................................................42
32.2.3 Alternative mounting methods ........................................42
32.3 Attaching a gimbal ...........................................................................42
32.3.1 Gimbal platform ..............................................................42
32.3.2 Connecting the gimbal....................................................42
33. MAINTENANCE, CARE AND REPAIR.................................43
33.1 Regular cleaning and maintenance ..................................................43
33.1.1 Cleaning..........................................................................43
33.1.2 Maintenance and repairs ................................................43
33.2 Drift ...................................................................................................43
33.3 After a crash......................................................................................43
33.3.1 Visual inspection.............................................................43
33.3.2 Propellers........................................................................44
34. DISPOSAL............................................................................44
34.1 General .............................................................................................44
34.2 Batteries............................................................................................44
35. TECHNICAL DATA...............................................................45
36. FCC COMPLIANCE STATEMENT........................................45
36.1 Statement according to FCC part 15.19 ...........................................45
36.2 Statement according to FCC part 15.21 ...........................................45
37. STATUS INDICATION TABLE ..............................................46
38. DECLARATION OF CONFORMITY......................................48
39. PRODUCT SUPPORT...........................................................48
40. LEGAL NOTES .....................................................................48

6| Quick Start Instructions
1. QUICK START INSTRUCTIONS
See chapter/section: ‘15.Safetyinstructions’onpage12 See chapter/section: ‘26.3Installingthelegs’onpage25
See chapter/section: ‘26.4InstallingthePPMreceiver’onpage26 See chapter/section: ‘25.Battery’onpage24
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Quick Start Instructions | 7
VRA VRB
SWA
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SWD
1
2
SWC
1
2
3
SWB
1
2
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1. Binding: see chapter ‘27.Calibration’onpage26, then
2. Learning: see chapter ‘27.Calibration’onpage26
1. Gyro: see chapter ‘27.Calibration’onpage26, then
2. Compass: see chapter ‘27.Calibration’onpage26
See chapter/section: ‘28.Testingthemotors’onpage34 See chapter/section: ‘29.Installingthepropellers’onpage34
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7 8

8| Introduction
2. INTRODUCTION
Dear customer,
ThankyouformakingtheexcellentdecisiontopurchasethisRCLogger®product. You now
haveahigh-qualityproductwithanamethatrepresentsoutstandingproducts.
This product complies with the applicable National and European standards and
regulations.Wekindlyrequesttheuser tofollowtheoperatinginstructions,topreserve
this condition and to ensure safe operation! These operating instructions relate to this
product.Theycontainimportantnoticesoncommissioningandhandling.Pleasetakethis
intoconsiderationwhenyoupasstheproductontothirdparties.
Please keep these instructions for future reference!
All company names and product designations contained herein are trademarks of the
respective owners. All rights reserved.
WewishyouagreatdealofenjoymentwithyournewRCLogger®product!
From here onwards the NovaX is simply referred to as
»NovaX 350.
3. MODULES
Theoperatinginstructionshavebeendesignedinafashionthatyouasthe
endusercaneasilynavigatethemandoperatethe»NovaX350safelyand
to your full satisfaction. For easier handling, the operating instructions/
maintenance manuals are divided up into different modules.
Each set of instructions is labelled with its corresponding MODULE INDICATOR in the
right bottom corner on the cover page (e.g. M1). Module indicators are used when referring
youtoothermodules,orfordrawingreferencesbetweenthem.
4. LATEST OPERATING INSTRUCTIONS
ENGLISH: Please download the latest version of
the operating instructions from our website at
www.rclogger.com. Navigate to the product page and open
the ”Downloads” tab. Click on ”Operating instructions” to
start the download.
DEUTSCH: Bitte laden Sie die neueste Ausgabe der
Bedienungsanleitung von unserer Website herunter, unter
www.rclogger.com. Navigieren Sie bis zur Produktseite
und öffnen Sie das Register ”Downloads” . Klicken Sie auf
”Operating instructions”, um den Download zu starten.
5. SYMBOLS
RED stands for danger and alert. Read these sections
always to avoid accidents and product damage.
BLUE provides you with additional useful information, and
highlights important facts.
GREEN stands for user safety. GREEN also stands for good
practice, protecting your product from damage.
YELLOW indicates steps that do not need to be performed
if certain conditions are met.

