All verified mentions of this organization in source documents.
Recent ispace missions have demonstrated capabilities in lunar orbit insertion, surface mapping, and regolith characterization.
ispace's expertise with lunar landers and rovers will be integral to developing site preparation strategies and advancing resource development methods.
ispace will utilize technical experience from its Hakuto-R lunar missions to contribute to ground validation and operational analysis in the project.
Japan’s Space Strategy Fund has selected ispace for a project titled 'Establishing Surveying and Ground Investigation Technologies to Realize Lunar Base Construction.'
ispace is collaborating with ElevationSpace on a commercial mission to bring lunar material back to Earth.
The collaboration between OrbitAID and ispace seeks to optimize refueling, recharging, and data transmission for lunar landers.
OrbitAID will integrate its Standardized Interface for Docking and Refueling Payload (SIDRP) with ispace's lunar landers.
The partnership between ispace and OrbitAID seeks to demonstrate capabilities necessary for mission extensions in cislunar space and enable long-duration lunar exploration activities.
The cooperation between ispace and OrbitAID symbolizes the strengthening of bilateral relations between India and Japan in space.
ispace aims to integrate OrbitAID's Standard Interface for Docking and Refueling Payload (SIDRP) into its future lunar lander for smooth docking and refueling during lunar missions.
The introduction of SIDRP is expected to optimize not only refueling but also charging and data transmission functions, contributing to the performance and reliability of ispace's landers.
ispace has signed a memorandum of understanding with OrbitAID Aerospace to develop India's first orbital refueling technology for sustainable long-term lunar missions.
ispace and OrbitAID plan to advance research for deep space exploration beyond Earth's orbit.
ispace receives technical evaluation and quality improvement support for its small rover concept design from Toyota.
ispace is advancing collaborative frameworks among private enterprises for future lunar and lunar orbital infrastructure initiatives.
ispace expects that the data obtained will contribute to Toyota's space mobility development.
ispace is receiving support from Toyota for optimal system design solutions for the next-generation small rovers.
ispace is developing the HAKUTO-R lunar exploration program.
ispace plans to transport its developed rovers to the Moon after Mission 3 and gather operational driving data.
ispace aims to enhance data collection capabilities through improvements in rover exploration performance.