3D Model & 3D Print for a Trangia Spirit Burning Stove
Budget: £20 – £250 GBP
Problem:
The Trangia spirit burner stove should be kept inside a plastic bag to avoid corrosion. This is placed inside the kettle. The spirit can potentially leak or taint the kettle if it is not clean.
Solution:
Design a liquid-proof case for the Trangia spirit stove that can be 3D printed.
Requirements:
- Stop any liquid escaping
- Fit inside the kettle with the lid closed.
- Simple to remove from the kettle.
- Store the burner, burner lid, and also the simmer ring if it is placed onto the burner lid.
- If helpful it could have the option to add a rubber O-ring - ideally the same one that is used in the burner lid.
- It should be possible for an amateur to print it with a domestic 3D printer and readily available filament.
- Make the final model open source and available on your Thingiverse account.
- It does not need to be heat-proof, assume the burner is cold.
Timeline:
- Initial design: 1 week
- Revisions and finalization: 1 additional week
Sign-Off:
- video of you putting the stove into a case, then into the kettle, closing the lid and then taking it our again.
Requirements and Qualifications:
- Proficiency in 3D modeling software (e.g., Fusion 360).
- Experience with 3D printing and familiarity with common domestic 3D printers and filaments.
- Must own a 3D printer to test out the design.
- Must own and have experience using a Trangia spirit burning stove - for accurate testing and fitting.
The Trangia spirit burner stove should be kept inside a plastic bag to avoid corrosion. This is placed inside the kettle. The spirit can potentially leak or taint the kettle if it is not clean.
Solution:
Design a liquid-proof case for the Trangia spirit stove that can be 3D printed.
Requirements:
- Stop any liquid escaping
- Fit inside the kettle with the lid closed.
- Simple to remove from the kettle.
- Store the burner, burner lid, and also the simmer ring if it is placed onto the burner lid.
- If helpful it could have the option to add a rubber O-ring - ideally the same one that is used in the burner lid.
- It should be possible for an amateur to print it with a domestic 3D printer and readily available filament.
- Make the final model open source and available on your Thingiverse account.
- It does not need to be heat-proof, assume the burner is cold.
Timeline:
- Initial design: 1 week
- Revisions and finalization: 1 additional week
Sign-Off:
- video of you putting the stove into a case, then into the kettle, closing the lid and then taking it our again.
Requirements and Qualifications:
- Proficiency in 3D modeling software (e.g., Fusion 360).
- Experience with 3D printing and familiarity with common domestic 3D printers and filaments.
- Must own a 3D printer to test out the design.
- Must own and have experience using a Trangia spirit burning stove - for accurate testing and fitting.