Intended Use | 9
6. INTENDED USE
The»NovaX350isatoymodelquadcoptersolelydesignedforprivateuseinthemodel
makingareaandtheoperatingtimesassociatedwiththis.The»NovaX350isnotsuitable
forothertypesofuse,includingcommercialapplications.
Anyuseotherthanthe one describedcan damagethe device. Moreover,this involves
dangerssuchasshortcircuit,reandelectricshock,etc.Observethesafetyinformation
under all circumstances! The product must not become damp or wet.
This product is not a toy and not suitable for children under
the age of 14.
Forsafetyandapprovalpurposes(CE),youmustnotrebuildand/ormodifythisproduct.
Ifyouusetheproductforpurposesotherthanthosedescribedabove,theproductmay
bedamaged.Inaddition,improperusecancausehazardssuchasshortcircuiting,re,
electricshocketc.Readtheinstructionscarefullyandkeepthem.
Make this product available to third parties only together
with its operating instructions.
Tap the model’s full potential through regular practice.
7. PRODUCT DESCRIPTION
The»NovaX350consolidatesrigiddesign,modernaeronautictechnologyaswellaseasy
maintainabilityintoone outstandingversatilemulti-rotorplatform.The concept provides
pilotswithanidealplatformforaerialphotographyapplicationswhilemaintainingafresh,
differentandextremelymanoeuverableconstruction,allowingeventhemostchallenging
acrobaticight.Thereissufcientavailablesurfacetomountyourfavouritecamerasystem
such as the RC Logger PRO, GoPRO®, SOCAM®UltiMate or similar.
High-quality direct current brushless motors in connection with a specially developed
control, permit a long, powerful ight operation. The new control and GNSS, I.R.P.C,
S.M.A.R.TandT.P.C.Sleadtogreatightproperties.Differentyingprogrammesensure
thatbothbeginnersandexpertswillhavefun.
Youcanoperatethe»NovaX350via:
> Stock transmitter (88014RC (RtF))
> PPM (Pulse-position modulation) & your own transmitter (88012RC (ArF))
The »NovaX 350 can be operated both indoors and outdoors during calm weather
conditions. The in-built electronic controls can balance out small undesired changes to
theightaltitude.Thelowweightofthe»NovaX350makesitreactsensitivelytowindor
draughts.
Youcanythe»NovaX350inthreedifferentmodes:
>
Basic, Altitude and GPS
Themodelisdesignedforbeginnersaswellasexperiencedmodelhelicopterpilots.
The»NovaX 350is essentiallyequipped withthe handling ofa normalhelicopter.The
differences,however,areinthedetail.Forhelicopters,thetorquebalanceisstabilisedby
specialgyros(intherudderfunction).Forthis,therearetwodifferentsystems:
> Normalgyros,or
> Gyroswiththe“headinglock”function.
Normalgyrosstabilise(cushion)thetailpropelleragainsttippingmotionswhicharecaused

