WHAT IS IT ALL ABOUT?

Global benefit (Video)

Three, Two, One
Liftoff!!

Project Stages

1st Step: Selection

The journey began on 27 November 2022, when the SpaceDent project proposal was submitted. At the beginning, two selection stages, Shortlisting announcement and Selection meeting, were completed before, on 27 January 2023, the final Selection announcement was declared. Our proposal was ACCEPTED!!! Now, experiment will go through several stages of development before its final parabolic flight crescendo, where data will be collected, analyzed and shared.

100%

Project Stages

1st Step: Selection

The journey began on 27 November 2022, when the SpaceDent project proposal was submitted. At the beginning, two selection stages, Shortlisting announcement and Selection meeting, were completed before, on 27 January 2023, the final Selection announcement was declared. Our proposal was ACCEPTED!!! Now, experiment will go through several stages of development before its final parabolic flight crescendo, where data will be collected, analyzed and shared.

100%

Project Stages

1st Step: Selection

SpaceDent project will go through several stages of development ahead of the final parabolic flight crescendo, where data can be collected, analysed and shared before its completion on 27.11.2023. At the beginning, two selection stages, Shortlisting announcement and Selection meetings with Selection committee, must be successfully completed before the final Selection announcement will be declared.

100%

2nd step: Design

In the project's early stages, Mechanical and Electrical Engineering students played a central role in SpaceDent's heroic endeavor. Guided by expert advice from ESA and NoveSpace professionals, students successfully navigated the Preliminary and Critical Design stages and ensured that the final design aligns with experiment goals and meets all parabolic flight strict safety standards.

100%

2nd step: Design

In the project's early stages, Mechanical and Electrical Engineering students played a central role in SpaceDent's heroic endeavor. Guided by expert advice from ESA and NoveSpace professionals, students successfully navigated the Preliminary and Critical Design stages and ensured that the final design aligns with experiment goals and meets all parabolic flight strict safety standards.

100%

2nd step: Design

In the initial stage of development, Mechanical and Electrical Engineering students will play a central role in SpaceDent's heroic endeavor. Following expert advice from ESA engineers will help them to complete Preliminary Design Review and Critical Design Review stages, and conceptualise the ideas to a final design, that will satisfy all experiment goals and parabolic flight safety standards from NoveSpace.

100%

3rd step: Assemble and Verify

Successfully reached milestones and an agreed-upon final design will give the SpaceDent team the motivation to occupy a workshop and actualize their ideas into reality. Tools will be provided, materials grinded, bolts tightened. The structure will be assembled and made ready for the testing phase, where all requirements will be met.

100%

3rd step: Assemble and Verify

Successfully reached milestones and an agreed-upon final design will give the SpaceDent team the motivation to occupy a workshop and actualize their ideas into reality. Tools will be provided, materials grinded, bolts tightened. The structure will be assembled and made ready for the testing phase, where all requirements will be met.

100%

3rd step: Assemble and Verify

Successfully reached milestones and an agreed upon final design will give SpaceDent team motivation, to occupy a workshop and actualize their ideas into reality. Tools will be provided, materials grinded, bolts tightened and the construction assembled and made ready for a testing phase, where all requirements will be meet.

100%

4th step: PERFORM AND Analyse

The highlight of our project took place between 20th of November and 1st of December, when the A310 Zero-G plane took off from Bordeaux, France. Two dental medicine students performed dental procedures during a parabolic flight over the Atlantic Ocean. Three parabolic flights, 93 parabolas and 30 minutes of microgravity later, the experiment was completed. In the following months the results were analyzed and shared with ESA.

100%

4th step: PERFORM AND Analyse

The highlight of our project took place between 20th of November and 1st of December, when the A310 Zero-G plane took off from Bordeaux, France. Two dental medicine students performed dental procedures during a parabolic flight over the Atlantic Ocean. Three parabolic flights, 93 parabolas and 30 minutes of micro-gravity later, the experiment was completed. In the following months the results were analyzed and shared with ESA.

100%

5th step: communicate the results to esa

The results were communicated to the ESA and published in the HREDA archive. These results provided valuable information for the advancement of space dentistry and the oral health of astronauts in the vastness of everlasting space.

