For more details, please refer to Northrop Grumman's press release.

IHI Corporation and IHI Aerospace Co., Ltd are pleased to announce the successful launch of the ultra-compact hyperspectral satellite "IHI-SAT2"※1 (hereinafter "the satellite"), manufactured by leading small satellite provider Kongsberg NanoAvionics based in the Republic of Lithuania. The satellite was successfully launched on November 28 (local time) from Vandenberg Space Force Base in California, USA, aboard Space Exploration Technologies Corp. (SpaceX)'s Transporter-15 mission.
      Ultra-compact hyperspectral satellite (Name: IHI-SAT2)

The primary purpose of launching IHI-SAT2 is to acquire hyperspectral satellite images from various regions around the world and to advance data analysis technologies. Hyperspectral satellite images capture more detailed information across a wide range of wavelength bands than conventional optical satellite images. This enables highly accurate, large-scale analysis of forest characteristics, including tree species, growth conditions, and early signs of disease. By leveraging this data, the satellite is expected to create value across various fields, such as forest management and the development of carbon credits that account for differences in carbon sequestration among tree species.
Furthermore, operating its own satellite enables IHI to quickly obtain data from necessary areas, allowing for faster improvement in forest monitoring and analysis technologies.

Through this satellite launch, IHI aims not only to enhance its hyperspectral observation capabilities but also to accumulate operational expertise in satellite management. The insight gained will be applied to further develop technologies for forest management operations under NeXT FOREST, a joint venture established with Sumitomo Forestry Co., Ltd. Furthermore, hyperspectral satellite will serve as a key component of the Earth observation satellite constellation※2 that IHI plans to build in the future. Knowledge and experience acquired through this IHI-SAT2 will be incorporated into future developments.

Guided by its management philosophy of "contributing to the development of society through technology," IHI will leverage its broad technological expertise—from satellite manufacturing to satellite data utilization—to advance its forest management and carbon credit businesses into sustainable operations that coexist with nature. Through the provision of integrated engineering services combining diverse solutions, IHI will continue contributing to the achievement of carbon neutrality by 2050.

In addition to IHI-SAT2, the launch also carried on board a technology demonstration satellite※3 developed by ArkEdge Space Inc. and as part of the Important Technology Program for Economic Security, in which IHI serves as the lead company. By actively engaging in various space-based technology demonstrations, IHI will continue building toward a robust and valuable satellite constellation.

【About IHI-SAT2】
・Size: 6U (approximately 10 cm × 20 cm × 30 cm)
・Operational period: 3 years
                   IHI-SAT2 Mission Patch

※1 IHI Group’s Satellite Operation Achievements
The IHI Group has an established track record in satellite operations. In 2021, the IHI Group released the AIS (Automatic Identification System) satellite "IHI-SAT" from the International Space Station (ISS). For details, please refer to the information below.
IHI & Space BD Successful Launch and Deployment of the AIS Receiving System Demonstration Satellite IHI-SAT to ISS -Addressing need for more efficient marine logistics & marine surveillance and accelerating space utilization-business-| Fiscal Year 2022 | News | IHI Corporation

※2 IHI Group’s Earth Observation Satellite Constellation Initiative
IHI and ICEYE agree to build an Earth observation satellite constellation to reinforce Japan’s national security and economic security| Fiscal Year 2025 | News | IHI Corporation

※3 IHI Group’s Initiatives for Promoting Maritime DX and Enhancing Maritime Situation AwarenessFor the latest information regarding this initiative, please refer to the details below.
Development of an Ultra-Compact Satellite Constellation System for Promoting Maritime DX and Enhancing Maritime Situation Awareness

IHI Aerospace Co., Ltd. (hereinafter referred to as “IA”) has been developing the Epsilon S launch vehicle under the contract with the Japan Aerospace Exploration Agency (hereinafter referred to as “JAXA”).
On November 26, 2024, a static firing test of second stage motor was conducted at the Tanegashima Space Center. And during the test, unexpected combustion occurred, resulting in the explosion of the rocket motor. We regret that we were not able to meet the supportive expectations of all those concerned.
In order to ensure a reliable and prompt response to this issue, we set up a task force team headed by company’s director on the day of the test.
We will fully cooperate with JAXA, and proceed with the investigation of the cause and consideration of countermeasures for this issue, with full responsibility.

