THANE, December 17, 2024 – InspeCity Space Laboratories Pvt. Ltd., (InspeCity) and Orbital Lasers Co., Ltd. (OLC) have signed a memorandum of understanding (MoU) to explore collaborative opportunities in developing In-Space Servicing, Assembly, and Manufacturing (ISAM) solutions that promote space sustainability. The In-Orbit Services market is poised for significant growth, projected to surpass $14.3 billion by 2031, according to Northern Sky Research's "5th IOSM" report. This expansion is driven by critical services such as satellite life extension, orbital debris mitigation, and advanced satellite servicing solutions, addressing the growing demand for cost-effective and sustainable space operations. By maximizing the utility of existing space assets, ISAM technologies minimize the costs and risks associated with launching new satellites while aligning with global sustainability goals. Scalable innovations, such as laser-based detumbling, further enhance the safety and efficiency of orbital operations, supporting applications like satellite servicing, debris removal, and in-orbit assembly.

Figure 1: InspeCity's Life extension platform VEDA (Vehicle for Life Extension and Deorbiting Activities) is a culmination of the best technologies in Propulsion, Robotics, and RPO

Laser-based detumbling is an innovative technology with the potential to revolutionize the expanding ISAM sector. This cutting-edge solution uses high-power laser systems to precisely stabilize cooperative and non-cooperative objects, such as tumbling satellites or debris, without physical contact. By reducing mission complexity, volume, and mass, laser detumbling simplifies operations and enhances safety, making it an ideal solution for sustainable orbital activities. It is particularly effective in addressing challenges posed by the growing number of satellites in Low Earth Orbit (LEO) and Geostationary Earth Orbit (GEO), which offer satellite servicing and debris management opportunities.

Figure 2: Laser Ablation for Space Debris Removal by Orbital Lasers

Addressing these challenges, InspeCity and OLC are leading advancements in space sustainability. InspeCity leverages its expertise in propulsion systems, robotics, and Rendezvous, Proximity Operations, and Docking (RPOD) technologies to extend satellite lifespans and reduce the need for additional launches and space debris.

Figure 3: Mission ConOps, InspeCity's VEDA platform augmented with OLC's laser detumbling

OLC complements this with its non-invasive, contactless, cost-effective and scalable laser detumbling technology, which adjusts the stabilize cooperative and non-cooperative objects, such as tumbling satellites or debris, for controlled deorbiting. Together, these innovations promote a circular economy in orbit. With this understanding, InspeCity and OLC signed a MoU to establish and develop business opportunities in ISAM. Both parties will explore various market development strategies, which include joint market exploration and technical studies to ensure the successful integration of their technologies. This will involve the development of a Concept of Operation (ConOps) and a regulatory study that addresses the legal frameworks in both India and Japan, as well as the regulatory landscapes of their targeted markets and projects. This collaboration will focus on compliance efforts and information exchange to ensure that all regulatory challenges are understood and addressed, facilitating the smooth execution of proposed business activities.

Figure 4: MOU signed at the Orbital Lasers Office in Tokyo, Representatives from InspeCity (left) and Orbital Lasers (right)

The MoU was signed by Prof. Arindrajit Chowdhury, CEO of InspeCity, and Mr. Tadanori Fukushima, Representative Director and CEO of OLC, and. The signing took place online and at OLC's Tokyo office, in the presence of representatives from InspeCity.

Prof. Arindrajit Chowdhury, CEO, InspeCity, noted:

"Our collaboration with Orbital Lasers represents a significant step toward achieving more sustainable and efficient space operations. The integration of cutting-edge laser technologies with our ISAM systems has the potential to redefine in-orbit life extension."

Mr. Tadanori Fukushima San, Representative Director and CEO of Orbital Lasers, added:

"We are excited to announce our partnership with InspeCity, a leader in ISAM innovation. This collaboration represents a significant milestone, uniting Japan and India in a private space alliance to advance space technology. By combining InspeCity's expertise with OLC’s advanced laser systems, we aim to revolutionize orbital operations and deliver cutting-edge solutions from Asia to the world."

About InspeCity Space Laboratories Pvt. Ltd. :
Representative: Prof. Arindrajit Chowdhury, Chief Executive Officer
Established: 2022
Head Office Location: Survey No. 2/11, Ghodbunder Rd, behind Unnathi Woods, Kavesar, Thane, Maharashtra, India, 400615

Business Focus
InspeCity, an IIT Bombay startup, is focused on advancing the ISAM ecosystem with a primary emphasis on life extension services for satellites. By leveraging proprietary technologies in propulsion, robotics, and RPOD (Rendezvous, Proximity Operations, and Docking), InspeCity offers vertically integrated solutions that sustain and optimize the operational longevity of high value assets in orbit. With the development of proprietary technologies such as the GITA propulsion system and the VEDA life extension platform, InspeCity aims to enable sustainable space activities while addressing critical challenges in the maintenance of orbital assets. Positioned as the world's first vertically integrated RPOD company, InspeCity bridges the gap between innovation and practical applications, supporting the global space economy with scalable, efficient, and reliable solutions.

About Orbital Lasers Co., Ltd.:
Representative: Mr. Tadanori Fukushima, Representative Director, and Chief Executive Officer
Established: January , 2024
Head Office Location: Akasaka Intercity AIR, 1-8-1 Akasaka, Minato-ku, Tokyo, Japan, 107-0052
https://www.inspecity.com

Business Focus:
Orbital Lasers is at the forefront of space laser technology, developing compact and highly efficient satellite laser systems to support space debris removal, detumbling solutions, and LiDAR-based remote sensing constellations. These innovations contribute to sustainability both on Earth and in space. Laser-based detumbling offers a contactless, low-complexity, and cost-effective solution for orbital operations, while LiDAR technology enables precise surface elevation measurements. The data from LiDAR systems has diverse applications, including forest management, biomass estimation, land use planning, embankment and excavation monitoring, landslide risk detection, urban digital twins, and 3D mapping.
https://www.orbitallasers.com