India and Japan Collaborate on Chandrayaan-5 Mission
Strengthening Ties in Space Exploration
Guwahati, August 29: During his recent trip to Japan, Prime Minister Narendra Modi emphasized the growing collaboration between India and Japan in space exploration, announcing a joint initiative for Chandrayaan-5 as part of the LUPEX (Lunar Polar Exploration) mission.
This partnership involves the Indian Space Research Organisation (ISRO) working alongside the Japan Aerospace Exploration Agency (JAXA) to conduct in-depth scientific research on the lunar south pole, particularly in its permanently shadowed areas.
Highlighting the global recognition of Chandrayaan-3's successful landing near the moon's south pole in 2023, Modi pointed out that the next step is to delve deeper into the lunar surface, especially in regions that may contain vital resources like water ice.
“India and Japan are collaborating on Chandrayaan-5 under LUPEX. Our government-to-government partnership between ISRO and JAXA is nurturing a spirit of cooperation that extends beyond space agencies to include industries and startups,” Modi stated.
He also noted that this partnership has implications beyond lunar exploration, contributing to practical applications on Earth.
“The influence of space science transcends the cosmos—it impacts lives on Earth. From disaster management to agriculture and communications, these technologies significantly enhance people's lives,” the Prime Minister remarked.
The LUPEX mission is set to deploy a rover and lander to the lunar south pole to evaluate water resources and examine the environmental conditions of the area, which could facilitate future human habitation on the moon. Officials indicated that JAXA will supply the lander, while ISRO will develop the rover.
Modi expressed optimism that Chandrayaan-5 will not only advance global space science but also strengthen the strategic and technological alliance between India and Japan. “This expanding ecosystem ensures that innovation transitions from laboratories to launch pads, and from research to practical benefits,” he concluded.