ispace,inc. Q2 FY2026 earnings call

• Business Environment and Strategic Context

  • The Japanese government's 1 trillion yen 10-year Space Strategy Fund is providing strong tailwinds for the domestic space industry, with 300 billion yen in annual support projected for the current and prior fiscal years. The new Kishida (Takaichi) administration has a strong focus on space and economic security, and ispace expects continued favorable policy support.
  • The company is currently in the early commercialization phase, focused on developing the first two large-scale landers for Mission 3 and 4, and will transition to a mass production phase starting from Mission 5/6, targeting cost reduction and mission-level profitability.

• Post-Mission 2 Failure Improvements

  • The June 2025 Mission 2 landing failure was definitively traced to a faulty laser rangefinder (LRF) altitude sensor. The sensor has been replaced with a flight-proven alternative, procurement is complete, and an additional image navigation backup sensor has been added.
  • An independent improvement task force with external experts from JAXA, NASA, and industry veterans has held 4 meetings to date, with a final report targeted for Q4 FY2026. Expanded technical support from JAXA (including members of the SLIM project) is also progressing smoothly.

• Mission 3 Updates

  • A new 3.2 billion yen payload contract was signed with US-based Magna Petra for helium-3 exploration, increasing Mission 3's total contract value to 12.7 billion yen (up from 9.5 billion yen). A new Standing Review Board of US space industry experts was established to improve technical quality ahead of the planned 2027 launch.

• Mission 4 Updates

  • Total contract value now stands at 5.8 billion yen, including a finalized maximum 4.7 billion yen contract with Tokyo University of Science for a lunar water exploration payload (funded via the Space Strategy Fund), and a newly awarded 1.1 billion yen contract from Taiwan's TASA for a payload mission.
  • Development progress is on schedule: thermal vacuum testing of the Series 3 lander thermal structure model is complete, and the program is on track for preliminary design review, 2027 flight model production, and early 2028 launch. The program is supported by a 12 billion yen SBIR subsidy from Japan's Ministry of Economy, Trade and Industry.

• Future Missions and New Business Lines

  • ispace has bid for 20 billion yen in Space Strategy Fund Phase 2 support for high-precision lunar polar landing, with an award decision expected between end-2025 and early-2026, which would become Mission 6. The company is also progressing on the ESA MAGPIE rover project, targeting a total 7 billion yen in contract value for Mission 6.
  • The company has begun evaluating development of an Orbital Transfer Vehicle (OTV) to transport payloads to lunar orbit. It projects that at least 200 new lunar orbiting satellites will be needed for communications, positioning, and space situational awareness (SSA), creating large unmet demand. The company has bid for 30 billion yen in Space Strategy Fund support for OTV development, and signed a basic agreement with Italy's Telespazio for 2-3 ton class lunar satellite transport.
  • A development support agreement was signed with Toyota Motor for next-generation small lunar rovers. Toyota will provide technical expertise for scaling and quality improvement, while ispace will share lunar surface data from Mission 3 onward to support Toyota's manned Luna Cruiser development, aligning with the company's goal of building an open lunar economic ecosystem through cross-industry partnership.

• Capital Raise

  • The company completed a 18.2 billion yen capital increase, the largest in its history, with 27.5% dilution. 5.4 billion yen (30%) was allocated to domestic individual investors, to give retail shareholders continued opportunity to participate in the company's growth, while 8.6 billion yen was placed via third-party allotment to long-term strategic investors including a government-backed JIC fund, existing strategic partners Takasago Thermal Engineering and Kurita Water Industries, and existing shareholders. This structure limits near-term increases in free-floating shares to mitigate dilution impact.
  • Proceeds are allocated as: 4.7 billion yen to Mission 3, 9.4 billion yen to Mission 4, 3.7 billion yen to general working capital. The raise fully funds all development costs for Mission 3 and 4, and strengthens the balance sheet, increasing net equity from 1.1 billion yen pre-raise to eliminate the risk of over-indebtedness and improve external creditworthiness.

The company organizes its business around lunar mission payload services and related development. For the first half (H1) of FY2026 (ended September 2025):

• Cumulative revenue: 2.1 billion yen, representing 63.4% year-over-year growth, and 35.4% progress against the full-year forecast, in line with the company's expectation of heavier second-half weighting.
• Revenue contribution: Mission 3 accounts for nearly 100% of current reported revenue, with Mission 4 revenue recognition expected to begin starting in Q3.
• Operating loss: 4.1 billion yen, narrower than forecast due to delayed spending on Mission 4, a timing difference that will be made up in the second half with no impact to full year guidance or mission schedules.
• Net loss: 4.4 billion yen, impacted by interest expense.
• The 12 billion yen SBIR subsidy for Mission 4 development is classified as non-operating income in Japanese accounting, not reported as top-line revenue, and will be recognized in full at fiscal year-end.