10 | Delivery Contents
bythepilots(drivingspeedand/orelevatorchangesand/orexternalinuences(e.g.side
wind). A gyro with “heading lock” function has a holding action against these tipping
motions.Both systems respondaftera control command-e.g. “rudder totheleft” and
subsequent neutral positioning with the immediate stopping of the tipping motion.
In your »NovaX 350, unlike in standard helicopters, there are six gyros installed for
therudder,elevatorandaileron functions.The installed gyrosare -in comparisonwith
standardgyros-neithertobedescribedasnormalgyrosnorwith“headinglock”function.
Thegyrosinthe»NovaX350arelinkedtogethersothataftertheendofacontrolcommand
the»NovaX350alwaysattemptstoreachneutralposition(hoveringight).Ofcourse,how
wellthisworksdependsonthespaceavailable,theightspeedand/ortheprevailingight
condition,thetrimvaluesofthe»NovaX350andexternalightconditionse.g.wind.
8. DELIVERY CONTENTS
1xNovaX350copter
1xR8RadioSystem(89102RC)(
88014RC RtF only )
1xBalancecharger(69018RC)(
88014RC RtF only )
1x5200mAh3S40CLiPoBatteryPack
1xPropellerSet(ABSplastic)
1xWasherandscrewsetforcarbonbrepropellers(89106RC)
1xAllenkey(2.5mm)
1xLandingGearSet(Long)
1xLandingGearSet(Short)
1xQuickstartguide
1xInstructionsforuse(fordownload)
9. EYECONTROL APP
9.1 Download
> The EYECONTROL App is available in the Google Playstore for Android mobile
devices and in the Apple App Store for iOS devices under the name “EyeControl” .
> Makesuretheappiscompatiblewithyourdevicebeforeyouattempttoinstallit.
9.2 Instructions and tutorials
Theappincludesinstructionsandtutorialsaswellasstep-by-stepcalibrationguidance.Go
throughthembeforeyourbegincalibratingoryingthe»NovaX350.
10. VIDEO INSTRUCTIONS
We provide video instructions and tutorials for setting up, calibrating and operating the
»NovaX350.Visitwww.rclogger.com for more information.
11. FIRMWARE
RCLoggerstrivestocontinuouslyimproveitsproducts.Forthisreason,thermwareofthe
»NovaX350isbeingupdatedandimprovedtokeepyouasacustomerhappy.
Alldescriptionsintheseinstructionsarebasedonrmware
V1.0 .Futurermwareversions
maychange,improveorenhancefunctions.Newrmwareversionswithinstructionsare
madeavailabletoyoufordownloadfromwww.rclogger.com.

Spare Parts | 11
12. SPARE PARTS
BN Product Name
89089RC NovaXLandingGear
89090RC NovaXBoomSet
89091RC NovaXPropellerSet(ABS)
89092RC NovaXESC
89093RC NovaXMotor
89094RC NovaXCanopy
89095RC NovaXFlightControlBoard
89096RC NovaXPowerBoard
89097RC NovaXBodyFrame
89098RC NovaXBodyFrame(carbonbre)
89099RC NovaXSmallPartsSet
89100RC NovaXBatteryPack
69017RC LiPo (2-3S) Balance Charger
89102RC NovaXTransmitter
89103RC NovaXGPS
89104RC NovaXSpinnerSet
89105RC NovaXBumperSet
89106RC NoveXPropellerSet(carbonbre)
13. COMPATIBLE ACCESSORIES
BN Product Name
89108RC NovaXTransmitter
69017RC LiPo (2 – 3S) Balance Charger
69018RC LiPo/LiFe (2-4 S) Balance Charger
20019RC Futaba 3 CH S.Bus Receiver
20020RC XtremePPM+S.BusReceiverCombo
20018RC Fr SKY S.Bus-PPM Converter
89084RC Gel Pad
89100RC NovaXBatteryPack
10006RC SOCAM UltiMate (RC Logger Edition)

12 | What You Need For The ‘arf’ Version?
14. WHAT YOU NEED FOR THE ‘ArF’
VERSION?
14.1 Receiver
> AqualityPPMreceiver,supportingaminimumof6channels(A8-channeltransmitter
is recommended).
> A receiver connection cable (PPM receiver to PPM socket).
14.2 Transmitter
> 2.4 GHz transmitter
> 6 channels (A 8-channel transmitter is recommended)
> Min.two(2x)3-way-toggle-switches
> Min.one(1x)2-way-toggle-switch
15. SAFETY INSTRUCTIONS
Read the operating instructions carefully and especially
observe the safety instructions. If you do not follow the
safety instructions and information on proper handling
in this manual, we assume no liability for any resulting
personal injury or damage to property. Such cases will
invalidate the warranty/guarantee.
15.1 Persons/Product
> Thedeviceisnotatoy.Keepitoutofthereachofchildrenandpets.
> Do not leave packaging material lying around carelessly. These may become
dangerousplayingmaterialforchildren.
> Ifitis no longerpossibletooperate theproduct safely,takeit outof operationand
protectitfromanyaccidentaluse.Safeoperationcannolongerbeguaranteedifthe
product:
» isvisiblydamaged,
» isnolongerworkingproperly,
» hasbeenstoredforextendedperiodsinpoorambientconditions,or
» hasbeensubjectedtoanyserioustransport-relatedstresses.Theproductmust
notbecomedamporwet.The»NovaX350usesdelicateelectroniccomponents
whicharesensitivetotemperatureuctuationsandareoptimisedforaparticular
temperature range. Operating temperatures below 0°C must be avoided.
> Donotplacetheproductunderanymechanicalstress.
> Handletheproductcarefully.Jolts,impactsorafallevenfromalowheightcandamage
the product.

