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3D Foamy 3DF016 Instructions Manual

F-18 park jet
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Made In Washington State, USA!
This booklet divides the construction into sub-assemblies; wing, fuselage, etc.
on that particular sub-assembly.
is complete. We are human, and occasionally miss something! If you have trouble identifying a part, or are missing something, please
contact us and we can help.
During the construction process the steps will outline what part to use. We have used actual pictures instead of unclear or often
inaccurate illustrations to assist in the building process. This manual was intended for English users, and all measurements are made in
standard units. (Inch, foot, etc.)
Should you experience a problem building or flying this kit, we recommend you see your hobby shop first. If you are unable to solve
the problem, feel free to write:
This product is sold with exclusion of all warrantee, expressed or implied, statutory or otherwise.
Pilot assumes all risk in building and operating this model. Do not operate if you are not an experienced modeler. Refer to
and abide by AMA rules at
F-18 Park Jet
Kit# 3DF016
A High Performance Electric Jet
About This Construction Manual
There is a complete description of all parts under "Kit Contents" Please check to make sure your kit
Customer Service:
3D Foamy (Levi Jordan)
10040 West Barberry
Cheney, WA 99004
help@3DFoamy.com
www.modelaviation.com
© 2004 3D Foamy (Levi Jordan)
Please read each section carefully before starting
or online at
www.3DFoamy.com
for regulations on Radio Control Models.
All Rights Reserved.
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Summary of Contents for 3D Foamy 3DF016

  • Page 1 Pilot assumes all risk in building and operating this model. Do not operate if you are not an experienced modeler. Refer to and abide by AMA rules at www.modelaviation.com for regulations on Radio Control Models. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 2 1/8” lite ply elbows (laser cut) Vertical tail supports 16208 3/16” aluminum tubing Stabilator pivot bearings 16209 CD ROM Instruction/Plans CD 16210 Laser Cut Plastic Control Horns/Doublers 16211 Intro Sheet Getting Started Paper © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 3 Polymer (Cell phone could provide a 10 amp discharge. All packs battery) should be charged at “1C”(1000mah pack should charge at 1000 mah max. That means a 1 hour charge time. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 4 43.3 Pitch speed slow Mega 16-15-5 Direct 6.5x4 15.3 126.1 17.7 56.9 Razor RZ350 4.43 89.1 14.7 49.2 Least current for good performance " " 13.2 122.7 19.7 51.1 Great combo © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 5 About your Plane Your aircraft was designed by computer (CAD) for accuracy and construction ease. All parts have been precision cut on a CNC laser cutting system right here in the 3D Foamy shop! © 2004 3D Foamy (Levi Jordan)
  • Page 6 Note that all of the construction photos shown here are of the prototype F-18 Park Jet, which differs slightly from the production version. However, the general procedure and construction principles are the same. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 7 Note the aft end is left open at this point—it will be glued together later after the aft fuselage assembly is attached. After the glue has dried, glue the forward fuselage bottom piece to the bottom. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 8 (220 grit) to do the final shaping. End with 320 grit sandpaper to do the final polish sanding and provide a very smooth surface. 4. Carve the canopy to shape using the same procedure as the nosecone. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 9 If using balsa triangle, you’ll need to cut small notches in the balsa to allow it easily form the curves. 7. Glue on the aft fuselage bottom piece (the centerline should be on the inside as shown). © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 10 10. Glue in the aft motor mount (5 min epoxy recommended), making sure it is aligned with the centerline drawn on the aft fuselage bottom. After the glue is cured, sand all of the bottom fuselage corners round. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 11 Slide the carbon rod back in to the fuselage, sliding these two parts on at the same time (but don’t glue them in yet). © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 12 (so that there’s no side-to-side motion) After all of these are aligned, glue the control horn and end stop to the carbon rod with CA glue and accelerator. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 13 Dubro Micro EZ connectors are used at the servo to allow easy adjustments. The rudder-side pushrod ends are bent to shape and soldered to the cable before the pushrods are glued in (see template on plans). © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 14 (just run the spar down the edge of the foam while pressing lightly to moderately hard). This provides a nice tight fit between the foam and spar that glues well © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 15 19. Sand the wing strakes to the cross section shown on the plans using fine sandpaper (220 grit). Then glue the strakes onto the wing and fuselage using 5 minute epoxy. The tabs and slots assure proper alignment. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 16 21. Glue the 1/32” ply rudder supports into the fuselage. Use 5 minute epoxy and slide the supports into the pre-cut slits in the fuselage sides (note you’ll need to extend these slits into the fuselage top piece with a hobby knife first). © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 17 After the glue is dry, glue the turtle deck top piece on. After that glue dries, sand the corners of the turtledeck round. At this point, go ahead and sand all remaining fuselage corners round. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 18 Velcro pieces to the mounts and to the canopy. 26. Initial construction is now complete. If painting the model, see the “Painting Information” section for more info. After painting, proceed to the next step. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 19 This will allow easily adjusting the center of gravity later. Trim the wiring extension to the speed control as required and solder on the appropriate connector to match the battery. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 20 Page Additional Photos Here are some additional photos of the prototype F-18 Park Jet to illustrate how the finished model should look: © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 21 However, if you’re flying in a small field or want maximum maneuverability, leave the flaps set at 10 degrees which will allow the model to fly slower and turn tighter. © 2004 3D Foamy (Levi Jordan) All Rights Reserved.
  • Page 22 1500mah or 1.5 amps. Exceeding this will shorten the life of your cells, and can even cause a serious fire!!! (Yes, cars have gone up in flames from over charging!) © 2004 3D Foamy (Levi Jordan) All Rights Reserved.

  • Page 23: Flight Check List

    Best of flying to you, and I hope you have enjoyed building this kit as much as I have designing them! Remember to send your pictures and videos to post on the website!!! “I live for this stuff!” 3D Foamy (Levi Jordan) 12811 West Fourth Ave Cheney, WA 99004 Help@3DFoamy.com.com www.3DFoamy.com © 2004 3D Foamy (Levi Jordan) All Rights Reserved.