100%

5th step: communicate the results to esa

The results were communicated to ESA and published in the HREDA archive. The results provided valuable information for the advancement of space dentistry and astronauts’ oral health in the vastness of everlasting space. Collaboration with ESA is now completed.

100%

Final step: Publish the results

As the final step, the results will be published in a scientific journal. The scientific article will provide both the scientific community and the public with detailed insights into the methodologies employed, the data collected, and the conclusions drawn from the study.

Scientific article

100%

Final step: Publish the results

As the final step the results will be published in a scientific journal. Scientific article will provide the scientific community and the public with detailed insights into the methodologies employed, the data collected, and the conclusions drawn from the study.

Scientific article

100%

4th step: Perform and Analyse

The highlight of our project took place between 20th of November and 1st of December, when the A310 Zero-G plane took off from Bordeaux, France. Two dental medicine students performed dental procedures during a parabolic flight over the Atlantic Ocean. Three parabolic flights, 93 parabolas and 30 minutes of micro-gravity later, the experiment was completed. In the following months the results were analyzed and shared with ESA.

100%

5TH STEP: COMMUNICATE THE RESULTS WITH ESA

The results were communicated to ESA and published in the HREDA archive. The results provided valuable information for the advancement of space dentistry and astronauts’ oral health in the vastness of everlasting space. Collaboration with ESA is now completed.

100%

FINAL STEP: PUBLISH THE RESULTS

As the final step the results will be published in a scientific journal. Scientific article will provide the scientific community and the public with detailed insights into the methodologies employed, the data collected, and the conclusions drawn from the study.

100%

Scientific article

MULTI-DISCIPLINARY COOPERATION

Dental Medicine

Dental medicine students designed the experiment, performed the procedures in microgravity and analyzed the results.

MECHANICAL ENGINEERING

Mechanical engineering students built the experiment structure for the parabolic flight campaign.

ELECTRICAL ENGINEERING

Electrical Engineering students made sure all systems are operational and experiment data was captured correctly.

WE WILL ENSURE THAT ASTRONAUTS GOING TO MOON AND MARS WILL RETURN WITH A HEALTHY SMILE ON THEIR FACE.

Project goals

SpaceDent's findings will serve as the basis for evaluation and optimization of dental procedures for reliable dental treatment in space.

Doctor - Patient Positions

To assess how microgravity environment influences doctor-patient position and optimize it.

Dental drilling

To test if dental handpiece handling is controlled enough to provide safe caries treatment in space.

Dental filling placement

To test if dental tools handling is controlled enough to allow accurate filling placement in space.

Subjective experience

To compare participants’ experiences of dental procedures in microgravity and normal gravity.

Protocols Adaptation

To make dental procedures easy for astronauts to handle.

Tool Optimization

To assess how dental tools can be optimized for better safety, effectiveness and use.

Dental medicine in space

Long-term missions to the Moon and Mars require 18-24 months of isolation and exposure to microgravity, which could have deleterious effects on human physiology, including oral health. Dental problems could risk the mission's success, with relevant associated economic and strategic costs. To mitigate this risk, development of dental equipment, adoption of specific preventive measures, and training the astronauts will be necessary.

Teledentistry

Teledentistry will be used to monitor oral health during long-term missions to Moon and Mars.

Diagnostics

Oral diagnostics could offer a noninvasive way to monitor astronauts’ health.

Personalization

Advances in personalization of dental treatment in space are directly applicable to the optimization of treatment on Earth.

Optimization

Due to lack of space and resources miniaturization and optimization of dental infrastructure will be needed.

Regenerative Dentistry

Rapid advancements in dental regeneration will provide new possibilities to treat oral diseases in a superior way.

Materials

Dental materials will be 3D printed from regolith, a layer of loose rock resting on the surface of planets and moons.

The TEAm

Over 3 years, our team developed an experiment to explore dental care in space. We tested drilling and filling procedures during parabolic flights. We then studied how accurately they could be performed in microgravity and shared our findings with the European Space Agency.