Safety Instructions | 13
15.2 Before commissioning
> Beforeeveryight,checkthefunctionalreliabilityofyourmodelandthetransmitter.
Watch out for any visible damage such as defective plug connections or damaged
cables and wires.
> Allmovingpartsofthemodelmustrunsmoothlybutshouldnothaveanyplayintheir
bearings.
> Before each operation check the correct and secure position of the propellers.
> Chargetheightbatteryaccordingtothe steps provided inchapter ‘24. canopy’on
page 23 . Ensure sufcient residual capacity [ battery tester (not included) ] of the
batteries inserted in the transmitter. If the batteries are empty, always replace the
completeset,neverindividualcellsonly.
> Alwaysswitchonthetransmitterrstbeforeconnectingthebatterytothe»NovaX350.
> Setthethrottletozerobeforeconnectingthebatterytothe»NovaX350.Therotors(3)
mightrununintentionally!
15.3 During Operation
> Whentherotorsarerunning,makesurethatneitherobjectsnorbodypartsareinthe
rotating and suction area of the propellers.
> Donot takeany riskswhen operatingthe model! Your ownsafety and thatof your
environmentissolelydowntoyoubeingresponsiblewhendealingwiththemodel.
> Improperoperationmaycauseseriousinjuryandpropertydamage!Thereforemake
suretokeepasufcientlysafedistancetopersons,animalsorobjectsduringoperation.
> Selectanappropriatelocationfortheoperationofthe»NovaX350.
> Fly the »NovaX 350 only if your ability to respond is unrestricted. The inuence of
tiredness, alcohol or medication can cause incorrect responses.
> Donotdirectyourmodeltowardsspectatorsoryourself.
> Motor,electronicsandightbatterymayheatupduringoperation.Wait5to10minutes
beforerechargingorreplacingtheightbattery.
>
Never switch off the transmitter while the »NovaX 350 is in use.After landing, always
disconnecttheightbatteryrst.Onlythenmaythetransmitterbeswitchedoff.
> Incaseofadefectoramalfunction,removetheproblembeforeusingthe»NovaX350
again.
> Neverexposethe»NovaX350orthetransmittertodirectsunlightorexcessiveheatfor
anextendedperiodoftime.
> Inthecaseofaseverecrash(e.g.fromahighaltitude)theelectricgyrosensorscanbe
damagedand/ormisadjusted.Therefore,fullfunctionalitymustbetestedbeforeying
again without fail!
> In the event of a crash, the throttle should be immediately set to zero. Rotating
propellers may be damaged if they come into contact with obstacles. Before ying
again, these should be checked for possible tears or breakages!
> Observe the warn/safety signals emitted by the »NovaX 350 at all times to avoid
damage(e.g.dischargedbattery).
15.4 Outdoor flying locations
> Alwaysandonlyoperatethe»NovaX350inadesignatedRCyingarea.
> Stay away from power lines, cellphone towers and other sources of potential
interference, and restricted areas.
> Neverythe»NovaX350abovepeople.
> ContactalocalRCclubnearbytondoutmoreaboutdesignatedandapprovedying
areas.
15.5 Batteries
15.5.1 General information
> Correctpolaritymustbeobservedwhileinsertingthebatteries.
>
Removethebatteryfromthe»NovaX350aftereveryight.Removethebatteriesfromthe
transmitterifyoudonotuseitforalongerperiodoftime.Dischargedbatteriesmayleak.

