For the first time on a Starship test flight, the vehicle will carry 20 Starlink V3 satellites to space — a significant leap beyond the dummy payloads dropped during Flight 10 in August 2025 . These V3 satellites are designed to deploy, extend their solar arrays and antennas, and attempt to connect with ground stations in South Africa and the broader Starlink constellation via high-capacity laser links .

Six of the 20 satellites have been modified with a suite of cameras to scan Starship's heat shield during the mission, beaming imagery back to operators for post-flight analysis . The full flight test is expected to last about one hour .

The Super Heavy booster is planned for a soft splashdown in the Gulf of Mexico; no tower catch is planned for this flight .

Key context from Flight 10: SpaceX's 10th Starship test flight in August 2025 successfully deployed dummy Starlink simulators for the first time — dummy payloads that served as a dry run for the real thing. Flight 13's V3 deployment is the direct follow-up .

ispace Signs $50 Million Lunar Ride-Share Deal with SpaceX

On July 8, 2026, Japanese lunar transportation company ispace announced a commercial agreement with SpaceX worth approximately $50 million . The deal gives ispace 500 kg (roughly 1,100 lbs) of payload capacity aboard a Starship lunar mission targeting launch as early as 2030 .

Under the arrangement, ispace will act as a logistics aggregator, offering ride-share access to the Moon for smaller customers who cannot fill an entire Starship. The company plans to build a lunar surface vehicle capable of hosting payloads from multiple clients sharing the same ride down .

This positions ispace as what some analysts describe as a "middle layer" between SpaceX's massive cargo capacity and a fragmented market of lunar payload customers — including universities, startups, and potential NASA Commercial Lunar Payload Services (CLPS) contracts .

Broader Commercial and Government Momentum

The ispace deal is not an isolated event. It reflects a broader shift in how NASA and the commercial sector are betting on Starship for lunar operations.

NASA and Artemis:

• NASA has already awarded SpaceX more than $4 billion in contracts for Starship as the Human Landing System (HLS) under Artemis III and IV .
• At NASA's 2026 Ignition event, the agency signaled a shift toward fully commercial launches starting with Artemis VI, opening the door for Starship alongside Blue Origin's New Glenn and other providers .
• NASA Administrator Jared Isaacman disclosed plans to invite commercial competition for lunar lander services after Artemis V, with both SpaceX and Blue Origin submitting revised landing profiles by late 2025 .

Other commercial deals:

• Before ispace, SpaceX signed a deal with Lunar Outpost (Colorado) to deliver a rover to the Moon via Starship. That agreement was announced in November 2024 .
• SpaceX publicly lists Starship cargo flights to the lunar surface at a rate of $100 million per metric ton, with service starting no earlier than 2028 .

Development pressure:

• NASA's Office of the Inspector General issued a March 2026 audit of the Human Landing System contracts, adding to public pressure on SpaceX to accelerate Starship progress toward a crew-rated lunar landing capability .

Key Caveat

Flight 13 had not yet launched as of the date of these sources (July 12, 2026). The mission remains a test flight with inherent risk of failure or partial success. All details reflect pre-launch planning only.

For the first time on a Starship test flight, the vehicle will carry 20 Starlink V3 satellites to space — a significant leap beyond the dummy payloads dropped during Flight 10 in August 2025 . These V3 satellites are designed to deploy, extend their solar arrays and antennas, and attempt to connect with ground stations in South Africa and the broader Starlink constellation via high-capacity laser links .

Six of the 20 satellites have been modified with a suite of cameras to scan Starship's heat shield during the mission, beaming imagery back to operators for post-flight analysis . The full flight test is expected to last about one hour .

The Super Heavy booster is planned for a soft splashdown in the Gulf of Mexico; no tower catch is planned for this flight .

Key context from Flight 10: SpaceX's 10th Starship test flight in August 2025 successfully deployed dummy Starlink simulators for the first time — dummy payloads that served as a dry run for the real thing. Flight 13's V3 deployment is the direct follow-up .

ispace Signs $50 Million Lunar Ride-Share Deal with SpaceX

On July 8, 2026, Japanese lunar transportation company ispace announced a commercial agreement with SpaceX worth approximately $50 million . The deal gives ispace 500 kg (roughly 1,100 lbs) of payload capacity aboard a Starship lunar mission targeting launch as early as 2030 .

Under the arrangement, ispace will act as a logistics aggregator, offering ride-share access to the Moon for smaller customers who cannot fill an entire Starship. The company plans to build a lunar surface vehicle capable of hosting payloads from multiple clients sharing the same ride down .

This positions ispace as what some analysts describe as a "middle layer" between SpaceX's massive cargo capacity and a fragmented market of lunar payload customers — including universities, startups, and potential NASA Commercial Lunar Payload Services (CLPS) contracts .

Broader Commercial and Government Momentum

The ispace deal is not an isolated event. It reflects a broader shift in how NASA and the commercial sector are betting on Starship for lunar operations.

NASA and Artemis:

• NASA has already awarded SpaceX more than $4 billion in contracts for Starship as the Human Landing System (HLS) under Artemis III and IV .
• At NASA's 2026 Ignition event, the agency signaled a shift toward fully commercial launches starting with Artemis VI, opening the door for Starship alongside Blue Origin's New Glenn and other providers .
• NASA Administrator Jared Isaacman disclosed plans to invite commercial competition for lunar lander services after Artemis V, with both SpaceX and Blue Origin submitting revised landing profiles by late 2025 .

Other commercial deals:

• Before ispace, SpaceX signed a deal with Lunar Outpost (Colorado) to deliver a rover to the Moon via Starship. That agreement was announced in November 2024 .
• SpaceX publicly lists Starship cargo flights to the lunar surface at a rate of $100 million per metric ton, with service starting no earlier than 2028 .

Development pressure:

• NASA's Office of the Inspector General issued a March 2026 audit of the Human Landing System contracts, adding to public pressure on SpaceX to accelerate Starship progress toward a crew-rated lunar landing capability .

Key Caveat

Flight 13 had not yet launched as of the date of these sources (July 12, 2026). The mission remains a test flight with inherent risk of failure or partial success. All details reflect pre-launch planning only.