• Models
  • Contests
  • Slicer
  • Login
  • Start Here
    thingiverse-iconprintables-iconcults3d-iconmakerworld-iconmyminifactory-icon

    3D GO

    3D ModelsContestsCollectionsSaved ModelsOn a mobile device?

3D GO

Privacy Policy
Formula 1 Circuit Coasters 3D Printer File Image 1
Formula 1 Circuit Coasters 3D Printer File Image 2
Formula 1 Circuit Coasters 3D Printer File Image 3
Formula 1 Circuit Coasters 3D Printer File Image 4
Formula 1 Circuit Coasters 3D Printer File Image 5
Formula 1 Circuit Coasters 3D Printer File Image 6
Formula 1 Circuit Coasters 3D Printer File Image 7
Formula 1 Circuit Coasters 3D Printer File Image 8
Formula 1 Circuit Coasters 3D Printer File Image 9
Formula 1 Circuit Coasters 3D Printer File Image 10
Formula 1 Circuit Coasters 3D Printer File Image 11
Formula 1 Circuit Coasters 3D Printer File Image 12
Formula 1 Circuit Coasters 3D Printer File Image 13
Formula 1 Circuit Coasters 3D Printer File Image 14
Formula 1 Circuit Coasters 3D Printer File Image 15
Formula 1 Circuit Coasters 3D Printer File Image 16
Formula 1 Circuit Coasters 3D Printer File Image 17
Formula 1 Circuit Coasters 3D Printer File Image 18
Formula 1 Circuit Coasters 3D Printer File Image 19
Formula 1 Circuit Coasters 3D Printer File Image 20
Formula 1 Circuit Coasters 3D Printer File Image 21
Formula 1 Circuit Coasters 3D Printer File Image 22
Formula 1 Circuit Coasters 3D Printer File Image 23
Formula 1 Circuit Coasters 3D Printer File Image 24
Formula 1 Circuit Coasters 3D Printer File Image 25
Formula 1 Circuit Coasters 3D Printer File Image 26
Formula 1 Circuit Coasters 3D Printer File Image 27
Formula 1 Circuit Coasters 3D Printer File Image 28
Formula 1 Circuit Coasters 3D Printer File Thumbnail 1
Formula 1 Circuit Coasters 3D Printer File Thumbnail 2
Formula 1 Circuit Coasters 3D Printer File Thumbnail 3
Formula 1 Circuit Coasters 3D Printer File Thumbnail 4
Formula 1 Circuit Coasters 3D Printer File Thumbnail 5
Formula 1 Circuit Coasters 3D Printer File Thumbnail 6
Formula 1 Circuit Coasters 3D Printer File Thumbnail 7
Formula 1 Circuit Coasters 3D Printer File Thumbnail 8
Formula 1 Circuit Coasters 3D Printer File Thumbnail 9
Formula 1 Circuit Coasters 3D Printer File Thumbnail 10
Formula 1 Circuit Coasters 3D Printer File Thumbnail 11
Formula 1 Circuit Coasters 3D Printer File Thumbnail 12
Formula 1 Circuit Coasters 3D Printer File Thumbnail 13
Formula 1 Circuit Coasters 3D Printer File Thumbnail 14
Formula 1 Circuit Coasters 3D Printer File Thumbnail 15
Formula 1 Circuit Coasters 3D Printer File Thumbnail 16
Formula 1 Circuit Coasters 3D Printer File Thumbnail 17
Formula 1 Circuit Coasters 3D Printer File Thumbnail 18
Formula 1 Circuit Coasters 3D Printer File Thumbnail 19
Formula 1 Circuit Coasters 3D Printer File Thumbnail 20
Formula 1 Circuit Coasters 3D Printer File Thumbnail 21
Formula 1 Circuit Coasters 3D Printer File Thumbnail 22
Formula 1 Circuit Coasters 3D Printer File Thumbnail 23
Formula 1 Circuit Coasters 3D Printer File Thumbnail 24
Formula 1 Circuit Coasters 3D Printer File Thumbnail 25
Formula 1 Circuit Coasters 3D Printer File Thumbnail 26
Formula 1 Circuit Coasters 3D Printer File Thumbnail 27
Formula 1 Circuit Coasters 3D Printer File Thumbnail 28

Formula 1 Circuit Coasters

Etzeitet avatarEtzeitet

February 28, 2023

printables-icon
DescriptionCommentsTags

Description

This is a collection of drinks coasters depicting Formula 1 Circuits. All circuits should be accurate as of 2022. 