14 | Safety Instructions
> Leaking or damaged batteries can cause acid burns when in contact with skin.
Therefore use suitable protective gloves to handle corrupted and leaking batteries.
> Batteriesmust be keptoutofthereachofchildren.Donotleavethebatterieslying
around.Thereisariskthatchildrenorpetsmayswallowthem.
> Allbatteriesshouldbereplacedatthesametime.Mixingoldandnewbatteriescan
leadtobatteryleakageanddevicedamage.
> Batteriesmustnotbedismantled,short-circuitedorexposedtore.Neverrecharge
non-rechargeablebatteries.Thereisariskofexplosion!
> Nevermixregularbatteriesandrechargeablebatteries!
15.5.2 LiPo batteries
After the flight, the LiPo flight battery must be disconnected
from the »NovaX 350.
Lithium is a highly reactive chemical element with a
high energy density. In the case of overcharging, the
LiPo rechargeable battery packs might catch fire or even
explode. Therefore, LiPo rechargeable battery packs must
always be put on a fire-proof surface for charging and the
charging process must be supervised.
In no case must the maximum permissible battery
pack temperature of +60°C be exceeded Otherwise the
rechargeable battery may explode!
15.5.2.1 Hazards of LiPo flight batteries
> Do not leave the LiPo ight battery connected when you do not use it (e.g. during
transportorstorage).Otherwise,theLiPoightbatterymaybefullydischarged.This
woulddestroyitandrenderitunusable!Thereisalsoadangerofmalfunctiondueto
interference.Therotorscouldstartupinadvertentlyandcausedamageorinjury.
> RechargeableLiPobatteriesareverysusceptibletomoistureduetothechemicalsthey
contain!Donotexposethemtomoistureorliquids.Riskofexplosion!
> DonotexposethechargerorLiPoightbatterytohigh/lowtemperaturesortodirect
solarradiation.WhenhandlingLiPobatteries,observethespecialsafetyinformation
ofthebatterymanufacturer!
> NeverchargetheLiPoightbatteryimmediatelyafteruse.AlwaysleavetheLiPoight
batterytocooloffrst(atleast5-10minutes).
> Only charge intact and undamaged batteries. If the external insulation of the
rechargeablebatteryisdamagedoriftherechargeablebatteryisdeformedorbloated,
itmustnotbecharged.Inthiscase,thereisimmediatedangerofreandexplosion!
> NeverdamagetheexteriorofaLiPoightbattery.Nevercutthecoveringfoil.Never
stabanyLiPoightbatterieswithpointedobjects.
> As the charger and the rechargeable LiPo ight battery both heat up during the
chargingprocedure, it isnecessary to ensuresufcient ventilation. Nevercover the
chargerortheLiPoightbattery!Ofcourse,thisalsoappliesforallotherchargersand
rechargeable batteries.
> RemovetheLiPoightbatterythatistobechargedfromthemodelandplaceitona
re-proofsupport(e.g.aplate).Keepadistancetoammableobjects.
> DisconnecttheLiPoightbatteryfromthechargerwhenitisfullycharged.
> Chargersmayonlybeoperatedindryrooms.ThechargerandtheLiPoightbattery
must not become damp or wet.
> Never take the rechargeable battery apart! The rechargeable battery may not be
subjectedtoanymechanicalstrain!
> Thecontactsmaynotbeshort-circuited,asthereisdangerofreandexplosion!

