Depron AERO DREAM'XS User manual

1
Manuel de l’utilisateur / User manual : Dream-Xs
www.a2pro.fr
Caractéristiques :
1. Modèle d’avion d’entrainement et de compétition pour voltige Indoor F3P.
2. Entièrement fabriqué en véritable Depron® Aero découpé avec précision au laser sur
machine à commande numérique. Le Depron® Aero est une matière très rigide et légère.
3. Modèle équipé d’aérofreins permettant un vol à vitesse constante, même en phase
descendante d’une figure.
4. Design efficace et optimisé offrant une grande surface de portance latérale pour une
excellente stabilité en vol tranche.
5. Que vous soyez un professionnel du vol 3D ou débutant dégrossi, cet modèle sera le choix
que vous ne regretterez pas.
Features :
1. Training and competition model designed for indoor F3P aerobatics.
2. Laser CNC made of genuine Depron® Aero, rigid and lightweight material.
3. The model is equipped with airbrakes that allows the speed to be the same in every flight
configuration even in vertical position.
4. Optimized and efficient design offering a great side surface, perfect for knife edge flight.
5. Whether you're a professional 3D flyer or a trained beginner, this plane will be the choice
you will not regret.
Longueur (Length): 1060mm (41.7in.)
Envergure (Wingspan): 920mm (36.2in.)
Masse (Flying weight): 200-230g
Moteur (Motor): DM2204-1600
Contrôleur (ESC): Black Fet 8A
Hélice (Propeller): APC SF 8x3.8
Servos: 3x 4,7g or 6g
Batterie (Battery): 2S liPo 250-500mAh
Fuselage Aile / Wing

85-95
85-95

10
11
1pc
1pc
1pc

1pc
1pc
1pc
1pc
29

2.Attach stabilizer to horizontal fuselage and fix
with glue. Make sure fuselage and stabilizer is
on the same level.
3.Fix left and right ailerons, same as step 1.
AB
A=B
4.Place two wing pieces on the fuselage and
make them centered, then fix with glue as
picture shown.

7
5
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.

13.Fix landing gear reinforcements to
corresponding hole with glue.
14.Install landing gear sets.

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.
17.Install rudder on vertical fuselage.
18.To avoid distortion on vertical fuselage,
install 2pcs carbon fiber rods between upper
horizontal fuselage and vertical fuselage.
19.Install 2pcs carbon fiber rods between upper
stabilizer and rear vertical fuselage. Make sure
stabilizer is perpendicular to vertical fuselage.

20.Install motor mount on nose, then use fiber
tape to reinforce.
21.Install winglet.
22.Install aileron control horns on back wings.
23.Install rudder control horns.
24.Install elevator control horns.
25.Install motor on motor mount with 4pcs self
tapping screws.

26.Fix propeller with o ring.
27.Place aileron servo into pre-cut servo hole on
fuselage and fix with glue.
28.Use screwdriver to install aileron servo arm.
29.Insert carbon rod into the hole of collet, then
fix with screwdriver.
30.Install aileron push rods. Make sure the both
aileron control surface is at the same angle.

31.Install rudder servo arm extension.
32.Drop some CA on the ends of thread to make
them a little harder, so they can easily thread
through small holes.
33.Across thread through 3 holes on pull-pull
thread adjustor.
34.Then pass through steel tube.
35.Then thread through the hole on rudder servo
arm. Stave steel tube with plier and fix with CA.

36.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.
37.Install another elevator pull-pull thread.
Same operation as last step.
Notice: make sure the thread is taut.
38.Install elevator pull-pull thread. Same
operation as rudder pull-pull thread.

39.Two different damping boards for your better
choice. Refer to above pictures.
40.Fix ESC with nylon velcro on lower vertical
fuselage.