Around a year ago, after SpaceX Falcon Heavy first test flight,  I found this amazing 3d model for Falcon 9 and Falcon Heavy on Thingiverse from the user chemteacher628. I’ve decided to print it myself, so I downloaded the parts, uploaded them to Tinkercad to assemble the model virtually before printing it, to check if everything was ok. While I was checking it, I’ve decided to make a few changes. Now that Falcon Heavy has taken off again last week, I thought it was a good time to share the modifications I’ve done.

First of all I uploaded all parts to Tinkercad.

Here’s a print from the workspace:

Then I noticed the connections between parts was kind of fragile, so I added a single cylinder in the center to make the model a bit sturdier.

I also extruded the SpaceX and Falcon logos on the rocket booster and fairing, making it noticeable on the print, which also makes it easier to paint later.

Regarding the strongback, I separated each of the base parts in half, which were too big for one print, to reduce risks of it failing.

I didn’t have much success with the legs of the boosters, I’ve tried printing them but didn’t work so well with the opening mechanism.  I tried to change the design a little but it also didn’t work, so I recommend printing the original ones. Since I didn’t need to open and close the model’s legs, I just moved on and didn’t care much about it. These are the main changes but there are other minor edits as well, like the addition of support in the fairing connectors for example.

Now for 3D printing, I’ve made the model available here on thingiverse. Here’s the list of parts available and how many times they need to be printed:

  • 4x booster_connector.stl (white)
  • 1x center_1.stl (white)
  • 1x center_2.stl (white)
  • 1x center_5.stl (white)
  • 1x center_6.stl (white)
  • 1x center_7.stl (white)
  • 3x center_and_side_3.stl (white)
  • 3x center_and_side_4.stl (white)
  • 1x fairing_1.stl (white)
  • 1x fairing_2.stl (white)
  • 12x gridfin.stl (gray)
  • 12x gridfin_axle.stl (gray)
  • 12x gridfin_connector.stl (gray)
  • 1x inner rocket.stl (gray)
  • 12x leg.stl (black)
  • 12x leg_connector_1.stl (black)
  • 12x leg_connector_2.stl (black)
  • 3x rockets.stl (gray)
  • 2x side_1.stl (white)
  • 2x side_2.stl (white)
  • 2x side_5.stl (white)
  • 1x strongback_left_1.stl (gray)
  • 1x strongback_right_1.stl (gray)
  • 1x strongback_left_2.stl (gray)
  • 1x strongback_right_2.stl (gray)
  • 1x strongback_3.stl (gray)
  • 1x strongback_4.stl (gray)
  • 1x strongback_5.stl (gray)
  • 2x strongback_base_axle.stl (gray)
  • 6x strongback_base_connector.stl (gray)
  • 1x strongback_top_left.stl (gray)
  • 1x strongback_top_rightt.stl (gray)
  • 4x strongback_upper_connectorfal.stl (gray)

Here’s the correspondence between parts and names:

Keep in mind this takes a lot of time to print, some parts can take up to 3 hours. Also, some parts might not be in the best position for printing, so you should check that before printing. I’ve had these files on my computer for a while, so I thought I’d share it in case someone else might find them useful.

After printing everything, I put it all together using superglue to assure things would stay in there places. Then I painted the logos in their respective colors using nail varnish, which works surprisingly well on PLA.

Now it stands nicely on top of a bookcase, I’ve added a strip of white LEDs on the bottom to illuminate it upwards.

On its side is the Soyuz rocket, which I’ll also upload to thingiverse soon.

And that’s it. The rocket model is about 82 cm high, plus 2 cm from the Strongback base, which gives it a scale of about 1:86.

The files are all available here if you want to try print your own Falcon Heavy:

Categories: Projects

João Duarte

One of the founders of eLab Hackerspace! Post-Graduate with a Specialization in Electrical and Electronics Engineering. Some of his interests include digital fabrication, home automation, robotics, high voltage and chemistry.


Michael Powers · 27/05/2019 at 21:36


I think Musk is a Genius ( if I had his money I would be doing the same thing )

I will Try Printing what you Created

I have fully printed the Inmoov Robot and I am beginning to assemble now ( about 400 pcs )

Hands for kids too

Just a Hobby I am a General Contractor in the burbs of Chicago

I am having so much Fun Learning this Stuff


Michael Powers

    João Duarte · 27/05/2019 at 22:42

    Thanks! Yeah he is, I agree with you there. I know, that robot is quite a challenge, I’m sure this will be easy after that. Glad to hear you’re having fun. Hope you enjoy this one too. Cheers!

jules · 19/09/2019 at 18:32

its incredible but now lets print it

Leave a Reply