ispace Announces New "ULTRA" Lander Model Integrating Japanese and U.S. Landers
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Frequently Asked Questions
- Q: What is the primary reason for the development of the new "ULTRA" lander model?
- A: The development of the new "ULTRA" lander model is driven by delays in the "VoidRunner" engine and the growing global demand for lunar development, aiming to enhance mission quality and development efficiency.
- Q: What specific engine development issue led to the need for an alternative engine for the APEX 1.0 lander?
- A: The development of the "VoidRunner" engine has encountered delays at Agile Space Industries in demonstrating the required fuel efficiency, necessitating a switch to an alternative engine.
- Q: What is the revised launch schedule for the U.S. mission under NASA's CLPS Task Order CP-12?
- A: Following discussions with NASA and Mission 3 partner Draper, the U.S. mission schedule has been revised, with the launch now set for 2030, pending formal approval from NASA.
- Q: How does the new "ULTRA" lander model integrate Japanese and U.S. lander technologies?
- A: The "ULTRA" model is described as integrating Japanese and U.S. landers, suggesting a collaborative approach to lunar lander development between the two nations.
- Q: What is the expected timeline for ispace's next lunar landing mission following the U.S. mission revision?
- A: With the U.S. mission now scheduled for 2030, ispace's next lunar landing mission is anticipated to take place in 2028.