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BLUEFOX 2012 3D

-HCF INSTRUCTIONS

BLUEFOX 2012 3D

-HCF INSTRUCTIONS

SERVO:DT55 
               0.07 sec/60°at 6.0V
               0.07 sec/60°at 6.0V
               1.5kg-cm     at 6.0V
               20.8X11X20mm
               Weight:6.5 g
ESC: 6Amp 2-3s Lipo BEC 1A/5V
BATTERY: 350mAh 7.4v Lipo 20C

Fuselage Length:  850mm ( 33.5in. ) 
Wingspan:              780mm ( 30.7in. ) 
Flying Weight:        115-140g (with  battery) 

Motor :                 AS2204  KV1700
ESC :                  6-10Amp 
Propeller:           8043SF prop or 8040 HD prop
Servos:               4-6g micro servo *3pcs

Radio:     4/more channel 
Battery:   7.4v 2S 250-450mAh  Li-po 25C

MOTOR: AS2204 KV 1700  outrunner brushless 
                motor

65-75

65-75

40

40

40

40

50

45

45

45

45

63

80

2pcs

1pc

1pc

1pc

2.Fix left and right ailerons, same as last step. 

3.Insert lower vertical fuselage into the slot of 
horizontal fuselage, then use CA to fix. 
Notice: make sure both fuselages are perpendicul
ar to each other.

90

°

4.Glue 4pcs reinforcing doublers onto 
pre-reserved holes on back fuselage, refer to 
above pictures.

5.Install other carbon rods, and make sure the 
vertical fuselage is perpendicular to wing. 

142

mm

1

3

8mm

192m

m

0mm

13

58

m

1

m

163mm

6.Fix landing gear reinforcements to 
corresponding hole with glue. 

A

B

A

=

B

7.Fix left and right wing supporting foam with 
glue.

8.Insert upper vertical fuselage into the slot of 
horizontal fuselage, then use CA to fix. 
Notice: make sure both fuselages are 
perpendicular to each other. 

90

°

9.Install top wing.

10.Install wing fences on corresponding places 
of bottom wing and fix with glue. 

11.Install rudder on vertical fuselage. 

12.Install landing gear sets. 

13.Install wheel covers.

14.Install carbon fiber bracings between two 
wings.

15.Install 2pcs carbon fiber rods between upper 
stabilizer and rear vertical fuselage. 
Make sure stabilizer is perpendicular to vertical 
fuselage. 

16.Install motor mount on nose, then use fiber 
tape to reinforce. 

06m

m

2

257mm

6

1

0mm

17.Install 2pcs aileron control horns on back 
wings. 

18.Install elevator control horns.

19.Install rudder control horns.

20.Install motor on motor mount with 4pcs self 
tapping screws. 

21.Fix propeller with o ring.

22.Install ailerons connector with glue, then use 
carbon fiber rods to connect top and bottom 
ailerons. 

23.Place aileron servo into pre-cut servo hole 
on fuselage and fix with glue. 

135mm

95mm

27.Across thread through 3 holes on pull-pull 
thread adjustor.

28.Then pass through steel tube. 

29.Then thread through the hole on rudder servo 
arm. Stave steel tube with plier and fix with CA. 

24.Install aileron push rods. 

25.Install rudder servo arm extension. 

26.Drop some CA on the ends of thread to make 
them a little harder, so they can easily thread 
through small holes. 

30.Pass another end of thread through rudder 
control horn, and stave steel tube with plier, then 
fix with CA. The same operation as last step. 

31.Install another elevator pull-pull thread. 
Same operation as last step. 
Notice: make sure the thread is taut. 

32.Install elevator pull-pull thread. Same 
operation as rudder pull-pull thread. 

33.Fix ESC with nylon velcro on lower vertical 
fuselage. 

34.Fix receiver and battery with velcro. 

35.Pass all servo wires through fuselage and 
place them close to receiver. 

36.Connect servo and ESC to receiver, then 
power on and do equipment test. 

37.A perfect Blue Fox 2012 3D is done after 
your careful assembly. While assembly, the 
flying weight is really critical to the flight 
performance and will be affected by adding 
weight, so you should reduce any unnecessary 
weight while assembly. Then you’ll get the best 
flying performance.