iSpace Secures Up to ¥20 Billion JAXA Grant for High-Precision Lunar Polar Landing Technology Development

August 9, 2026

ispace Japan

Overview

iSpace has been awarded a grant of up to ¥20 billion (approximately $130 million USD) from JAXA’s Space Strategy Fund Program Phase 2 for its “High-Precision Lunar Polar Landing Technology” project. This significant funding aims to develop centimeter-level precision landing capabilities near the Moon’s polar regions, crucial for future resource exploration and infrastructure development. The grant dramatically enhances iSpace’s lunar exploration capabilities and accelerates Japan’s strategic presence on the Moon.

In Depth

Key Findings

Japanese lunar exploration company iSpace has announced it secured a grant of up to ¥20 billion (approximately $130 million USD) from Phase 2 of the “Space Strategy Fund Program,” administered by the Japan Aerospace Exploration Agency (JAXA), for its “High-Precision Lunar Polar Landing Technology” project. This substantial funding is a breakthrough that will accelerate the development of centimeter-level precision landing technology for the Moon’s polar regions, particularly near the South Pole where water ice resources are expected to exist.

Technical Details

High-precision lunar polar landing technology enables significantly greater accuracy in reaching target points compared to conventional lunar landing techniques. Specifically, it aims to reduce landing errors from meters to centimeter-level by combining advanced sensors, autonomous navigation systems, and precise thruster control. This capability will allow accurate access to specific lunar surface features, such as resource sites within permanently shadowed regions, dramatically enhancing the efficiency and safety of exploration. This technology is indispensable for future In-Situ Resource Utilization (ISRU) on the Moon.

Background & Context

JAXA’s Space Strategy Fund Program aims to strengthen the competitiveness of Japan’s space industry and deepen international cooperation, particularly supporting innovative technology development by private companies. The lunar polar regions are believed to be rich in water ice, which is critically important as a source of drinking water, oxygen, and rocket fuel for future lunar bases. iSpace, building on its lunar landing technology and experience from previous Hakuto-R missions, aims to establish Japan’s presence in the international lunar exploration race by developing this high-precision landing technology.

Strategic Significance & Outlook

This grant provides a powerful impetus for iSpace to expand its exploration activities in the lunar polar regions and accelerate its demonstration missions for high-precision landing technology. The project’s success will be a crucial step towards building sustainable exploration infrastructure near the Moon’s South Pole, and eventually making lunar base development under international partnerships and commercial utilization of extraterrestrial resources a reality. Researchers, engineers, and investors hold high expectations for the impact of this technology on the commercial utilization of the Moon.

Source: https://www.ispace-inc.com/2026/08/07/ispace-receives-grant-for-japans-space-strategy-fund-project-high-precision-landing-technology-in-the-lunar-poles-region/

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