Starlink V3's public debut and 14 missions this week: what's launching

Tonight's most notable launch is a Falcon 9 carrying 24 Starlink V2 Mini satellites from Vandenberg at 10 p.m. EDT — but the more revealing number from last week is 20. That's how many Starlink Version 3 satellites Starship Flight 13 deployed on July 24, marking V3's first operational use. The V3 satellites are substantially larger and higher-throughput than the V2 Minis currently flying on Falcon 9, and Starship's 13-meter fairing is currently the only launch vehicle capable of accommodating them. This week is shaping up to be one of the busier launch stretches of the summer, with at least four confirmed missions on the calendar and several more NET.

This Week's Launch Schedule

(Source: Spaceflight Now launch schedule, spaceflightnow.com/launch-schedule, July 27 2026)

The headline mission is Thursday's NROL-95 — a classified payload for the National Reconnaissance Office, awarded to SpaceX under the NSSL Phase 2 contract. The booster, tail number B1096, will attempt a landing at Cape Canaveral's Landing Zone 2 on its seventh flight. No public viewing details are available for national security payloads, and the NRO does not pre-announce the purpose of its satellites. What we do know: this is one of two NRO missions SpaceX is flying this summer under NSSL, suggesting the office is in an active build-out phase for its next-generation reconnaissance architecture.

The Isar Aerospace Spectrum rocket — Europe's newest small-sat launch vehicle — is still chasing its second test flight from Norway. The delays have been mundane rather than technical: a pressurization valve issue, then strong winds, then a boat in the keep-out zone. Six CubeSats are manifest, including TriSat-S from the University of Maribor and FramSat-1 from NTNU. If Spectrum flies this week, it will be the fourth new European rocket to attempt orbital flight in the past 18 months — a sign that the continent is serious about independent access but still working through the hard part.

The two Vandenberg Falcon 9 flights this week — tonight and Friday morning — continue the brisk Starlink deployment cadence from the West Coast. Starlink 17-52 tonight uses booster B1081 on its 26th flight, one of the most-flown boosters in the SpaceX fleet. B1081 has become the reliable workhorse of the Vandenberg pad.

What Actually Happened Last Week

Starship Flight 13 launched July 24, completing what SpaceX described as a "mostly successful" test. The Version 3 configuration flew for the second time — the first V3 flight was in May — and, for the first time, deployed an operational payload: 20 Starlink V3 satellites. The V3 satellites are roughly three times heavier than V2 Minis and designed for direct-to-cell connectivity and higher bandwidth per beam. Getting them to orbit via Starship rather than Falcon 9 changes the cost-per-kilogram calculus for the V3 constellation in ways that won't be visible immediately but will compound over the next year as production scales.

Tower recovery of the Super Heavy booster was not attempted on this flight — SpaceX appears to be cycling through different recovery configurations. The booster that caught IFT-12's booster in May (Source: space.com live coverage) was a different tower setup. Flight 13's landing was on water; the booster was not recovered. This is consistent with SpaceX's pattern of alternating between catch attempts and drone ship landings during the V3 proving phase.

A Falcon 9 launched Starlink 17-51 from Vandenberg on July 25, carrying 24 Starlink V2 Mini satellites. The booster, tail number B1100, completed its eighth flight and landed on the droneship Of Course I Still Love You in the Pacific. This flight was delayed twice — from July 23 to 24, then to July 25 — due to weather and range冲突, a reminder that even routine Starlink missions face friction in a crowded launch environment.

NASA astronaut Chris Williams returned to Earth on July 26 after an eight-month ISS expedition. Standard ISS rotations are six months; Williams's stay was extended — a situation that has become more common as crew rotation scheduling has tightened. He landed with his crewmates at a nominal site. The ISS now operates with a reduced crew while the next rotation is staged (Source: Artemis Tracker, artemistracker.com/artemis-news/).

The Week's Anchor: NROL-95 and the Falcon Heavy Coming Next Month

Thursday's NROL-95 launch is the highest-profile mission on the near-term calendar. NROL missions are instructive to follow even when you can't see the satellite, because the orbital parameters published post-flight — apogee, perigee, inclination — reveal the architecture. NRO signals intelligence constellations typically operate in low Earth orbit at inclinations matching their coverage targets. A change in inclination from previous missions tells you something about expanded coverage requirements. I'll be watching the Spaceflight Now feed closely on Thursday morning for the orbital data.

The longer-range anchor is NET August 30: the Nancy Grace Roman Space Telescope on a Falcon Heavy from Kennedy Space Center. NASA's next great observatory — formerly known as WFIRST before being renamed in 2021 — carries a 300-megapixel infrared wide-field camera and a coronagraph technology demonstrator. The science case spans dark energy, exoplanet surveys, and galactic archaeology. In practical terms, Roman will image more sky in a single exposure than any previous space telescope and do it at infrared wavelengths where ground-based telescopes struggle. If the August 30 date holds, this will be one of the most-watched launches of the year for the astronomy community, and it will occupy headlines well beyond the usual spaceflight audience.

A Note on Mars and the Launch Window

Mars launch windows open roughly every 26 months, when Earth and Mars align favorably for the transit. The last window closed in early 2026; the next one doesn't open until late 2028. No Mars missions launched in 2025 — that was an unusual gap year — but the 2028 window is already drawing mission planning from NASA, ESA, and several commercial operators. If you're watching for deep-space missions this week, there are none — but the mission queues being assembled for 2028 will start becoming public over the next several months. The next major deep-space launch to watch is Dragonfly to Titan on a Falcon Heavy, currently NET July 2028.

Closing

This week's launch slate is not dramatic in the way that a Starship test or an Artemis flyby is dramatic — it's the steady engine of a functioning launch economy. Two Starlink missions, one NRO mission, one European test flight. Taken together, they represent something like 70+ spacecraft delivered to orbit in a single week. The underlying cadence of access to space has quietly changed, and these weeks are where that change shows up most clearly — not in any single mission, but in the sheer volume of what moves to orbit on a routine basis.

See our Starlink explainer for more on how the constellation works. For a deeper look at Starship's development arc, see our Flight 13 analysis.

Sources

• Spaceflight Now Launch Schedule
• AP News: SpaceX Starship Flight 13
• Space.com: Starship Flight 13 Live Updates
• Artemis Tracker: ISS Crew Return
• NASA: Nancy Grace Roman Space Telescope