This is the full list of tracks for the 2022 Formula 1 season, ordered by the 2022 schedule:

  1. Bahrain International Circuit - Sakhir, Bahrain
  2. Jeddah Corniche Circuit - Jeddah, Saudi Arabia
  3. Albert Park Circuit - Melbourne, Australia
  4. Autodromo Enzo e Dino Ferrari (Imola) - Imola, Italy
  5. Miami International Autodrome - Miami, USA
  6. Circuit de Barcelona-Catalunya - Barcelona, Spain
  7. Monaco - Monte Carlo, Monaco
  8. Baku City Circuit - Baku, Azerbaijan
  9. Gilles-Villeneuve - Montreal, Canada
  10. Silverstone - Northamptonshire, UK
  11. Red Bull Ring - Styria, Austria
  12. Circuit Paul Ricard - Le Castellet, France
  13. Hungaroring - Mogyoród, Hungary
  14. Spa-Francochamps - Stavelot, Belgium
  15. Zandvoort - Zandvoort, Netherlands
  16. Autodromo Nazionale Monza - Monza, Italy
  17. Marina Bay Street Circuit - Marina Bay, Singapore
  18. Suzuka International Racing Course - Suzuka City, Japan
  19. Circuit of the Americas - Austin, Texas, USA
  20. Autódromo Hermanos Rodríguez - Mexico City, Mexico
  21. Autódromo José Carlos Pace (Interlagos) - São Paulo, Brazil 
  22. Yas Marina Circuit - Yas Marina, Abu Dhabi


I have also included a plain version of the coaster, with just the Base and Beauty Ring.
 

Note: Due to some tracks' proportions not being ideal for the size of the coaster base I may need to tweak the geometry slightly. An example is Monaco. If I stayed 100% faithful, half the track would turn into a big blob. I try to be as faithful as possible when making these changes.

I have also created a compatible coaster holder, in various sizes, to help keep your collection tidy!

Print Dimensions

The coaster is 90 mm in diameter. The height of the main area of the coaster is 6 mm, with the total height being 7 mm to the top of the rim.

You can fit two coaster bases onto the bed of a Prusa Mini!

 

Coaster Parts

Each coaster has 4 parts that need to be printed:

  • Base
  • Beauty Ring
  • Track
  • Start Arrow



If you have an MMU or other means of printing in multicolour, you can choose to print the entire coaster in-place. The parts are all correctly placed in the 3MF files.

Files

I have included a 3MF file of each F1 coaster with all the parts in the correct place/orientation. I have also included the individual STLs. There should be no difference using one over the other, except maybe convenience.

Material Choice 

This is up to you! 

I was initially concerned PLA may be susceptible to damage or warping if a sufficiently hot mug or cup was used. However, after using these coasters (printed in PLA) for several weeks I have not encountered any problems. This is specifically with PolyMaker PolyLite PLA and Prusament PLA. Your mileage may vary based on type/brand of filament.

PETG and other similarly thermally resistant materials should have no issues at all. 

Cold drinks shouldn't be a problem.

Print Settings

No special print settings are required for the Base, Track, and Beauty Ring. The Start Arrow can be a little tricky so you may need to experiment here with what is best for your setup.

For the most part, you can print everything at 0.2 mm layer heights. Infill is entirely up to you. You shouldn't need a brim/raft for any parts except maybe the Start Arrow.

The settings I have used on my Prusa Mini:

  • 0.2 mm Layer Height for the Base (with 0.15 mm layers for the rim, see below).
  • 0.15 mm Layer Height for the Track and Beauty Ring with 2 perimeters and 0% infill.
  • 0.2 mm Layer Height for the Start Arrow.

I do not have access to a resin printer, so I can't offer any specific settings/guidance. However, I suspect this print will not present any significant challenge for a resin printer.

