EllipSpace: Commercialization of LEO satellite spatio-temporal application services enters expansion phase

Overview

This report records key discussion points from Goldman Sachs’ meeting with EllipSpace management in Beijing on April 23 during its China Private Tech Tour from April 20 to 28, 2026. EllipSpace is a Chinese satellite manufacturing and operating company that provides real-time sensing information services through the StarPool low-earth-orbit satellite constellation, covering application scenarios such as agriculture, smart grids, and disaster monitoring. The report focuses on the company’s commercialization progress in its LEO satellite network, the differentiated capabilities of its satellite platform, and its future constellation expansion plan.

Core views

The core view is that EllipSpace management remains optimistic about the commercialization of LEO satellite networks. The company’s self-developed satellite platform integrates communications, navigation, remote sensing, and computing capabilities on a single satellite, emphasizing end-to-end closed-loop services from sensing, analysis, and decision-making to execution, rather than merely providing network access. Management stated that in 2025, the first full year of commercialization, revenue covered satellite depreciation and amortization; with revenue growth in 2026, the company expects to cover the daily operating costs of the satellite network. Goldman Sachs extrapolates this positive commentary to the LEO satellite supply chain, believing that faster satellite deployment, ongoing specification upgrades, and application development will drive supply chain growth.

Analysis framework

The report uses a combination of management interviews and industry read-across analysis: it first reviews EllipSpace’s company positioning, satellite platform, commercialization milestones, and constellation deployment plan, then maps these to growth drivers for the LEO satellite supply chain, including satellite communications, space AI data centers, and potential application directions such as saving land, electricity, water, and carbon emissions on the ground.

Methodology notes

• company researchPrivate Tech Tour management meeting

  management interview summary

  Based on exchanges with EllipSpace management during Goldman Sachs’ China Private Tech Tour, the report summarizes the company’s commercialization, costs, technology platform, and constellation deployment plan.

• industry mappingRead-across

  supply chain extrapolation

  Goldman Sachs extrapolates EllipSpace management’s positive comments on LEO satellite commercialization to growth opportunities across the LEO satellite supply chain, focusing on how satellite deployment, specification upgrades, and application expansion may benefit related companies.

• investment research toolGS Factor Profile

  Goldman Sachs factor profile

  The appendix disclosure explains that GS Factor Profile compares stocks on a relative basis using growth, financial returns, valuation multiples, and composite factors; however, the main body of this report does not provide specific factor scores for EllipSpace.

• investment research toolM&A Rank

  M&A probability score

  The appendix disclosure explains that Goldman Sachs uses a 1-to-3 M&A Rank to assess the probability that a covered company becomes an acquisition target; however, this report does not provide an M&A score for EllipSpace.

Asset mapping & comparison

Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).

• EllipSpace

  Subject company of the report, an unlisted private company

  Strengths

  It has its own satellite factory, three standardized satellite platforms—ESP50, ESP300, and ESP500—and integrates communications, navigation, remote sensing, and computing functions on a single satellite; management emphasizes in-house development capabilities and end-to-end closed-loop services.

  Weaknesses

  The current constellation remains small, with only three satellites, one of which is experimental; launch costs remain high, and coverage of network operating costs still depends on continued revenue growth.

  Comparison

  Compared with satellite internet operators that only provide connectivity access, EllipSpace emphasizes end-to-end IoT communication solutions covering sensing, analysis, decision-making, and processing.

  Risks

  There are uncertainties around constellation deployment progress, declines in launch costs, declines in manufacturing and insurance costs, realization of commercial revenue, and execution of the cooperation model with third-party asset owners.

• LEO satellite supply chain

  Goldman Sachs’ positive read-across target

  Strengths

  It is expected to benefit from accelerated satellite deployment, ongoing specification upgrades, and development of applications such as satellite communications and space AI data centers.

  Weaknesses

  The pace of growth depends on downstream constellation deployment and the speed of application commercialization.

  Comparison

  The report mentions UMT and WNC as further reading for relevant supply chain perspectives.

  Risks

  If launch costs, satellite manufacturing costs, or application demand fall short of expectations, supply chain growth elasticity may be lower than expected.

Key data

• Research date2026-04-23Goldman Sachs hosted EllipSpace management in Beijing as part of its China Private Tech Tour from April 20 to 28, 2026.
• First full year of commercialization2025Management stated that in 2025 the company’s revenue fully covered satellite depreciation and amortization.
• Meaning of 2026 revenue targetCover the daily operating costs of the satellite networkManagement expects revenue to continue growing in 2026 and to cover the daily operating costs of the satellite network.
• Current number of satellites3 satellitesOf these, two are in operation and one is an experimental satellite.
• 2026 new satellite plan9 satellitesThe new satellites will adopt a capex-sharing model, under which they are sold to third-party asset owners and then operated by EllipSpace.
• End-2026 target12 satellitesAfter reaching this scale, system response time is expected to shorten from the current 9 hours to 3-4 hours.
• End-2027 target28 satellitesThe company’s near- to mid-term constellation expansion target.
• Long-term constellation target112 satellitesManagement stated that once 112 satellites are reached, response time is expected to shorten to 5-10 minutes.
• Current response timeabout 9 hoursThe current service response level before constellation expansion.
• Launch costRMB 60,000/kgManagement stated that current satellite launch costs remain high, while reusable rockets may reduce launch costs in the future.

Impact & implications

If EllipSpace’s commercialization and constellation expansion proceed as planned, the availability and response speed of LEO satellite application services will improve significantly, helping to drive adoption of spatio-temporal applications in agriculture, smart grids, disaster monitoring, and other areas. For the industry chain, accelerated satellite deployment, specification upgrades, and new application development could boost demand for satellite manufacturing, communications payloads, user terminals, remote sensing equipment, and related operational services.

Risks

• Launch costs remain high. Management disclosed the current level is about RMB 60,000/kg, and future declines depend on external conditions such as reusable rockets.
• Execution risk in the constellation expansion plan is high, as the company needs to expand from the current three satellites to 12 by the end of 2026, 28 by the end of 2027, and 112 in the long term.
• Although commercial revenue has already covered satellite depreciation and amortization, covering daily operating costs remains a 2026 target, and future revenue growth is uncertain.
• The capex-sharing model depends on third-party asset owners purchasing new satellites and outsourcing operations back to EllipSpace, so execution and financing arrangements may affect deployment pace.
• Declines in satellite manufacturing, insurance, and launch costs will take time; if costs fall more slowly than expected, profitability and expansion speed may come under pressure.
• The report is based mainly on management discussions and does not provide audited financial data, detailed orders, or customer revenue mix, leaving limited scope for information verification.

What to watch

• Whether the nine new satellites planned for 2026 are deployed on schedule.
• Whether the total number of satellites reaches 12 by the end of 2026 and whether service response time falls to 3-4 hours.
• Whether the total number of satellites reaches 28 by the end of 2027.
• Whether the company’s revenue covers the daily operating costs of the satellite network as management expects.
• Whether the launch cost reductions enabled by reusable rockets materialize.
• Customer expansion and commercial orders for the StarPool constellation in agriculture, smart grids, disaster monitoring, and other scenarios.
• The actual differentiated performance of the integrated communications, navigation, remote sensing, and computing satellite platform in terms of cost and service capability.
• The pace of demand growth for satellite communications, space AI data centers, and user terminals within the LEO satellite supply chain.