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VENUS X 3D-HCF INSTRUCTIONS
Venus X 3D is orignated from our successful
product--Venus EPO, and it also uses HCF
technology. It’s suitable for both indoor and
outdoor flying.
1.5mm depron foam is used on this plane which
ensures its flying intensity in outdoor.
2.Carbon fiber materials are applied to make it
stronger. And we use new X interchange way to
reinforce the aileron, so plane’s torsional strength
is increased without too much adding weight.
3.To ensure the accurate product control, precise
control horns and accessories for Venus EPO are
also used on Venus X 3D.
4.A winglet on the fuselage is added to improve
the flying performance.
1060
920
200- 230
2206
10- 12Amp
HD 9050 or SF 9047
6- 8
3D FLYING power combo 2 (VENUS X 3D )
6
SERVO:TS-08
0.07 sec/60°at 6.0V
0.10 sec/60°at 6.0V
1.8kg-cm at 6.0V
23.6X11.5X19.65mm
Weight:8.5 g
ESC: 10Amp 2-4s Lipo BEC 1A/5V
BATTERY: 500mAh 7.4v Lipo 20C
5
41.7
36.2
5
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85-95
85-95
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1pc
10
11
1pc
1pc
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1 carbon fiber rods 1*118MM 2pcs
2 carbon fiber rods 1*158MM 2pcs
3 carbon fiber rods 1.3*160MM 2pcs(Alleron push rod)
4 carbon fiber rods 1*168MM 2pcs
5 carbon fiber rods 1*185MM 2pcs
6 carbon fiber rods 1*190MM 2pcs
7 carbon fiber rods 1*192MM 2pcs
8 carbon fiber rods 1*202MM 2pcs
9 carbon fiber rods 1*207MM 2pcs
10 carbon fiber rods 1*216MM 2pcs
11 carbon fiber rods 1*221MM 2pcs
12 carbon fiber rods 1*272MM 2pcs
13 carbon fiber rods 1*348MM 4pcs
14
15
16
17
18
19
20
21
22
23
24
25
26
27
1pc
1pc
1pc
1pc
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3.Fix left and right ailerons, same as step 1.
2.Attach stabilizer to horizontal fuselage and fix
with glue. Make sure fuselage and stabilizer is
on the same level.
A
A= B
B
4.Place two wing pieces on the fuselage and
make them centered, then fix with glue as
picture shown.
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6.Insert vertical fuselage into the slot of
horizontal fuselage, then use CA to fix.
Notice: make sure both fuselages are
perpendicular to each other.
7
5
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2
16
m
m
348mm
19
2
mm
1
8
5mm
221
mm
202
2
07
m
m
mm
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716 mm
7 mm
2 2
1
6
6
mm
13.Fix landing gear reinforcements to
corresponding hole with glue.
19
m
m
0
14.Install landing gear sets.
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15.Install wheel covers and landing gear baffle.
16.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.
18m1 m
18.To avoid distortion on vertical fuselage,
install 2pcs carbon fiber rods between upper
horizontal fuselage and vertical fuselage.
m6
1 8m
19.Install 2pcs carbon fiber rods between upper
stabilizer and rear vertical fuselage. Make sure
stabilizer is perpendicular to vertical fuselage.
17.Install rudder on vertical fuselage.
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20.Install motor mount on nose, then use fiber
tape to reinforce.
23.Install aileron control horns on back wings.
24.Install rudder control horns.
21.Install winglet.
1
5
8
mm
22.Install 2pcs carbon fiber rods between upper
horizontal fuselage and vertical fuselage.
Refer to picture.
25.Install elevator control horns.
26.Install motor on motor mount with 4pcs self
tapping screws.
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27.Fix propeller with o ring.
28.Place aileron servo into pre-cut servo hole on
fuselage and fix with glue.
30.Insert carbon rod into the hole of collet, then
fix with screwdriver.
29.Use screwdriver to install aileron servo arm.
31.Install aileron push rods. Make sure the both
aileron control surface is at the same angle.
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32.Install rudder servo arm extension.
34.Across thread through 3 holes on pull-pull
thread adjustor.
35.Then pass through steel tube.
33.Drop some CA on the ends of thread to make
them a little harder, so they can easily thread
through small holes.
36.Then thread through the hole on rudder servo
arm. Stave steel tube with plier and fix with CA.
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37.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.
38.Install another elevator pull-pull thread.
Same operation as last step.
Notice: make sure the thread is taut.
39.Install elevator pull-pull thread. Same
operation as rudder pull-pull thread.
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40.Two different damping boards for your better
choice. Refer to above pictures.
41.Fix ESC with nylon velcro on lower vertical
fuselage.
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44.Connect servo and ESC to receiver, then
power on and do equipment test.
45.A perfect VENUS X 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.
42.Fix receiver and battery with velcro.
43.Pass all servo wires through fuselage and
place them close to receiver.
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