Some suggestions:

  • The rounded top of the Base's rim may look nicer at a smaller layer height. You could print the majority of the Base at 0.2 mm, with the rim at 0.15 mm or smaller using a Height Range Modifier in PrusaSlicer.

    The rim starts at 6 mm up from the bottom.
     
  • The side of a part on the build plate tends to have a very nice finish. You may want to print the Track and Beauty Ring upside down, so the nicer finish is facing up. You will need to flip the parts yourself after bringing the 3MF into your slicer.
     
  • Using the ironing feature creates a nice flat finish, which drastically reduces the amount of sanding required (or you can leave it as-is).
     
  • I find using 0.3 mm for the extrusion width for top layers helps prevent any small gaps in awkward areas (especially if you choose to sand).
     
  • Printing the Start Arrow can be challenging due to its small size (only 3 mm!) so you may need a couple of attempts to get it right. The good news is, this part is the same across all the F1 coasters, so you can print several and choose which are your favourite and/or look vaguely triangular and less blob-like!

    I have found the most success with printing this part on its side (the longest face down on the build plate). By printing several instances you ensure each layer has a chance to cool down. If you have a print with a smaller nozzle size, this may be less of an issue.

 

Print Times

These are from my own experience with the Prusa Mini with defaults speeds for 0.15 mm profile.

Base: ~3 hours
Beauty Ring: ~30 minutes
Track: ~20 minutes
Start Arrow: Mere seconds!

Assembly

In the Base there are small recesses for the other components to slot into. The primary purpose of these recesses is to make sure the parts are correctly lined up. 

Here the recess is highlighted in red.

There is a 0.15 mm (0.2 mm for the Start Arrow) clearance in this recess that means the parts should slot in without much resistance. This has been designed so that it is easier to line the parts up in the base, so do not worry if the parts do not stay in by themselves. I recommend a small amount of super glue or other adhesive. 

Depending on your printer's accuracy and/or material, you may find these parts end up being snap fit. If so, lucky you!

There is no particular order to the assembly.

Post Processing

If you like the fresh-off-the-printer look, you're already done! 

I personally like to sand down these coasters to get a nice smooth finish. If using PLA, sanding is really easy (elbow grease aside). I tend to start at around 100 grit on just the base to knock back the top layer a little. I then move up to 200 grit to smooth out the previous pass. If you use ironing, or depending on how clean of a top surface you end up with, you can probably skip straight to a higher grit.

At this stage, I thoroughly clean the base to remove all dust and grease, then assemble the parts into the coaster. Once the glue has cured, I move up the grits from 400, then 600, then 800, then 1000 grit. I recommend giving the coaster a quick clean between grits to remove built up dust (it also makes it easier to see areas that need more attention).

Once at 1000 grit, it should be a very smooth surface. I call it a day here, but you could go further.

I have successfully used PlastiKote clear sealers on most of the coasters I have printed and it seems to work well and holds up against the heat of hot mugs. I suggest 4-8 light coats, letting each dry for at least an hour between. I leave the coaster for several days before using, to ensure the clear coat has thoroughly hardened. If in doubt, follow the instructions on your product.

License:

Creative Commons — Attribution — Noncommercial — Share Alike

Related Models

Cable Corners... keep cables in corners! preview image

Cable Corners... keep cables in corners!

muzz64 profile image

muzz64

30,952

Headset Hanger 2.0 preview image

Headset Hanger 2.0

RMTB profile image

RMTB

16,690

PetsTags preview image

PetsTags

Dominik profile image

Dominik

1,121

Universal Filament Filter and Lubricator preview image

Universal Filament Filter and Lubricator

CreativeTools profile image

CreativeTools

26,092

3D4U by Miele Coffee Clip preview image

3D4U by Miele Coffee Clip

3D4U powered by Miele profile image

3D4U powered by Miele

8,602

Simple Customizable Key tags  preview image

Simple Customizable Key tags

constantinost profile image

constantinost

158

SHARKZ... Fun Multipurpose Clips / Holders / Pegs with moving jaws that bite! preview image

SHARKZ... Fun Multipurpose Clips / Holders / Pegs with moving jaws that bite!

muzz64 profile image

muzz64

24,648

Mechanical wall clock preview image

Mechanical wall clock

Harald Andersson profile image

Harald Andersson

6,954