SpaceX is preparing for its next mission to expand the Starlink satellite constellation, with a Falcon 9 rocket scheduled to lift off from Vandenberg Space Force Base in California. The launch, set for 7:33 a.m. PDT on March 13, 2026, will carry 25 Starlink satellites into low Earth orbit.
This mission underscores the company's rapid launch schedule aimed at building out its global broadband internet service. The operation will also feature another attempt at a first-stage booster landing in the Pacific Ocean, a key component of SpaceX's reusable rocket strategy.
Key Takeaways
- A SpaceX Falcon 9 rocket is scheduled to launch 25 Starlink satellites from Vandenberg Space Force Base.
- The mission, designated Starlink 17-31, is set for March 13, 2026, at 7:33 a.m. PDT.
- The first-stage booster, B1071, will be making its 32nd flight, highlighting SpaceX's focus on reusability.
- A successful landing on the drone ship 'Of Course I Still Love You' would mark the 585th booster recovery for SpaceX.
A Veteran Booster Takes Flight
The upcoming launch from Space Launch Complex 4 East will be carried out by a Falcon 9 rocket powered by a particularly experienced first-stage booster. The booster, identified by tail number B1071, is slated for its 32nd mission. This high flight count demonstrates the progress and reliability of SpaceX's reusable launch system, which is central to its business model.
Over its operational life, B1071 has supported a diverse range of missions. It has previously launched critical payloads for government and commercial clients, including NASA’s Surface Water and Ocean Topography (SWOT) satellite. Additionally, it has completed five missions for the National Reconnaissance Office and deployed numerous small satellites on five separate rideshare missions.
This history of reliable performance makes it a trusted workhorse in the Falcon 9 fleet, capable of handling both high-profile scientific missions and the routine, high-cadence launches required for the Starlink project.
The Launch and Recovery Sequence
The mission timeline follows a now-familiar but still complex sequence of events. Liftoff is precisely scheduled for 7:33:50 a.m. Pacific Daylight Time. Following stage separation, the first-stage booster will perform a series of engine burns to reorient itself for its return journey to Earth.
Landing Milestones
If the landing is successful, it will be the 183rd time a booster has landed on the drone ship 'Of Course I Still Love You' and the 585th overall booster landing for SpaceX. These figures illustrate the maturity of the company's recovery operations.
Approximately eight and a half minutes after liftoff, B1071 will attempt to land on the autonomous drone ship ‘Of Course I Still Love You’, which will be positioned in the Pacific Ocean. A successful landing is crucial for maintaining the rapid turnaround of boosters for future flights.
Meanwhile, the second stage of the Falcon 9 will continue its journey, carrying the 25 Starlink satellites. The deployment of the satellites is expected to occur just over an hour after the initial launch, marking the successful completion of the primary mission objective.
Building a Global Internet Network
The Starlink 17-31 mission is part of a larger, ambitious campaign by SpaceX to create a global satellite-based broadband internet service. The company has maintained an aggressive launch schedule for years, with missions departing from both Vandenberg in California and Cape Canaveral Space Force Station in Florida.
The constellation is designed to provide high-speed, low-latency internet access to underserved and remote areas around the world. Each launch adds more satellites to the growing network, increasing its capacity and coverage. For example, a launch in November 2025 from Cape Canaveral carried 29 satellites and was the first of at least eight Starlink missions planned for that month alone.
The Starlink Megaconstellation
SpaceX's Starlink project aims to deploy tens of thousands of satellites into low Earth orbit. This low altitude, compared to traditional geostationary satellites, allows for significantly lower signal travel times, or latency, which is critical for activities like video calls and online gaming. The sheer number of launches reflects the scale of this undertaking.
The company has demonstrated its ability to continue operations even under challenging global circumstances. Preparations for Starlink launches continued at a steady pace throughout events like the global pandemic, signaling the high priority placed on the project's completion.
The Importance of Reusability
SpaceX's ability to launch so frequently is directly tied to its success in mastering rocket reusability. By recovering and reusing the most expensive part of the rocket—the first-stage booster—the company has dramatically reduced the cost of accessing space. A booster like B1071, now on its 32nd flight, is a testament to this economic and engineering achievement.
Each successful landing and subsequent reuse allows SpaceX to maintain a large inventory of flight-ready boosters. This enables a launch cadence that would be impossible with traditional, expendable rockets. The system has evolved from a groundbreaking experiment to a routine and reliable operational procedure.
The continued success of missions like the upcoming Starlink 17-31 launch not only expands the internet constellation but also reinforces the viability of reusable rocket technology, a cornerstone of modern spaceflight operations.