IHI Aerospace Co., Ltd. has been recognized for its contribution to the success of the "Small Lunar Landing Demonstrator (SLIM)" project, which demonstrates pinpoint landing technology on the moon, and has received a certificate of appreciation from the Japan Aerospace Exploration Agency (JAXA) in honor of its achievements. The certificate presentation ceremony was held on September 6th at IHI Aerospace headquarters in Tomioka City, Gunma Prefecture.
As interest in lunar utilization increases and water resource surveys are being planned, SLIM has taken on the challenge of developing precise landing technology for reaching scientifically interesting points on the moon.
SLIM is equipped with 12 thrusters developed and manufactured by IHI Aerospace. These thrusters respond to guidance control instructions based on information such as image matching, and play a crucial role in adjusting the attitude at the final landing near the moon surface, greatly contributing to the achievement of pinpoint lunar landing, i.e., "landing where we want to land."
The various technologies demonstrated by SLIM will be important elements supporting Japanese space exploration, such as the Mars Satellite Exploration Project (MMX) and the Lunar Polar Mission. We are very honored to have contributed to their success and to have demonstrated Japanese advanced technologies to the world.
IHI Aerospace will continue to contribute to the expansion of human activity areas and the development of Japanese space industry, responding to the growing global interest in space utilization, based on its reliable technological capabilities.

Tokyo, Japan - May 31st, 2024 - IHI Aerospace Co., Ltd. (hereinafter IHI Aerospace) will provide a passive docking system in a collaboration with Kanematsu Corporation (hereinafter Kanematsu) to Sierra Space Corporation (hereinafter Sierra Space), for Sierra Space’s space station technology^[1].


The passive docking system is an essential component that enables reliable and safe docking between spacecraft, such as Dream Chaser® ^[2], and a commercial space station. The passive docking system developed by IHI Aerospace complies with the International Docking System Standard (IDSS) ^[3], and it is developed to realize simple, versatile, and highly reliable docking in space. The companies have completed the preliminary design review and are planning to collaborate toward the critical design.

Since 2021, IHI Aerospace has been working with Japan Aerospace Exploration Agency on the development of an IDSS compliant active docking system. In the future, both active and passive docking systems are expected to become key technologies supporting not only Low Earth Orbit (LEO) activities but space exploration in the Artemis program ^[4].

Steve Berroth, Senior Vice President and General Manager of EarthSpace™ Systems at Sierra Space,

“Our mission at Sierra Space is to create a platform in space to benefit life on Earth. In realizing that vision, safety is paramount in everything we do in commercial space station design and development. IHI Aerospace shares this commitment and we are confident that the company’s passive docking system is the optimal technology to integrate into our platform.”

Ryoichi Kidokoro, Senior Executive Officer of Kanematsu’s and COO of Motor Vehicles & Aerospace Division,

”We are delighted that the passive docking system manufactured by IHI Aerospace has been selected by Sierra Space, one of the leading space companies in the United States. Through this collaboration, we would like to accelerate to support on the export of Japanese manufacturers. We will continue our efforts to gain international recognition and trust for the superiority and high quality of space technology that Japanese companies have established so far, leading to the expansion of commercial space activities and the establishment of international cooperative relationships.”

Kazumasa Goto, Board Director at IHI Aerospace

“We are very pleased that our passive docking system, which is being developed based on the mechanical system technology and heritage we have cultivated on the International Space Station and H-II Transfer Vehicle “KOUNOTORI” ^[5], has been adopted by Sierra Space for their space station technology. We believe this will also contribute to the future of benefit to humankind on the earth through our technology as a part of future commercial space stations.”

About Sierra Space

Sierra Space is a leading commercial space company at the forefront of innovation and the commercialization of space in the Orbital AgeR, building an end-to-end business and technology platform in space to benefit life on Earth. With more than 30 years and 500 missions of space flight heritage, the company is reinventing both space transportation with Dream Chaser®, the world’s only commercial spaceplane, and the future of space destinations with the company’s inflatable and expandable space station technology. Using commercial business models, the company is also delivering orbital services to commercial, DoD and national security organizations, expanding production capacity to meet the needs of constellation programs. In addition, Sierra Space builds a host of systems and subsystems across solar power, mechanics and motion control, environmental control, life support, propulsion and thermal control, offering myriad space-as-a-service solutions for the new space economy.

