According to external sources, SpaceX's recent disclosure of Starlink satellite decommissioning data is triggering market discussions on its long-term costs. According to the article, this change does not necessarily mean an anomaly in the system, but a faster pace of renewal, continued replacement expenditure and potential environmental review may influence external judgment of Starlink ' s profitability.

In the last six months, 260 satellites were decommissioned.

According to a paper submitted by SpaceX to the United States Federal Communications Commission (FCC), between December 2025 and May 2026, 260 Starlink satellites burned after re-entry, up from 218 in the previous six months.

Of these, 176 came from the earlier deployed first-generation Starlink satellite and the remainder from relatively new second-generation equipment. SpaceX states in the document that the reliability rate for the relevant decommissioning disposal is more than 99%, which is above the FCC set 95% minimum.

During the same period, SpaceX also removed 349 additional satellites from the in-orbit service sequence pending subsequent decommissioning. It was mentioned that most of the satellites had been replaced by some five-year lifetimes or by early problems such as batteries, telemetry and so forth, and were not the result of widespread failure.

Large constellations are constantly updated.

According to the article, Starlink currently has more than 10,000 satellites in orbit. For a constellation system of this size, the continued decommissioning and replenishment of new satellites is itself part of daily operations.

Historical data indicate that SpaceX once derailed satellites at a rate of between 4 and 5 a day. From December 2024 to May 2025, 472 satellites were decommissioned by Starlink, still the highest record in six months.

Astronomer Jonathan McDowell, who tracks Starlink orbit data, believes that SpaceX may have almost completed the centralization of the first of its old satellites, but the current frequency of re-entry is still higher than it was in 2023.

According to the article, frequent updates suggest, on the one hand, that Starlink has more mature infrastructure features and that competitors are not easy to replicate in the short term; on the other hand, this implies that SpaceX needs to invest continuously in replacement hardware and that the related expenditures should not be overlooked.

Environmental review remains a potential variable

Disputes over the environmental impact of satellite burning continued. Some researchers were concerned about the possible impact on the ozone layer of metal substances released by satellites during re-entry, and called for a more complete environmental assessment.

However, the current proposed direction of the FCC rules would be relatively beneficial to SpaceX. It was suggested that space activities could be considered to have taken place outside United States jurisdictions and could therefore be excluded from the review of the National Environmental Policy Act.

The article argues that this position, if maintained, would help to contain the compliance burden of SpaceX; however, the long-term operating costs of Starlink may increase if the regulatory calibration is adjusted in the future.

Market focus to long-term costs

According to the article, Starlink’s decommissioning rhythm does not in itself pose a short-term risk, and the changes in the cost structure behind it deserve even more attention. Continued upgrading has helped to maintain network capacity and enhanced Starlink ' s position as a global satellite Internet infrastructure.

At the same time, however, higher replacement frequency, manufacturing and launch expenditures, as well as potential environmental compliance requirements, may change the market ' s expectations of the profitability of the operation. With SpaceX gaining more open market attention, subsequent FCC documents and regulatory developments may continue to influence external pricing of Starlink ' s long-term value.