• The company maintains full-year FY2026 guidance, with a projected net loss of 8.3 billion yen. The narrower year-to-date loss is due to delayed spending that will be realized in the second half, so no change to full year guidance is needed.
• Revenue growth is expected to accelerate in the second half of FY2026, as revenue recognition for Mission 4 payload contracts begins.
• Aggregate revenue potential from high-probability projects starting in FY2026 and beyond totals 54.9 billion yen, with an additional 93.7 billion yen in potential demand from LOIs and memoranda of understanding that the company is working to convert to firm contracts.
• Mission 3 remains on track for a 2027 launch, and Mission 4 for an early 2028 launch, with no delays from current spending timing differences.
• The company expects the current period to be a turning point for growth, as multiple large mission projects move from a single-project focus to a stacked pipeline of multiple contracted missions driving multi-year revenue growth.

• The company is in the early commercial phase of lunar exploration development, with large upfront R&D expenditures leading to sustained net losses, and the success of upcoming missions is not guaranteed.
• Pre-Mission 3/4 raise, the company had a very low net equity balance that carried material risk of over-indebtedness if projected losses were larger than expected, though this risk has now been mitigated by the recent capital raise.
• Japanese accounting rules classify government subsidies as non-operating income rather than top-line revenue, which makes it harder to clearly show the company's full project revenue growth to international investors, reducing transparency compared to US/European industry peer accounting treatment.
• Private sector lunar landing development is an emerging industry with only a small number of total successful soft landings to date, and no established dominant market player, so execution risk remains material for all ongoing programs.

Q: Why did ispace choose this timing and size for the recent 18.2 billion yen capital increase? Were shareholders surprised by the size of the offering?

A: There were two core reasons for the capital raise at this time. First, going into the quarter, ispace only had 1.1 billion yen in net equity, which was insufficient to absorb the expected R&D-driven losses over the coming development period, and carried material risk of over-indebtedness. The raise builds a sufficient equity buffer to eliminate this risk. Second, the raise fully funds all required development costs for both Mission 3 and Mission 4. Securing full funding for the next two missions is a major milestone that very few peer companies have achieved, and de-risks execution of the core near-term program. While some shareholders were surprised by the large size, it addresses the two most critical near-term priorities for the business.

Q: What impact did the Mission 2 landing failure have on ispace's sales and customer acquisition activity?

A: The failure did not have a material negative impact on customer relationships. Immediately after the failure, the CEO and CFO traveled to meet key global customers, shared full transparency around the root cause analysis, and outlined the corrective action plan. Customers universally responded that while the failure was disappointing, they viewed it as a learning step in an emerging industry, and reaffirmed their commitment to continue working with ispace. The industry currently only has 6 total private lunar landing attempts with 1 full success, so there is broad understanding that iterative development is required. The company's transparent approach and commitment to improvement actually built additional trust with customers. The recent new contract wins with Magna Petra and TASA reflect this positive dynamic.

Q: How is the Toyota development support agreement structured, and why is it strategically important?

A: ispace has decades of experience developing small micro-rovers through its European subsidiary, but as missions grow, there is increasing demand for larger, more capable rovers for lunar resource exploration. Toyota is a global leader in mobility technology, and is already developing the manned Luna Cruiser with JAXA. Under the agreement, Toyota will provide technical expertise for system design and quality improvement to help ispace scale up its rover capabilities, while ispace will share lunar surface data collected from Mission 3 onward to support Toyota's manned rover development. This is just the first step in what ispace expects to be a long-term partnership, and is a core example of the company's strategy to build a collaborative cross-industry lunar economic ecosystem.

Q: What is the connection between ispace and defense/security trends, and how does your new OTV business relate to this?

A: As economic security becomes a higher policy priority, space is a critically important sector, and security coverage is expanding from Earth orbit to cislunar space between Earth and the moon. Currently, all security monitoring focuses on Earth orbit, but as lunar activity grows, there will be increasing need to track all objects moving between Earth and the moon to monitor threats and avoid satellite collisions, which is called space situational awareness (SSA). ispace's OTV will support deployment of SSA satellites to lunar orbit, filling this emerging security need, which is also important for safe commercial operation of private lunar missions. This makes OTV relevant to both security and commercial use cases.