The Federal Aviation Administration has concluded its investigation into a May flight failure, permitting SpaceX to resume Starship prototype launches.

聯邦航空管理局已完成對五月飛行失敗的調查，允許 SpaceX 恢復 Starship 原型機的發射。

The regulatory clearance follows a comprehensive analysis of the May 22 test flight, which marked the debut of the V3 iteration. While the upper stage successfully deployed twenty satellite simulators and executed a simulated landing, the Super Heavy booster failed to achieve a controlled descent into the Gulf of Mexico. The FAA attributed this failure to thermal effects on propulsion components during ascent and inaccuracies within the engine alarm system settings. SpaceX further identified that discrepancies in engine startup sequences during the propulsive separation maneuver resulted in an incorrect ninety-degree orientation of the booster, subsequently preventing the ignition of five engines.

監管部門的批准是基於對 5 月 22 日測試飛行的全面分析，該次飛行標誌著 V3 版本的首次亮相。雖然上級級段成功部署了 20 個衛星模擬器並執行了模擬著陸，但 Super Heavy 加速器未能受控地降落在墨西哥灣。

To mitigate these risks, SpaceX has implemented four corrective actions, including modifications to the engine startup sequence, the alarm and abort systems, and general hardware enhancements to improve re-light reliability. Additionally, operational adjustments have been made to address the loss of one Raptor vacuum engine experienced during the previous flight. These technical refinements are critical as the organization transitions into its status as a publicly traded entity on the Nasdaq, having raised approximately $86 billion during its June 12 IPO.

為了降低這些風險，SpaceX 實施了四項修正措施，包括修改引擎啟動順序、警報與中止系統，以及對硬體進行一般性提升以提高重新點火的可靠性。此外，針對先前飛行中損失一個 Raptor 真空引擎的問題，公司已做出操作調整。這些技術改良至關重要，因為公司正處於轉型為納斯達克上市實體的階段，在 6 月 12 日的 IPO 期間籌集了約 860 億美元。

Stakeholder positioning indicates that the V3 architecture is fundamental to the company's long-term fiscal viability and strategic objectives. The upcoming launch, potentially scheduled for July 16, will transition from dummy payloads to the deployment of twenty third-generation Starlink satellites. These assets, utilizing high-capacity laser interconnects, are intended to enhance network capacity and velocity. The successful operationalization of a fully reusable system remains a prerequisite for the company's broader ambitions regarding interplanetary transit and orbital data centers.

利益相關者的定位顯示，V3 架構對公司的長期財務生存能力與策略目標至關重要。接下來的發射暫定於 7 月 16 日，將從模擬載荷轉為部署 20 顆第三代 Starlink 衛星。這些資產利用高容量雷射互連，旨在提升網路容量與速度。實現完全可重複使用系統的運作，仍是公司對於星際轉運與軌道數據中心更遠大抱負的前提條件。

SpaceX is now cleared for further V3 Starship testing, with the next launch slated to deploy functional third-generation Starlink satellites.

SpaceX 現在已獲准進行進一步的 V3 Starship 測試，下次發射預計將部署功能完備的第三代 Starlink 衛星。