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Markets

SpaceX (SPCX) Stock Drops 5.58% Following FAA Green Light for Starship Flight 13

Quick Summary SPCX shares declined 5.58% even after receiving regulatory clearance for its upcoming Starship launch. Federal regulators authorized Flight 13 following SpaceX’s resolution of t

AnonymousCryptoCompass newsroom
July 13, 2026
4 min read
NEWS
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Quick Summary

  • SPCX shares declined 5.58% even after receiving regulatory clearance for its upcoming Starship launch.

  • Federal regulators authorized Flight 13 following SpaceX’s resolution of technical problems from its previous May launch attempt.

  • The upcoming mission will mark the first operational deployment of 20 Starlink V3 satellites aboard Starship.

  • New system enhancements focus on enhanced booster recovery procedures and increased mission safety.

  • This test flight advances SpaceX’s objectives for expanding Starlink infrastructure and supporting NASA’s moon missions.

Shares of SpaceX (SPCX) retreated 5.58% to close at $137.19 even as the Federal Aviation Administration granted authorization for the company’s next Starship test mission. The selloff occurred during heavy intraday trading that brought shares close to their lowest point of the session. The aerospace manufacturer secured permission to advance its Starship development program from its Texas launch site.

Space Exploration Technologies Corp., SPCX

Regulatory Agency Authorizes Flight 13 Following Investigation Into Booster Malfunction

Federal aviation regulators wrapped up their investigation into the Super Heavy booster malfunction that occurred during SpaceX’s May test mission. The authorization permits the aerospace company to move forward with another launch window beginning July 16. This upcoming test will evaluate numerous modifications implemented following the earlier flight anomaly.

The Starship launch conducted on May 22 featured an enhanced version of the launch system and successfully accomplished the majority of mission goals. However, the Super Heavy booster encountered failure during its descent phase when multiple engines could not reignite. After losing controllability during its return sequence, the booster ultimately impacted the Gulf of Mexico waters.

SpaceX pinpointed several technical deficiencies connected to the booster anomaly and implemented hardware and operational modifications. Engineers revised engine control systems, warning mechanisms, and flight protocols ahead of the forthcoming launch. Federal regulators confirmed that improperly configured engine warning parameters played a role in the previous mission’s outcome.

The aerospace firm intends to conduct Flight 13 from its Starbase complex in Texas within a 90-minute launch opportunity. Mission controllers will open the launch window at 6:45 p.m. Eastern Time on July 16. The rocket will traverse a comparable suborbital trajectory to that flown during Flight 12.

During this mission, SpaceX will release 20 operational Starlink V3 satellites into orbit. Previous Starship test missions utilized mass simulators rather than functional payloads. This flight represents a significant milestone for evaluating Starlink’s next-generation satellite deployment processes.

Following separation, the satellites will extend their solar panels and communication antennas before performing short connectivity verification tests. Engineers will continue evaluating Starship’s thermal protection system performance during the high-heat reentry phase. These evaluations advance the company’s objective of achieving complete launch vehicle reusability.

Starship Development Continues as Central Component of Company Strategy

The aerospace manufacturer has committed over $15 billion toward Starship development as it pursues broader space operation capabilities. Company leadership envisions using Starship for deploying Starlink V3 satellites and conducting future lunar surface missions. The space agency NASA has designated Starship as a key element of its Artemis moon exploration program.

Development progress has experienced setbacks as SpaceX addresses complex engineering obstacles. The organization continues refining the vehicle through consecutive flight tests and systematic design enhancements. The forthcoming mission may influence scheduling for subsequent orbital Starship operations.

Company executives anticipate Starship will enable substantially larger satellite deployment missions and diverse commercial applications. The launch system is intended to facilitate sophisticated space infrastructure initiatives. SPCX stock experienced downward pressure notwithstanding regulatory advancement and ongoing progress in the Starship development program.

 

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