High-Level Project Summary
In the project we dealt with the integration of 3D printing technology in the creation of space habitats. Our main problem is the high cost of launching cargo to Mars by traditional methods and the greenhouse gases generated with it, worsening the climate situation of our planet. Thanks of our solutions on problem with lost tools we could repair broken rover wheel. This is important because it showes practical uses of 3d printed tools and parts for future repairs conducted on base.
Link to Final Project
Link to Project "Demo"
Detailed Project Description
In the project, we created a full-size rover wheel capable of withstanding the stresses placed on such structures using only 3D printing and tools manufactured on Mars. Above that, we designed a series of modular tools using many of the same components which facilitates eventual servicing and allows for less material consumption. All our models were produced using AutoDesk Inventor and Solidworks studio. Developing this type of project has long-term benefits in terms of increasing the self-sufficiency of space missions, as well as the development of technology savings and environmental aspects touched on earlier. It will also accelerate the process of learning about Mars' past and may help answer the question of whether life once existed on Mars.
All models we have developed to this point are fully optimized for 3D printing technology.
The task before us required a sensible approach to the management of available resources. For this reason, we decided to make most of the furnishings from Martian regolith. We made the responsible parts from more durable materials, i.e. polymers and metals.
The development of the project brings benefits in the form of the expansion of 3D printing technology on Mars and the improvement of ways to extract raw materials from the surface of the red planet. With the cargo weight saved, we can take more research equipment or simply reduce the cost of manned missions.
Space Agency Data
We used publicly available ESA and NASA data on the requirements for Martian habitat designers. We analyzed some of the data of interest and, based on this, decided on the most sensible use of the pool of available materials and avilable amounts of metals in mars regolit.
Hackathon Journey
This is our first expirience with hackathon formula we had a lot of fun solving problems we need to face.
We already considered our participation in next year edition.
References
Tags
#3dprinting, #mars #futurehome, #science,