Safety Instructions | 15
> Donotexposerechargeablebatteriestore,asthereisariskofexplosion!
> KeeprechargeableLiPobatteriesawayfromchildren.Storerechargeablebatteriesin
adry,coolplace.
> Ifarechargeablebatteryisdeformedordamagedduringacrash,itmustnolongerbe
used.Thesameappliesfor“swollen”rechargeablebatteries,orrechargeablebatteries
with other visible deformation or leaks. Do not attempt to charge such rechargeable
batteries!Dangerofreandexplosion!
> Disposeofsuchrechargeablebatteriesinanecologicallysoundfashion.
> The general hazard notices for handling batteries and rechargeable batteries also
applytorechargeableLiPobatteries.
15.5.2.2 Total discharge
> Since discharging below 3.0 V per cell would lead to permanent damage of the
rechargeablebatterypack,thistotaldischargingistobepreventedasfaraspossible.
> Forsafetyreasons,programmablecruisecontrols/ightcontrolsystemsshouldbeset
insuchawaythattheundervoltagedetectionhasalreadyrespondedbeforeavoltage
of3.0Vpercellisreached(e.g.3.2V).Alternatively,opticalundervoltagedisplaysare
also recommended.
15.5.2.3 Correct dimensioning
> Asthecurrentdrawnrises,thebatterypackwarmsandtheusablecapacityislowered.
The ideal operating temperature during discharge is between
+20 and +40 °C and must
notexceed +60 °C evenunderextremeload.
> Themaximumshort-timedischargecurrentisstatedinthetechnicaldatasheetsorcan
bereaddirectlyfromthebatterypack.Thevalue“C”alwaysreferstothecapacityvalue
oftherespectivebatterypack.
Example:
A battery pack with a capacity of 2100 mAh and ”20 C” can be dis-
charged with 2100 mA x 20 = 42 A maximum.
> However,themaximumpermissiblecontinuouscurrentisclearlylower.Ifthereareno
precisemanufacturer’sspecications,thebatterypackshouldnotbedischargedwith
morethanapprox.50%ofthemaximumpermissiblesurgecurrentoveralongterm.
15.6 Miscellaneous
> Consultanexpertwhenindoubtaboutoperation,safetyorconnectionofthedevice.
> Maintenance,modicationsandrepairsaretobeperformedexclusivelybyanexpert
orataqualiedshop.
> If you have questions which remain unanswered by these operating instructions,
contact our technical support service or other technical personnel.

16 | Safety Features And Accident Prevention
16. SAFETY FEATURES AND ACCIDENT
PREVENTION
Connecting a non-fully charged battery to the »NovaX 350
can lead to undervoltage detection, thus the motors will not
start.
16.1 Safety features
The»NovaX 350has a rangeof built-insafety features, whichprotect themodel from
damageand/orshouldreducepossibledamagetoaminimum.Youcanidentifysomeof
theprotectionmechanismsbyobservingthebehaviourofthefrontandrearLEDs.
Please refer to the table ‘37.StatusIndicationTable’onpage46 for an overview of LED
statuses and buzzer behaviour.
The following are indicated or monitored:
> Properlyboundtransmitter
> Signal strength
> Flight mode
> Permanentreceptioninterferences(Emergencylandingisinitiatedafterapprox.5s,
motorsareturnedoffautomatically)
> Flightbatterycondition
> Permanentvoltage undercut of ightbattery(Emergencylandingisinitiated,motors
andLEDsareturnedoffautomatically)
> Motor blockage (All motors are turned off when one or more propellers are blocked).
16.2 Accident prevention
The»NovaX350isa‘professional’toy.Professionalinthisrespectmeanshavingsufcient
knowledge of its functions and being aware of the possible dangers involved. Careless
operation can cause serious damage and injury. Fly the »NovaX 350 with necessary
cautionanddonottryanymanoeuversyoudonotfeelcomfortablewith.
16.2.1 Flight conditions
> Onlyythe»NovaX350outdoorsandduringgoodweatherconditions.
> Donotythe»NovaX350duringadverseweather(rain,snow,strongwinds,etc.).
> Donotywithouthavingcoveredtheelectronics(canopy(7)). Please ensure that no
moistureentersthecentralpiece.Neverywhenitrains!
16.2.2 Area clearance
> Keepaclearanceareaofatleast20x20m.
> Donotythe»NovaX350inthevicinityofpeopleandanimals.
16.2.3 Learn from experienced pilots
The best learning experience is provided by pilots who have
experience in flying this type of aircraft.
Do not be discouraged by the »NovaX 350’s range of
features and functions. The learning curve from beginner
to professional is steep.
We recommend you consult a model craft ight trainer or an experienced model craft
helicopterpilottoprovideyouthenecessaryguidancetogetstartedwiththe»NovaX350.

