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Norma will develop a compact quantum computing payload centered around a Quantum Processing Unit for integration into INNOSPACE’s HANBIT launch vehicle family.
INNOSPACE has signed a memorandum of understanding with KAIROSPACE Co., Ltd. to cooperate in launch services and satellite separation systems.
INNOSPACE and KAIROSPACE plan to develop an integrated launch services model linking launch vehicles, payload integration, and separation systems.
INNOSPACE and KAIROSPACE will consider work on interface standards for customer missions and joint marketing activities.
INNOSPACE and KAIROSPACE plan to pursue joint business opportunities in Korea and international markets.
Under the memorandum of understanding, INNOSPACE and KAIROSPACE plan to explore cooperation in satellite separation systems, deployers, payload integration testing, and mission support.
INNOSPACE and KAIROSPACE will consider technical reviews based on launch environments and verification data to support reliability.
INNOSPACE is undergoing review with the Korea AeroSpace Administration to obtain launch authorisation for a follow-up HANBIT-Nano launch.
INNOSPACE plans a follow-up HANBIT-Nano launch in the third quarter of this year, subject to final approval.
INNOSPACE developed a bi-propellant regenerative cooling approach for methane engine combustors.
INNOSPACE plans to integrate its 0.4-ton thrust liquid methane engine, LiMEK-04, into the kick stage of its next-generation HANBIT-Micro launch vehicle.
INNOSPACE identified the root cause of the HANBIT-Nano mission failure, upgraded components, and optimized manufacturing processes.
INNOSPACE completed a 420-second ground firing test for its methane engine combustor.
INNOSPACE is undergoing review with the Korea AeroSpace Administration to obtain launch authorisation for HANBIT-Nano.
INNOSPACE said the bi-propellant architecture can enable lighter tanks and feed systems.
INNOSPACE’s bi-propellant cooling approach uses both liquid methane and liquid oxygen as coolants for the combustion chamber.
INNOSPACE has developed a bi-propellant regenerative cooling approach for methane engine combustors.
INNOSPACE is continuing development of the HANBIT-Micro combustor with liquid oxygen as a coolant.
INNOSPACE conducted a 237-second ground firing test in May 2024 on the 0.4-ton thrust methane engine combustor for the HANBIT-Micro kick stage.
INNOSPACE identified the root cause of the early termination of its first commercial launch mission, HANBIT-Nano, and upgraded components and manufacturing processes.