LED TOKYO and Ofractal Begin Joint Research on Visualization Technology to Revolutionize Orbit Design for Space Exploration Missions
LED TOKYO and Ofractal have started a joint research project to dynamically visualize spacecraft orbit designs in 3D using LED vision. The initiative aims to accelerate complex mission design decisions.
📋 Article Processing Timeline
- 📰 Published: April 6, 2026 at 18:00
- 🔍 Collected: April 6, 2026 at 09:01
- 🤖 AI Analyzed: April 21, 2026 at 02:56 (353h 55m after Collected)
## Details of this Joint Research
### ■ Research Objective
Currently, space development missions, such as the lunar exploration 'Artemis Program', the Martian moon exploration 'MMX Program', and asteroid sample returns, are becoming increasingly long-term and complex on a global scale. Consequently, 'orbit design', which dictates the flight path of spacecraft, requires extremely advanced calculations, such as maximizing fuel efficiency and utilizing gravity assists.
This research aims to achieve three-dimensional, dynamic orbit visualization using LED vision to facilitate shared understanding and rapid design judgments among researchers.
### ■ Research Background
Ofractal CEO Naoya Ozaki has been involved in spacecraft orbit design for asteroid exploration and deep space missions at institutions including the JAXA Institute of Space and Astronautical Science.
Conventional orbit design requires advanced mathematical analysis. Until now, two-dimensional diagrams like 'Poincare maps' representing complex, changing orbits only by transit points have been used. However, intuitive understanding was difficult, posing challenges for design judgment and information sharing. In modern space missions proceeding with multinational and multidisciplinary cooperation, the 'ease of understanding' and 'ease of sharing' of orbit designs have become extremely important factors.
### ■ Goals of the Joint Research & Future Outlook
In this research, we aim to achieve the following using LED vision:
- Formulation of draft proposals for dynamic 3D visual representations
- Optimization support in the orbit design process
Through this, we intend to speed up design judgments and elevate decision-making. In the future, we will contribute to science communication in space development by presenting spacecraft orbit design processes in a form that the general public can intuitively understand.
This joint research aims to create a new research support method by fusing aerospace engineering with spatial imaging technology. Through this initiative, LED TOKYO aims to evolve the design process of space exploration missions to be more intuitive and advanced.
* JAXA: Japan Aerospace Exploration Agency
Ofractal Inc. (Representative Director and President: Naoya Ozaki)
A startup aiming to democratize deep space exploration with the mission of 'Creating an era where we can go to asteroids every month'. Leveraging its strength in advanced orbit design technology and analysis infrastructure, it promotes a high-frequency asteroid exploration plan using an ultra-small spacecraft constellation. It won the Grand Prize at 'S-Booster 2023' hosted by the Cabinet Office and is challenging the construction of new deep space infrastructure to realize monthly asteroid visits at 1/100th of the conventional cost. In addition, it promotes a mission design and consulting business that supports the optimization of deep space missions by applying advanced analysis insights cultivated through in-house exploration. Moving forward, it aims to establish a technical support system for players tackling complex deep space exploration and provide new value for the utilization of space resources.
LED TOKYO Inc. (Representative Director and President: Naoki Suzuki)
Mission state: 'Illuminating entertainment and art with light.'
### ■ Research Objective
Currently, space development missions, such as the lunar exploration 'Artemis Program', the Martian moon exploration 'MMX Program', and asteroid sample returns, are becoming increasingly long-term and complex on a global scale. Consequently, 'orbit design', which dictates the flight path of spacecraft, requires extremely advanced calculations, such as maximizing fuel efficiency and utilizing gravity assists.
This research aims to achieve three-dimensional, dynamic orbit visualization using LED vision to facilitate shared understanding and rapid design judgments among researchers.
### ■ Research Background
Ofractal CEO Naoya Ozaki has been involved in spacecraft orbit design for asteroid exploration and deep space missions at institutions including the JAXA Institute of Space and Astronautical Science.
Conventional orbit design requires advanced mathematical analysis. Until now, two-dimensional diagrams like 'Poincare maps' representing complex, changing orbits only by transit points have been used. However, intuitive understanding was difficult, posing challenges for design judgment and information sharing. In modern space missions proceeding with multinational and multidisciplinary cooperation, the 'ease of understanding' and 'ease of sharing' of orbit designs have become extremely important factors.
### ■ Goals of the Joint Research & Future Outlook
In this research, we aim to achieve the following using LED vision:
- Formulation of draft proposals for dynamic 3D visual representations
- Optimization support in the orbit design process
Through this, we intend to speed up design judgments and elevate decision-making. In the future, we will contribute to science communication in space development by presenting spacecraft orbit design processes in a form that the general public can intuitively understand.
This joint research aims to create a new research support method by fusing aerospace engineering with spatial imaging technology. Through this initiative, LED TOKYO aims to evolve the design process of space exploration missions to be more intuitive and advanced.
* JAXA: Japan Aerospace Exploration Agency
Ofractal Inc. (Representative Director and President: Naoya Ozaki)
A startup aiming to democratize deep space exploration with the mission of 'Creating an era where we can go to asteroids every month'. Leveraging its strength in advanced orbit design technology and analysis infrastructure, it promotes a high-frequency asteroid exploration plan using an ultra-small spacecraft constellation. It won the Grand Prize at 'S-Booster 2023' hosted by the Cabinet Office and is challenging the construction of new deep space infrastructure to realize monthly asteroid visits at 1/100th of the conventional cost. In addition, it promotes a mission design and consulting business that supports the optimization of deep space missions by applying advanced analysis insights cultivated through in-house exploration. Moving forward, it aims to establish a technical support system for players tackling complex deep space exploration and provide new value for the utilization of space resources.
LED TOKYO Inc. (Representative Director and President: Naoki Suzuki)
Mission state: 'Illuminating entertainment and art with light.'