Led – Status/indications | 17
16.2.4 No stunts/tricks at entry level
We strongly advise you to refrain from stunts until you
master the »NovaX 350 in normal flying conditions.
Onceyoumasterthe»NovaX350youmaygraduallyventureintomoreadvancedterrain.
Again,advancedyinghasitsownlearningcurveandcaneasilyleadtoaccidentsand
productdamageifyoulosecontroloverthe»NovaX350.
17. LED – STATUS/INDICATIONS
Refer to ‘37.StatusIndicationTable’onpage46foracompleteoverview.Studythetable
carefullyandconsultitwhenevercolourindicationsareimportant.
18. ELECTRICAL AND ELECTRONIC
CONNECTIONS AND COMPONENTS
18.1 Wire slack
It is important to avoid wire slack. You can eliminate wire slack by twisting the wires.
Note [ Fig. 1 ].
Fig. 1
18.2 Short cicuiting
> The power board (PCB-6) must never touch the carbon bre frame. Touching can
result in an immediate short circuit.
> MakesureyoudonottouchthePCBboardswithanywiresorconnectors.Beespecially
carefulwhentheightbatteryisconnected.
18.3 Electrostatic discharge
Electrostaticdischargecandamageelectroniccomponents.Dischargeyourselfbeforeyou
touch them and do not leave sweat residue.
18.4 Magnetic power
Keep the »NovaX 350 away from magnetic sources. The »NovaX 350 uses magnetic
componentsfornavigation purpose and they maybeimpairedordamagedbyexternal
magnetic forces.

18 | Weights And Payload
19. WEIGHTS AND PAYLOAD
This is an important section to read. If you do not follow
the instructions, the »NovaX 350 may not take off or even
be damaged.
Wind conditions, altitude and temperature can have an
impact on the takeoff weight. Therefore, the actual payload
should preferrably be less than the maximum permissible
payload.
+≤
1150 g
(~40.6 oz) +
≤ 350 g
(~12.3 oz) ≤
1500 g
(~52.9 oz)
OperatingEmptyWeight
(OEW)
(incl.batteryandpropellers)
Payload
(camera, gimbal)
Max.takeoffweight
(MTOW)
Ifthetakeoffweightisexceededthe»NovaX350willnottakeoff.
20. PCB BOARD
CH
R
h
RT
R37
R4 R12 R3 R1 R8 R2 R9 R10 R32 R33 R35 R34 R6 R13
C14 C17
C9
D2
C3
R25 L30T
L302
R26
C1
E19 E18
R11
F3
PPM_IN
X1
C1C2C13
U1
R7 R6
SWD
R30 C16 R14
D1
CON
C24
S1
2
4 3
R28
R29
R24
IC2 C6
GPS
R27
L2
L2
L1 C15
L6
L5 C5
IC3
R16
R15
R17 IC1
R29 C12
F1
IC4
D2
WINSCON
R3
C22
C10
F2
U2
DEBUG
101
101
101 101 101
101 101 101 101 101 101 101 101 101 101 101 101 101 101 101 101 101
23B
23B
220
220
251
010
E305540
S2H5637
94V-0
RI
V3.d0412-336-003101
1446
C25
R36
C21
L8
LE03
C20
3
C19
C23
C10
C8
2 1
IC5
101
RETRACT_1 RETRACT_2
TELEMETRY
GIMBAL_X
101
GIMBAL_Y
2
1
5 4
3
6
Fig. 2
PCB-1 Button
PCB-2 GIMBAL_Xaxis
PCB-3 GIMBAL_Yaxis
PCB-4 TELEMETRY connector
PCB-5 PPM_IN connector
PCB-6 Power board

Parts And Components | 19
21. PARTS AND COMPONENTS
17
8
9
10
11
12
13
14
2
3
4
5
6
1 Propeller
2 Motor arm
3 Rotor
4 Motor mount (front, red)
5 Landing leg (detachable)
6 Front LED
7 Canopy
8 T-joint
9 Landing rubber
10 Rear LED
11 Elliptical
12 Motor mount (rear, black)
13 Batterystrap
14 Camera platform

20 | Dimensions
22. DIMENSIONS
22.1 Short legs
283 mm
283 mm
250 mm
169 mm
58 mm
203 mm
347 mm