Latest Developments
SpaceX is set to launch Starship’s 13th test flight on July 16, marking the first-ever deployment of next-generation Starlink V3 satellites from the massive rocket. The mission will simultaneously test upgraded flight systems and booster recovery techniques as SpaceX pushes toward operational Starship missions. Separately, Falcon 9 continued its relentless launch cadence with back-to-back Starlink missions on July 13-14, including a landmark 600th flight-proven booster launch. With 12,552 Starlink satellites launched to date and 10,839 currently operational in orbit, the constellation’s growth engine shows no signs of slowing as SpaceX diversifies its deployment vehicles.
Space Safety
Current Starlink conjunction activity presents a critical collision threat, with two HIGH risk events involving STARLINK-4621 and the non-operational SL-18 R/B scheduled for Jul 9, 2026 at 23:44 UTC, both showing a minimum range of 0.011 km and maximum collision probability of 1.0. Additional MODERATE risk conjunctions involve multiple operational and partially-operational Starlink satellites throughout early July, while three Starlink satellites are predicted to reenter Earth’s atmosphere between Jul 17-18, 2026, with decay windows ranging from 840 to 1,140 minutes.
| Risk | Starlink Sat | Other Object | Status | Min Range (km) | Rel Speed (km/s) | Max Prob | Time of Closest Approach |
|---|---|---|---|---|---|---|---|
| HIGH | STARLINK-4621 | SL-18 R/B | Non-operational | 0.011 | 14.173 | 1.0 | Jul 9, 23:44 UTC |
| MODERATE | STARLINK-30464 | STARLINK-36196 | Operational | 0.048 | 10.027 | 0.1285 | Jul 4, 22:40 UTC |
| MODERATE | STARLINK-5106 | STARLINK-32760 | Operational | 0.049 | 10.192 | 0.1211 | Jul 11, 06:11 UTC |
| MODERATE | STARLINK-5400 | STARLINK-5781 | Partially Operational | 0.053 | 6.407 | 0.1203 | Jul 7, 15:32 UTC |
| LOW | STARLINK-36967 | LEMUR-2-AFFIE-WAUWIE | Operational | 0.038 | 7.332 | 0.0733 | Jul 8, 04:03 UTC |
| Satellite | NORAD ID | Predicted Decay | Window (min) | Inclination | Lat | Lon |
|---|---|---|---|---|---|---|
| STARLINK-2141 | 47731 | Jul 17, 09:19 UTC | 1,080 | 53.1° | -2.6° | 34.6° |
| STARLINK-3894 | 52499 | Jul 17, 11:58 UTC | 840 | 53.2° | -51.4° | 333.4° |
| STARLINK-1788 | 46689 | Jul 18, 15:27 UTC | 1,140 | 53.0° | -35.7° | 81.2° |
Detailed Coverage
Starship Flight 13 Targets Historic Starlink V3 Debut
SpaceX’s 13th Starship test flight, scheduled for July 16, will attempt the first-ever deployment of Starlink V3 satellites - the largest and most capable version of the constellation’s spacecraft yet. The mission represents a critical milestone in transitioning Starship from a purely experimental vehicle toward a workhorse capable of mass satellite deployment, a role essential for SpaceX’s long-term Starlink expansion plans given the V3 satellites’ larger size exceeds what Falcon 9 can efficiently launch in bulk.
Beyond the satellite deployment, Flight 13 will subject the vehicle to higher structural pressures and test upgraded flight software and booster recovery hardware. Success would validate Starship’s readiness for routine operational missions, while any anomaly during ascent, satellite deployment, or booster catch would be closely scrutinized by trackers monitoring debris and orbital insertion accuracy.
Read the full story: Space.com
Super Heavy Booster Rolled Back for Final Pre-Launch Checkouts
Ahead of Wednesday’s launch attempt, SpaceX rolled the Super Heavy booster back from the pad for final inspections and checkouts, a standard but closely watched step in Starship’s increasingly methodical test campaign. The rollback underscores SpaceX’s more conservative approach following recent flights, as engineers verify systems before committing to another high-stakes test.
Live coverage and updates from Starbase indicate the company is treating this flight as a pivotal step toward proving Starship’s commercial viability, particularly given the added complexity of the Starlink V3 payload and higher-pressure test parameters planned for this attempt.
Read the full story: Space.com
Higher-Pressure Test Regime Signals Growing Confidence in Starship Design
Ars Technica reports that Flight 13 will push Starship’s structural and propulsion systems under greater stress than previous flights, a deliberate move by SpaceX to validate margins before scaling up cadence. The added Starlink V3 satellite deployment test compounds the mission’s complexity, making this one of the most consequential Starship flights to date.
Analysts tracking the program note that repeated successful high-pressure tests would strengthen the case for Starship’s eventual role in both Starlink V3 deployment and other national security and commercial payloads, key to SpaceX’s broader launch market strategy.
Read the full story: Ars Technica
Falcon 9 Marks 600th Flight-Proven Booster Launch
SpaceX achieved a major reuse milestone on July 13-14 when a Falcon 9 booster completed its 600th flight-proven launch, part of a pair of Starlink missions launched just eight hours apart from opposite U.S. coasts. The rapid-fire launches - one from Vandenberg and one from Cape Canaveral - demonstrate SpaceX’s continued mastery of booster reusability even as it pursues emerging Starship capabilities.
The dual launches added fresh Starlink satellites to the constellation, further reinforcing the network’s density as it approaches 10,855 satellites currently in orbit. The milestone launch also highlights the operational maturity gap between Falcon 9’s proven reuse cadence and Starship’s still-developing reliability record.
Read the full story: Space.com
Constellation Status
The Starlink constellation has remained unchanged since the last check, maintaining a total of 12,552 satellites launched to date, with 10,855 currently in orbit and 10,839 actively working. A total of 1,697 satellites have decayed from the constellation during this period.
- Total Launched: 12552
- Total On Orbit: 10855
- Total Working: 10839
Track Starlink satellites in real-time: Track Starlink
