Space Renaissance Inc. and Est Rouge Inc. Sign Comprehensive Partnership Agreement with Innovative Space Carrier Inc.

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Est Rouge and Innovative Space Carrier have signed a comprehensive partnership agreement to build a software platform for space development.

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Est Rouge and Innovative Space Carrier have signed a comprehensive partnership agreement to build a software platform for space development.

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Source: https://prtimes.jp/main/html/rd/p/000000001.000177410.html | Date: Date unavailable

Overview Est Rouge Inc. (Chiyoda-ku, Tokyo; Representative Director: Yasuteru Terasawa; hereinafter "ER"), the parent company of Space Renaissance Inc. (Chiyoda-ku, Tokyo; Representative Director: Yasuteru Terasawa; hereinafter "SR"), announces that it has signed a comprehensive partnership agreement with Innovative Space Carrier Inc. (Chuo-ku, Tokyo; Representative Director: Kojiro Hatada; hereinafter "ISC"), a startup aiming to realize space transportation systems that enable round-trip space travel, for the development and promotion of a software platform for space development. Based on this agreement, ER has established SR as a subsidiary. SR is a digital engineering company that aims to build a "common space development software platform for space transportation companies" from a neutral position within the industry, independent of specific spacecraft or transportation systems. As the first step in this initiative, SR aims to build a "Common Mission Analysis Service," and ISC will cooperate as a demonstration partner by organizing requirements for industry-common functions and conducting verifications. Background Mission analysis refers to a series of analyses that design a rocket's flight mission (orbit, flight path, operational conditions, etc.) and evaluate its feasibility from the perspectives of performance and safety. This is a critical process that serves as the foundation for not only design considerations of space transportation systems but also for the studies and explanations required for government launch permit applications. Currently, the government has set a goal of achieving 30 domestic rocket launches per year in the 2030s, and improving the productivity of the entire space transportation industry is required to achieve this. In particular, streamlining and standardizing mission analysis is an essential challenge to accommodate the increase in launch opportunities. On the other hand, with the rapid growth of the space industry in recent years,

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