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🌕 14 days to lunar landing. After more than 1.1 million km through deep space, our RESILIENCE lander, TENACIOUS rover, and customer payloads are now just 2 weeks from the surface of the Moon. ispace engineers in our Mission Control Center in Tokyo and Mission Control Room

RESILIENCE status: nominal Distance above the Lunar surface: between ca. 100 km and 2,300 km Current orbital phase: Lunar orbiting phase, osculating between ca. 3,200 km/h and 6,800 km/h Surface operations preparation continues in our Mission Control Center as ispace engineers

Today, we would like to introduce Niterra Co., Ltd., a HAKUTO-R corporate partner! In space exploration, electrical power is an essential element that supports the functionality of spacecraft. The lunar environment is harsh, unthinkable on Earth with extreme temperature

🌕 13 days to landing. This is a critical phase in the lead-up to lunar landing. ispace engineers at our Mission Control Center in Tokyo are preparing for the big moment - and keeping RESILIENCE on course for landing.

🌕 11 days to landing Every orbit. Every maneuver. RESILIENCE is in lunar orbit as landing day approaches. With just 11 days remaining, the final phase of Mission 2 is underway. This moment is built on years of planning, Mission 1 experience, and a shared vision of a

🌕 SMBC x HAKUTO-R VENTURE MOON🚀 If you're transiting through Tokyo, come check out our life-size RESILIENCE lunar lander replica at Haneda airport! Lunar landing is fast approaching—scheduled for next week on June 5 (EST/UTC), June 6 (JST). Come take a photo with the

RESILIENCE status: nominal Distance above the Lunar surface: between ca. 100 km and 2,300 km Current orbital phase: Lunar orbiting phase, 3,200 km/h at apolune and 6,800 km/h at perilune as we orbit the Moon every 4 hours We have an exciting week ahead with the 3rd (and last!)

Training across Earth to prepare for operations on the Moon. Our crewmates at ispace-EUROPE put the TENACIOUS Rover Field Test Model through a series of field training exercises across varied terrain in remote parts of Europe. While the rover navigated physical environments

Envisioning the future of lunar exploration 🌕 Mission 2 is already demonstrating what’s possible - from the future of water resource utilization to infrastructure and beyond. Find out more about the inspiration in this video here. 🎥 #HAKUTO_R #RESILIENCE #LunarExploration

🌕 Why Mare Frigoris? Flat. Stable. Strategically placed near the lunar north pole. RESILIENCE is headed for a site that balances science and operational advantages. 🎥 More from our Senior Lunar Scientist: #ispace #HAKUTO_R #Mission2

10 days to go...⏱️ We’re now just 10 days out from landing - and every movement matters. The planned maneuvers are critical in shaping RESILIENCE’s orbit into a more circular path, aligning it with the precise coordinates of the Mare Frigoris landing site. Success 8--the

🌕 9 days to landing Confirmation of Success 8 is just around the corner! Today, ispace engineers successfully conducted a lunar orbital control maneuver to move RESILIENCE into a circular orbit around the Moon. Mission controllers at our Mission Control Center are performing

We recently welcomed Mitsuko Tottori, President of Japan Airlines, a HAKUTO-R corporate partner, alongside members of the Space Business Development Group, to our Mission Control Center in Tokyo! President Tottori left a powerful handwritten message on the wall of the MCC:

🌕 8 days to landing RESILIENCE continues to maintain a stable orbit around the Moon as our team in Tokyo moves into the final stages of landing preparation. Eight days from now, we aim to put RESILIENCE on the lunar surface to begin the next phase of Mission 2 - exploration.

Catch me if you can! 🏎️💨 RESILIENCE status: nominal Distance above the Lunar surface: ca. 100 km Current orbital phase: Low lunar orbit, traveling at ca. 5,800 km/h RESILIENCE snapped this photo of the lunar surface prior to the successful completion of an orbital control

1 week to go 🌙 ispace engineers are readying RESILIENCE for landing on the Moon, just a few short days away, planned for June 5 (UTC/EDT), June 6 (JST). One week from now, RESILIENCE will begin its descent to the lunar surface - marking the next major milestone in commercial

Success 8: Achieved ✅🌔 RESILIENCE has now completed all orbital maneuvers while in lunar orbit and is now readying for its landing attempt on June 5, 2025 (UTC/EDT). This marks a critical turning point for Mission 2 - the final technical milestone before descent.

🌕 6 days to landing The countdown continues. RESILIENCE remains in low lunar orbit as we prepare for landing day. Each day now is about precision: checking in with the lander, our payloads, and the TENACIOUS rover, and refining every detail to ensure a safe and successful

We're 5 days from landing 🌕 With Success 8 of the Mission 2 milestones recently confirmed, RESILIENCE has completed all lunar orbital maneuvers and the next step will be for it to make its decent to the lunar surface from its current circular orbit. 📡 Live stream begins on X

🌕 When to watch the landing The countdown is nearly complete. After months in deep space, our RESILIENCE lander is preparing for descent to the lunar surface. Here’s when to watch the landing live from wherever you are in the world. A live stream of the event will begin