Why Recovered SpaceX Starship 40 Will Take Months to Return to Texas

SpaceX’s Starship 40 flew from Texas to the Indian Ocean in about 65 minutes. The return trip, however, is expected to take several months. In reporting by staff@engadget.com (Will Shanklin) for Engadget, the recovery and transport process for the vehicle is described in detail. The contrast between the high-speed flight and the slow return highlights the reality of space transportation.

Flight That Reached the Indian Ocean in 65 Minutes

Starship 40 launched from Starbase in South Texas on July 24, 2026. The flight lasted about 65 minutes. It traveled thousands of miles to reach the Indian Ocean.

The vehicle deployed 20 Starlink V3 satellites. About 20 minutes after deployment, the satellites reentered the atmosphere and burned up. This was not an operational launch. It was a suborbital mission to verify the payload deployment mechanism and other systems.

SpaceX aims to realize a fully reusable launch system. This flight was one test in that development process. The burn-up of the satellites is said to have been as planned.

Recovery After 24 Days Adrift and Current Status

What drew attention was that Starship 40 remained largely intact after splashdown. Previous Starship upper stages were lost on splashdown. This time, the vehicle survived in near-intact condition.

The vehicle is considered unlikely to be reused. Splashdown in seawater and prolonged drifting have significantly affected its structure and equipment. Still, recovering the actual hardware is highly significant.

Previously, engineers had to rely on telemetry and estimates from debris. Being able to examine the actual vehicle in detail will directly feed into design improvements. It will be invaluable material for engineers.

The vehicle spent about 24 days at sea before recovery operations began. SpaceX’s recovery team then moved it to calmer waters. The destination was off Christmas Island, an Australian territory south of Indonesia.

How the 171-Foot Vehicle Was Lifted

Starship 40 is 171 feet long. Moving it from the open sea to Texas is a large-scale operation. The first stage was towing.

The approximately 300-foot Normand Ranger towed the vehicle from the splashdown site. It held the vehicle near Christmas Island. There, the 710-foot transport vessel Forte took over.

Forte is a semi-submersible heavy-lift transport vessel. The operation began by flooding its ballast tanks. This submerges the cargo deck below the sea surface.

The crew moored the upper-stage vehicle alongside Forte. They aligned the vehicle with a custom cradle on the deck. They then discharged the ballast water. As the vessel slowly rose, it lifted the vehicle.

This method itself is common in the shipping industry. Shipping expert and history professor Sal Mercogliano said the following on his YouTube channel, “What’s Going On With Shipping?”:

Ships like Forte do this every day. This is a very common occurrence in the shipping industry, whether it’s large objects like this, barges, cranes, ships — you name it.

He explained that vessels like Forte routinely transport large structures, barges, cranes, ships, and more. While its use for a rocket is unusual, the transport technique itself is well established.

The Months-Long Voyage Back to Texas

The next stage is the long voyage to Texas. SpaceX has not disclosed Forte’s exact route. It has, however, described it as a “voyage lasting several months.”

Ship-tracking data reportedly shows Forte signaling an arrival at the Port of Brownsville, Texas, on October 8. According to Engadget’s reporting, this forecast may be a conservative estimate. The actual voyage could take even longer.

The time difference between launch and return to port is striking. The outbound trip took 65 minutes; the return will take months. It shows how strongly spacecraft transport is constrained by maritime logistics.

There are several reasons for the long transport period. Semi-submersible vessels sail more slowly than ordinary cargo ships. Detours due to weather and sea conditions are also necessary. The number of days required will also vary depending on whether it transits the Panama Canal or goes around South America.

SpaceX is expected to conduct a detailed analysis of the vehicle after it returns to Starbase. The thermal protection, structure, and behavior of the deployment mechanism will be subject to verification. The recovered hardware will support future design decisions.

Technical Significance for Full Reusability

Starship is designed for full reuse. Recovery and reflight of the upper stage are central to that. The fact that the vehicle survived splashdown this time expanded opportunities to collect data for reuse.

Testing the payload deployment mechanism was also an important element. It was confirmed that the mechanism operated normally in deploying the 20 Starlink V3 satellites. The suborbital deployment and subsequent disposal of the satellites are positioned as verification ahead of operational use.

The success of the ocean recovery also affects future operational models. In addition to returning to land, incorporating ocean recovery and transport is becoming a realistic option. Operation of transport vessels and development of port facilities will also become part of the development plan.

In the broader context of hardware development, reuse and test environments are also advancing in other areas. Foundational work for processor development, as reported in Tenstorrent Publishes GCC Patch for RISC-V Core ‘Ascalon XG’, and test infrastructure moves such as GNOME OS Test Center, Inspired by Apple TestFlight, share the emphasis on iterative verification seen in spacecraft development. In terms of verifying video and data quality, the pursuit of display accuracy seen in LG OLED evo Brings Creator Original Picture Mode to Prime Video also overlaps in its focus on measurement and reproducibility.

Role of the Transport Vessel Forte and

Maritime Technology

Semi-submersible vessels like Forte have a track record of transporting offshore structures and large vessels. Submerging and raising the deck through ballast control is a standard technique for safely loading and unloading heavy cargo. That technology was applied in this case as well.

Positioning the 171-foot spacecraft precisely in its cradle requires high accuracy. Calm waters were chosen to minimize the effects of waves and currents. The move to waters off Christmas Island is seen as a decision to meet those conditions.

The transition from towing by Normand Ranger to lifting by Forte was also a step-by-step risk reduction. A smaller towing vessel stabilized the position, and the larger transport vessel secured it for the final stage. This two-stage setup prevented further damage to the vehicle.

If similar recoveries become routine in the future, dedicated recovery vessels and port facilities may be needed. If SpaceX increases the flight rate of Starship, the efficiency of maritime transport could become a rate-limiting factor for overall development.

Editorial Opinion

In the short term, we expect analysis of the actual Starship 40 hardware to directly feed into design revisions over the next three to six months. If the structural integrity at splashdown and the condition of thermal protection degradation can be understood in concrete terms, it will be easier to narrow down test items for the next flight. Procedures from ocean recovery through transport are also likely to be increasingly documented as an operations manual.

In the long term, we believe the merits of a reuse architecture premised on ocean recovery will be tested. How to combine more precise land returns with the flexibility of ocean recovery will affect launch cadence and cost. Over the next one to three years, investment decisions on ground infrastructure, including transport vessels and ports, are likely to become as important as vehicle design.

The remaining question is how quickly lessons learned from the recovered vehicle can be applied to the next-generation vehicle. Even with abundant data, delays in applying it will narrow the gap with competitors. The challenge is to ensure the successful recovery does not end as a mere talking point, but leads to faster development.

References

• “SpaceX’s recovered Starship 40 will take months to get back to Texas”, by staff@engadget.com (Will Shanklin) — Engadget, 2026-09-08T22:30:00.000Z (ARR)
• Source URL: https://www.engadget.com/2251144/spacex-starship-40-recovered-months-travel-back-to-texas/