PRODUCT PROFILE
SERIES-2 Lander [SERIES-2 着陸機]
LUNAR LOGISTICS & SURFACE DELIVERY
SERIES-2 Lander [SERIES-2 着陸機]
Japan · verified
- COUNTRY
- Japan
- PROGRAMME STATUS
- verified
Specifications
- Function
- The vehicle serves as a robotic delivery platform for transporting scientific and commercial payloads to the lunar surface or orbit.
- Platform fit
- It is designed to be compatible with medium-to-heavy lift launch vehicles, including the SpaceX Falcon 9.
- Commercial model
- Services are sold on a price-per-kilogram basis for payload delivery, with options for additional data and power support during surface operations.
- Payload capacity
- The design facilitates the transport of multiple independent payloads up to a combined mass of several hundred kilograms.
- Deployment status
- The lander is currently in the late development and assembly phase, with its inaugural mission scheduled as part of a joint commercial effort.
- Evidence to demand
- The platform has secured significant institutional backing through its selection for a NASA CLPS mission to the Schrödinger Basin.
Description
The SERIES-2 is a commercial lunar lander developed by ispace [株式会社アイスペース] to provide high-frequency transport to the Moon's surface and orbit. It follows the HAKUTO-R Mission 1 and 2 vehicle designs, representing a scaled-up architecture intended for heavier payloads and more demanding mission profiles. The lander is designed for high-precision touchdown and long-duration survival in the lunar environment, reflecting a shift toward modular, sustainable lunar logistics. Buyers include national space agencies, research institutions, and private companies seeking to deploy sensors, rovers, or resource prospecting equipment. The platform is notably integrated into the NASA Commercial Lunar Payload Services (CLPS) programme via the Draper-led team, which selected the SERIES-2 design for the CP-12 mission to the lunar far side. This establishes the vehicle as a key commercial link for international science programmes and sovereign lunar exploration strategies. Prospective buyers should note that success relies on the performance of preceding HAKUTO-R missions to validate the core flight software and propulsion logic. The Aerospace Garage would verify the specific payload integration requirements, the timeline for the maiden SERIES-2 flight, and the availability of secondary communications relay services for far-side deployments. Operational risk remains inherent to the complex landing sequence, particularly regarding sensor reliability during the final descent phase.
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record