When SpaceX caught a Super Heavy booster with the mechanical arms of its launch tower for the first time in October 2024, the 233-foot-tall rocket returned not to the pad it launched from, but to a tower that had been retrofitted with catch hardware after the fact. The original launch mount at Starbase in Boca Chica, Texas, was never designed for that maneuver. Now SpaceX is building a pad that is. Pad 2, also called Orbital Launch Mount 2, is the first launch site at Starbase engineered from the ground up to send a Super Heavy into the sky and grab it on the way back down.
What the FAA has approved
The clearest picture of Pad 2’s design comes from the Federal Aviation Administration. The agency’s Final Tiered Environmental Assessment for increased Starship operations at Boca Chica describes the Vertical Launch Area infrastructure in detail, including provisions for return-to-launch-site landings of the Super Heavy booster at the same mount used for liftoff. Under the approved operational concept, a booster lifts off, the upper-stage Starship separates, and the booster flies back to be captured by mechanical arms on the integration tower at the same pad.
The FAA’s Mitigated Finding of No Significant Impact and Record of Decision, issued alongside the environmental assessment, confirms that SpaceX planned to begin launching from Pad 2 infrastructure starting in 2025. That target has not yet been met. As of mid-2026, construction at the site continues, and SpaceX has not conducted a launch from the new pad. The regulatory clearance, however, remains in place, and the decision document treats Pad 2 not as an experiment but as a permanent part of the long-term Starship flight plan at Boca Chica.
The FAA’s stakeholder engagement page for the Starship program describes the planned construction as including a “redundant launch pad,” a “redundant landing pad,” and integration towers. That word, “redundant,” is significant. It means the new pad mirrors the capabilities of the existing Pad A but incorporates the catch function as a built-in feature rather than a retrofit. SpaceX’s first pad at Starbase was not originally built with booster-catch hardware. The company added the “chopstick” catch arms to the integration tower only after test flights proved the concept was viable and regulators reviewed the modifications.
The regulatory trail behind this approval stretches back years. The FAA maintains an archive of Starship filings for the Boca Chica site, including the 2022 Programmatic Environmental Assessment and multiple Written Re-evaluations issued in 2023 and 2024. One of those re-evaluations specifically addressed the launch pad detonation suppression system, a water-deluge system SpaceX installed after the first integrated Starship test flight in April 2023 blasted a crater in the original pad and scattered concrete debris across the surrounding area. That water-deluge system is now part of the baseline design for Pad 2, meaning the new site bakes in lessons from a failure that forced months of costly repairs at Pad A.
Why a dual-use pad matters for Starship’s future
The logic behind combining launch and landing on a single pad is simple: if a booster lands where it launched, SpaceX does not have to transport a 233-foot-tall vehicle between separate sites before it can fly again. That matters because SpaceX’s ambitions for Starship extend well beyond test flights. The vehicle is central to NASA’s Artemis program as the designated lunar lander for crewed Moon missions. It is also expected to become SpaceX’s primary tool for deploying next-generation Starlink satellites and, eventually, for missions to Mars. All of those plans depend on flying Starship frequently and affordably, which means fast turnaround between flights.
At Pad A, SpaceX has demonstrated that catching a booster is physically possible. The company has now completed multiple catch attempts, refining the process with each flight. But Pad A’s catch capability was bolted on after the tower was already standing, which limits how tightly the launch and recovery workflows can be integrated. Pad 2, by contrast, is being built with the catch arms, the tower structure, and the ground support equipment designed as a single system from the start. In principle, that should allow tighter integration between launch processing and post-catch turnaround.
SpaceX is also building Starship launch infrastructure at Kennedy Space Center in Florida, where modifications to Launch Complex 39A will eventually support Starship operations. Having a second operational pad at Starbase gives the company a backup if either site encounters delays, and it allows parallel processing of vehicles, a prerequisite for the high flight rates SpaceX has described in its regulatory filings.
What remains uncertain
The FAA documents describe pad functions at a high level but do not include detailed engineering drawings, load specifications for the mechanical catch arms, or exact noise and vibration profiles during a booster catch compared to a standard launch. Those technical details remain internal to SpaceX and its contractors. Without them, independent observers cannot fully assess how the catch hardware will perform under repeated use or what maintenance the arms will require between flights as launch cadence increases.
SpaceX has not disclosed internal turnaround-time targets for caught boosters at Pad 2. The company avoids transporting a massive vehicle between sites if it lands where it launched, but the actual time savings depend on inspection, refurbishment, and restacking procedures that have not appeared in any public filing. Any specific claims about percentage reductions in turnaround time remain speculative without operational data.
Environmental concerns also linger. The New York Times reported that SpaceX received FAA permission for a fivefold increase in launches from Texas, but the same coverage highlighted ongoing wildlife concerns raised by regulators and conservation groups. The Boca Chica site sits near sensitive coastal habitat, and higher launch rates combined with booster landings at the same location could increase cumulative disturbance to nesting birds and other species. The FAA’s mitigated finding addresses these concerns through required monitoring programs and operational constraints, but whether those measures prove sufficient over time will depend on data collected during actual operations.
There is also uncertainty about how often SpaceX will actually use the catch capability at Pad 2 in its early flights. Even with regulatory approval, the company could take a phased approach, initially flying expendable or partially expendable missions while building confidence in the new hardware. The FAA documents permit return-to-launch-site catches but do not require SpaceX to use that mode on every flight.
Where the evidence stands in 2026
Federal records support a clear but limited picture. SpaceX has explicit regulatory approval to build and operate a second orbital launch mount at Starbase. The FAA has reviewed and accepted an operational concept in which a Super Heavy booster launches and returns to be caught at the same pad. The environmental analysis and mitigation plan assume a significantly higher flight rate than the early test era, positioning Pad 2 as a central piece of SpaceX’s push to move Starship from experimental flights toward something closer to routine operations.
But approval and construction are not the same as performance. The original 2025 launch target for Pad 2 has slipped, and SpaceX has not publicly committed to a revised date. Construction continues at the Vertical Launch Area, and new filings and monitoring reports will either reinforce or revise the current picture as work progresses.
The real test of the dual-use concept will come only when the first Super Heavy booster lifts off from Pad 2 and attempts to return to the same tower that launched it. Until that happens, Pad 2 remains the most ambitious piece of ground infrastructure SpaceX has ever attempted, and the strongest signal yet that the company believes routine booster recovery is not just possible but essential to everything it plans to do with Starship.
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*This article was researched with the help of AI, with human editors creating the final content.
