Latest Developments

SpaceX is pushing hard on ground infrastructure at Starbase ahead of Block 3 Starship flights, with engineers executing a dense schedule of pad modifications that signals the next generation vehicle is closer than many anticipated. Meanwhile, a busy global launch week sees Falcon 9 preparing to loft another batch of Starlink satellites, continuing to build out a constellation that now stands at 11,641 launched, 10,126 in orbit, and 10,116 operational. On the strategic side, Elon Musk’s newly detailed TERAFAB initiative points to SpaceX and affiliated ventures moving to control their own high-performance compute infrastructure, a development with long-term implications for Starlink’s AI-driven network management. Russia’s Soyuz-5 is also set to make its debut flight this week, marking the most significant new orbital-class vehicle to emerge from Roscosmos in years.

Space Safety

Currently, there are no active conjunction events involving Starlink satellites in the SOCRATES dataset, and no Starlink reentries are predicted in the immediate forecast window. This represents a relatively benign operational environment for the Starlink constellation at present, though continuous monitoring remains essential given the constellation’s size and orbital dynamics. The absence of high-risk conjunctions suggests effective conjunction assessment and potential avoidance maneuver execution by SpaceX operations.

Detailed Coverage

SpaceX Accelerates Starbase Pad Upgrades for Block 3 Starships

Ground crews at Starbase in South Texas are working at an elevated tempo to ready launch infrastructure for the Block 3 variant of Starship, according to NASASpaceFlight’s detailed site assessment. The upgrades span both the orbital launch mount and supporting ground systems, reflecting lessons absorbed from recent integrated flight tests and SpaceX’s characteristic drive to compress the gap between design iteration and hardware in the field.

The pace of activity suggests SpaceX is targeting a significantly shorter turnaround between Block 2 and Block 3 campaigns than outside observers had projected. For Starlink operators and satellite tracking communities, Block 3’s improved payload capacity and reusability margins carry direct implications — a more capable Starship dramatically lowers the cost curve for deploying next-generation Starlink V3 satellites in bulk.

Read the full story: NASASpaceFlight

Global Launch Week: Russia’s Soyuz-5 Debuts Alongside Falcon 9 and Atlas V Internet Missions

This week’s launch manifest is among the most internationally diverse of 2026, with the United States, Russia, China, New Zealand, and Norway all scheduled to conduct orbital operations. The headline event is Russia’s inaugural Soyuz-5 flight — the country’s first new medium-to-heavy launch vehicle in decades — which represents a significant test of Roscosmos’s ability to field modern propulsion technology under sustained economic and geopolitical pressure.

For the Starlink constellation, the Falcon 9 manifest entry is the operationally critical flight, set to add another tranche of satellites to an already expansive network of 10,116 working spacecraft. Atlas V’s role carrying internet satellites also highlights that commercial broadband delivery remains one of the single largest drivers of global launch cadence in the current market cycle.

Read the full story: NASASpaceFlight

Musk’s TERAFAB Initiative Signals SpaceX and Affiliates Moving to Own Their Compute Stack

Elon Musk’s TERAFAB project — now receiving its first comprehensive public breakdown — represents a strategic pivot toward vertically integrated AI computing infrastructure across Musk-led ventures including SpaceX and Starlink. After multiple quarters of hinting at the initiative, the move reflects acute awareness that dependency on third-party compute capacity creates a ceiling on how fast Starlink’s network intelligence, satellite autonomy systems, and ground processing pipelines can scale.

For Starlink specifically, the implications are substantial. The constellation’s collision avoidance maneuver cadence, beam-forming optimization, and spectrum coordination already generate enormous computational loads, and those demands will compound sharply as the V3 satellite generation rolls out. Owning dedicated, purpose-built exascale compute through TERAFAB could give SpaceX a meaningful edge in autonomous network management that external cloud providers simply cannot match on latency or security terms.

Read the full story: Teslarati

Constellation Status

The Starlink constellation has remained stable since the last check, with no new launches or orbital changes recorded. As of March 23, 2026, SpaceX maintains 11,641 total satellites launched, of which 10,126 remain in orbit and 10,116 are actively working, while 1,515 have decayed from their operational altitudes.

• Total Launched: 11641
• Total On Orbit: 10126
• Total Working: 10116

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