Kibo Australia

Crisis on the ISS

Mission: Crisis on the ISS. Track down the invisible anomaly*

A very slight drop in atmospheric pressure was detected in the system monitoring logs of the International Space Station’s Japanese Experiment Module ‘Kibo’. While this level of pressure change could be due to an equipment error, if it indicates an air leak, careful investigation is necessary.

The cause has not yet been identified, and it has not been confirmed whether or not there is a leak. At this stage, careful analysis is needed before astronauts can conduct a direct investigation. Therefore, a preliminary inspection will be conducted by operating the Int-Ball2 robot flying inside the ISS.

Based on past operational data and case studies, potential leak locations include joints, hatch areas, and the ends of experimental racks. Checkpoints with AR markers have been installed at each of these potential locations.

Int-Ball2 will visit all checkpoints to collect inspection data. However, leaks are so minute that they are invisible to the naked eye. For inspection cameras and sensors to diagnose correctly, measurements must be taken accurately at the specified positions and orientations. The more accurately you reach the target point, the more accurately you can determine the presence and severity of any abnormalities.

Once all potential locations have been surveyed, the collected data will be integrated and analysed. This may reveal the true leak location, or it may turn out to be a false alarm. We will try to identify the cause based on the limited information available.

Precisely control Int-Ball2 and uncover the true nature of the anomaly.

* This is a fictional story.

Kibo Australia

How to Join the Australian Kibo-RPC program

1. Australian students in primary school, high school and university level students may apply for the competition. Students can be from all education sectors including homeschooling.

2. A team is comprised of at least three members, with a maximum of eight.

3. Teams need to select whether they will participate in the Beginner course, or the Regular course.

4. To program Int-Ball2, students will need to use C++, or Python.

If students are unsure whether to select the Beginner course or Regular course, please check the table below:

Application Process

Call for participation is from July 6th to September 30th, 2026.

The Australian Kibo-RPC website for the 2026 challenge will be activated on July 1st.

Fill out the Application Form for Australian Kibo-RPC. If you have any questions, please email info@kiboaustralia.com.au
The application deadline is 23:59 AEST September 30, 2026.

Once registered, JAXA (Japan Aerospace Exploration Agency) will inform you of your team ID via email.

Kibo RPC 2026 High-level Schedule

Call for participation

Deadline: 23:59 AEST September 30, 2026

Team application, virtual training and self-learning.

Participants will access the Kibo-RPC 2026 guidebook (once released) which will have links to the resources and simulation environment links that are required.

Release of Simulation Environment

October 2026

Participants will create programs using JAXA’s simulation environment.

Preliminary Round

Submission deadline: January- February 2027

The most successful Australian team with progress to the final round.

Final Round in ISS / Kibo module

April-June 2027

Final round will be hosted by JAXA at Tsukuba Space Center with real-time connections with ISS. The Australian representatives will have a private link up with the ISS for the final round.
When the results of the final round are released, there is a celebratory event at Tsukuba Space Center, where teams are invited for a tour of the JAXA facilities and meet teams from other countries. The date for this is after the final round and is pending based on scheduling.

Note that this schedule is subject to change depending on the experiment schedule in the ISS.

Why enter the Kibo RPC?

The Kibo Robot Programming Challenge is an educational program in which students solve various problems by programming free-flying robots (Int-Ball2) in the International Space Station (ISS).

The Kibo-RPC will inspire students to develop their educational and professional goals to a higher level.

Participants will have the opportunity to learn cutting-edge methodologies and hone their skills in science, technology, engineering, and mathematics through this program.

The Kibo-RPC will also expand international exchange by encouraging students to interact with other participants from around the world.

Questions?

If FAQ does not resolve an issue, please contact us

Supported by

OGL

One Giant Leap Australia Foundation is the Australian Kibo-RPC Point of Contact, partnering with the Australian Space Agency in engaging with the education sector in Australia.