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We are very proud to provide you with this model because we offer it in a Plug n'Fly version.

The "assembly" operations below are visible in a small video available on the product page of our website www.topmodel.fr.

1- Connect the 4 servos and the speed controller to the receiver.

In our case for the JETI Duplex R5L receiver:

Channel 1: Left aileron / flap servo

Channel 2: Right aileron / flap servo

Channel 3: elevator servo

Channel 4: rudder servo

Channel 5: throttle (speed controller)

The XPower Xreg20 V5 controller is programmed for you at the factory, as follows:

Para 1:  Brake Type 

 

Value 2:  Normal

Para 2:  Brake force 

 

Value 8:  Level 7

Para 3:  Voltage Cut-off Type    

Value 2:  Hard

Para 4:  LiPo Cells 

 

Value 1:  Auto Calculation

Para 5:  Cutt-off Voltage 

 

Value 2:  2.8V

Para 6:  BEC Voltage 

 

Value 1:  5.2V

Para 7:  Start-up Mode 

 

Value 1:  Normal

Para 8:  Timing 

 

Value 5:  15 °

Para 9:  Motor Direction 

 

Value 1:  Clockwise

Para 10:  Freewheel 

 

Value 2:  Disabled

You can change all of these settings by yourself, as described in the video. For your convenience, we recommend using the LED programming card for 

Xreg V5 # 099PC2.

* For F5K competition, we recommend setting Para 5 as follows to obtain the maximum motor power

Para 5:  Cutt-off Voltage 

 

Value 1:  Disabled

WARNING !!!

This means that the controller will not stop the motor when the battery is almost empty. You will therefore 

have to decide to stop flying by yourself because otherwise the motor will sip all the energy contained in 

the battery pack until the energy runs out and then, not only no more motor, but much more serious, no 

more radio. !!! And therefore crash guaranteed !!!

To help you make the decision: We have seen that the motor draws approximately 18A full throttle on the 

ground with the recommended propeller. In the air, the consumption empirically decreases by about 10%, 

or 16.2A full throttle. Our fully charged battery pack has a capacity of at least 450mAh and therefore at full 

capacity, it is possible to fly:

(0.45x60) 16.2 = 1.66 = 1' 40".

We take 30% margin and therefore we advise you to limit the full throttle time to:

1'40" - 30% = 1' 10"

2- Install the receiver in the fuselage. Make 2 holes in the fuselage sides to bring out the antennas.

3- Cut a piece about 30mm wide in a 85mm transparent shrinking sleeve. Then retract it with a heat gun around the canopy to secure it.

4- Cut a piece of about 2-3mm wide from a tube of racing bike. Pass this "rubber band" through the front of the spinner and thread it behind the 

spinner, between the spinner and the fuselage. It must pass in front of each root of the propeller blade..

5- Insert attachment screw 4-1 at the rear of the fuselage from below in the middle hole. Fit the horizontal tail on the fuselage, 4-1 screw goes 

through the front hole, then slip in the vertical tail from above. Screw in screw 4-1. Connect the elevator and rudder cables to their respective horn. 

6- Gather the 2 wings on the wing joiner.

7- Mount the wing on the fuselage having connected the aileron controls to the torsion bars. Screw the 3 wing attachment screws 2-1.

8- Locate the power battery pack into the fuselage to obtain the correct CG; see the chapter below 

CG LOCATION

.

9- Adjust the direction and the deflection of the control surfaces; see section below 

CONTROLS THROWS

.

PLUG n'FLY

5

Summary of Contents for Stika F5K PnF

Page 1: ...0 Caractéristiques techniques Technical data Envergure wingspan 1 49m Longueur length 1 01m Poids TO weight A partir de From 0 28kg Surface wing area 19 6dm2 Profil airfoil sy2 Equipements recommandés Recommended equipments Moteur motor XPower F2307 14 F5K 099F230714 livré dans le kit PnF Delivered in PnF Kit Contrôleur ESC XPower Xreg20 V5 099REG20V5 livré dans le kit PnF Delivered in PnF Kit Acc...

Page 2: ...2 3 4 4 1 DIV MISC 1 2 6 2 ...

Page 3: ... muni de son cône alu Ø25mm et de l hélice repliable 6x3 5 Alimenté par un accu LiPo XPower 450mAh 2S non fourni cet ensemble de propulsion catapulte le STIKA plein gaz Caractéristiques de vol l Très facile à piloter avec une faible charge de travail pour le pilote l Marque les moindres mouvements de la masse d air l Tourne très serré et de manière prévisible dans les thermiques l Pénétration fant...

Page 4: ...n seulement plus de moteur mais beaucoup plus grave plus de radio Et donc crash assuré Pour vous aider à prendre la décision Nous avons vu que le moteur consommait environ 18A plein pot au sol avec l hélice recommandée En l air la conso diminue empiriquement d environ 10 soit 16 2A plein pot Notre accu complètement chargé a une capacité d au moins 450mAh et donc plein pot il est possible de voler ...

Page 5: ...e motor but much more serious no more radio And therefore crash guaranteed To help you make the decision We have seen that the motor draws approximately 18A full throttle on the ground with the recommended propeller In the air the consumption empirically decreases by about 10 or 16 2A full throttle Our fully charged battery pack has a capacity of at least 450mAh and therefore at full capacity it i...

Page 6: ...millimètre près La position du CG détermine entre autres les caractéristiques du décrochage CG 70mm du bord d attaque de chaque côté du fuselage Balance In workshop sailplane ready to fly carry the model on the fingers on each side of the fuselage at the wing root after having drawn the balance marks see diagram below If the model leans forwards nose heavy move the battery backwards If the model l...

Page 7: ...tterfly flaps to elevator 31mm Course des ailerons volets Ailerons Flaps stroke 4mm Thermique 1 Thermal1 6mm 2mm prof 100 piqué elev 100 Down 5mm prof 100 cabré elev 100 Up 5mm ail 100 droite ail 100 Right 5mm ail 100 gauche ail 100 Left Course des ailerons volets Ailerons Flaps stroke Course des ailerons volets Ailerons Flaps stroke Course des ailerons volets Ailerons Flaps stroke Course des aile...

Page 8: ...ntrées sur les plans fixes Contrôler que toutes les charnières sont solidement fixées et ne peuvent en aucun cas sortir de leur logement Les tringleries de commandes doivent être rigides solides et ne doivent pas flamber Vérifier le sens de débattement des ailerons de la profondeur et de la direction Des pilotes chevronnés ont perdu leur avion à cause d ailerons inversés Accus Les accus de l émett...

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