About Kanematsu

Kanematsu Corporation, a major Japanese trading company having 130 years of history, is headquartered in Tokyo, Japan. By multiplying our business networks in Japan and overseas with our vast experience in general trading, information-gathering, market cultivation, business incubation and project-forming & management, risk management, and logistics, Kanematsu is committed to creating new businesses with Sierra Space as a Value Creator. Kanematsu is involved in a wide range of businesses through its four segments: Motor Vehicles & Aerospace, Electronics & Devices, Steel, Materials & Plant, and Foods, Meat & Grain. In the aerospace area, we are proactively expanding our businesses areas, such as commercial and government space programs, defense programs, eVTOL, UAV, helicopter, fixed-wing, engine, and so on.

^[1] Sierra Space is developing its own independent free flyer space station demonstrating the key technologies in collaboration with the Space Act Agreement (SAA) awarded by NASA. Such demonstrations are vital steps to ultimately designing objects intended for sustained commercial habitation in orbit. The SAA is set to begin while the systems are in the design and development phases and last for five years ? through on-orbit deployment later this decade.
^[2] A reusable spaceplane being developed by Sierra Space. Its operational missions for resupplying the International Space Station are scheduled to begin in 2024. Crewed missions are also planned to commence in the late 2020s.
^[3] International Docking System Standard (IDSS) is an international standard for docking systems for both space stations and spacecrafts. It defines passive, active and androgynous docking systems.
^[4] Moon exploration program that is led by the United States' NASA and other international allies.
^[5] H-II Transfer Vehicle “KOUNOTORI” is a spacecraft to resupply the cargo to the International Space Station.

IHI AEROSPACE Co., Ltd. announces today that the New Energy and Industrial Technology Development Organization (NEDO) has adopted a hydrogen fuel cell electric propulsion system technology development initiative of IHI AEROSPACE Co., Ltd. (Headquarters: Tomioka City, Gunma Prefecture, President: Fumiharu Namiki), as the Next-Generation Aircraft Development Project under NEDO’s Green Innovation Fund Projects (see note below).



For this project, IHI AEROSPACE will develop a four-megawatt-class hydrogen fuel cell electric propulsion system. This zero-emission setup would power an aircraft with more than 40 seats and feature a cruising duration of more than three hours. The University of Tokyo（President: Teruo Fujii） will partner in this development project, contributing with technical studies and international standardization efforts.

The project will run for approximately six years from FY 2024 to FY2029. IHI AEROSPACE will examine fundamental design of this zero-emission propulsion system which has fuel cell and hydrogen supply system at its core, as well as looking into the optimal layouts and specifications of each component, after which actual components will be developed. A critical goal will be to demonstrate the ability of the system to operate continuously for more than three hours through ground-based demonstration tests.

IHI AEROSPACE aims to leverage its extensive expertise in system integration for rockets and other space vehicles, its experience with liquid hydrogen, and its capabilities as the IHI Group’s aero engine manufacturer to develop an internationally competitive hydrogen fuel cell electric propulsion system. By combining these strengths, IHI AEROSPACE seeks to enter the market as a key provider of propulsion systems for decarbonized aircraft.

The IHI Group is committed to carbon neutrality by 2050, as part of which it will help to decarbonize aviation economically. It will accordingly step up efforts to commercialize this system, help electrify aircraft, innovate distinctive lightweight technologies, and develop synthetic fuels.

Project overview

Note: Green Innovation Fund Projects
NEDO established a \2.8 trillion Green Innovation Fund to ramp up efforts to achieve carbon neutrality by 2050, through structurally transforming the energy and industrial sectors and investing extensively in innovation. The fund will provide ongoing support to public and private sector entities collaborating to pursue ambitious and specific goals from R&D and demonstrations to social implementation of outcomes over the next 10 years. This assistance is primarily in 14 priority fields for which the Green Growth Strategy has formulated action plans.

Reference:
IHI AEROSPACE's Hydrogen Fuel Cell Electric Propulsion System Technology Development Initiative adopted as NEDO’s Green Innovation Fund Projects to Accelerate Development of Zero- Emission Aircraft | 2024FY | News Articles | IHI Corporation