Latest Developments

NASA has moved to expand SpaceX’s Commercial Crew Transportation Capability contract by six additional missions, a direct consequence of Boeing’s continued failure to certify Starliner for operational ISS service — cementing SpaceX’s dominance in human spaceflight for the foreseeable future. On the Starlink front, four dedicated Falcon 9 missions are headlining this week’s global launch manifest, continuing the steady cadence that has pushed the constellation to 12,032 satellites launched, with 10,413 in orbit and 10,397 actively working. Meanwhile, hardware news is generating buzz: firmware strings buried in a recent Starlink update strongly hint at a battery-integrated Starlink Mini dish, potentially the most portable broadband terminal SpaceX has ever shipped. The rideshare market is also maturing, with Exolaunch and SEOPS each securing dedicated Falcon 9 launches to meet surging small-satellite demand.

Space Safety

The current Starlink conjunction threat picture shows three MODERATE risk events concentrated in late May 2026, with no HIGH risk conjunctions presently tracked. STARLINK-31726 faces the most significant near-term threat from BANDWAGON-4 OBJECT Q on May 30 at 10:45 UTC with a 32% collision probability, though all identified risks remain below critical thresholds. Reentry activity remains elevated with seven Starlink objects predicted to decay between May 26-28, 2026, presenting manageable but ongoing atmospheric disposal operations.

Detailed Coverage

NASA Hands SpaceX Six More Crew Missions as Boeing Certification Stalls

NASA has filed a procurement notice announcing its intent to add six post-certification missions to SpaceX’s existing Commercial Crew contract, with up to three missions to be ordered immediately upon contract modification and the remaining three held in reserve through the end of the International Space Station program. The move is an unmistakable institutional signal: Boeing’s Starliner has failed to achieve the reliability and certification milestones needed to carry NASA astronauts on a routine basis, leaving SpaceX’s Crew Dragon as the sole American vehicle capable of servicing the ISS. For satellite trackers and orbital analysts, the downstream effect is meaningful — each crewed Dragon mission requires precise coordination in a low Earth orbit already crowded by Starlink’s 10,413 active satellites, raising the stakes for conjunction assessment around ISS approach corridors.

Read the full story: TESLARATI

Battery-Powered Starlink Mini Spotted in Firmware — Untethered Broadband Within Reach

University researcher Jinwei Zhao has identified a cluster of telling code strings in SpaceX’s May Starlink firmware release, most notably a “message DishBatteryStats” block that references fields including a real-time state_of_charge — strongly implying an integrated battery pack is being developed for the Starlink Mini terminal. If confirmed, a battery-powered Mini would eliminate the dish’s only remaining tether to fixed infrastructure, opening the door to genuinely portable, high-speed, low-latency internet for emergency responders, off-grid adventurers, and mobile operators who currently rely on external power banks or vehicle inverters. The form factor would also make the Mini far more compelling for maritime and overland tracking applications, where power management at the edge is a persistent operational challenge.

Read the full story: The Verge

Exolaunch and SEOPS Each Secure Dedicated Falcon 9 Rideshare Launches

Two of the leading small-satellite rideshare brokers — Exolaunch and SEOPS — have each purchased their own dedicated Falcon 9 launches, a significant maturation signal for the commercial smallsat market. Both companies built their reputations by aggregating payload slots on SpaceX’s existing Transporter and Bandwagon rideshare missions, but surging customer demand has made it economically rational to anchor entire vehicles. Dedicated launches give Exolaunch and SEOPS more control over orbital parameters, deployment sequencing, and scheduling flexibility — factors that have become increasingly important as constellation operators require precise insertion orbits that shared missions cannot always accommodate. The move also reflects growing confidence in Falcon 9’s launch cadence reliability as a commercial infrastructure backbone.

Read the full story: SpaceNews

Four Falcon 9 Starlink Missions Lead a Busy Six-Launch Global Week

This week’s worldwide launch manifest is headlined by four Falcon 9 Starlink missions, underscoring SpaceX’s relentless pace as it continues filling out and replenishing a constellation now numbering 10,397 working satellites. Alongside the Starlink flights, an Amazon Project Kuiper mission is also on the schedule, marking a rare week in which two competing broadband megaconstellation operators are actively launching simultaneously — a milestone that would have seemed remarkable just three years ago. For ground-based observers and tracking platforms, weeks like this create notable congestion in LEO monitoring pipelines, with dozens of freshly deployed spacecraft requiring initial orbital determination before they can be catalogued and tracked alongside the existing population.

Read the full story: NASASpaceFlight

Constellation Status

The Starlink constellation has remained stable since the last check, with no new launches or orbital changes to report. As of May 25, 2026, SpaceX maintains 12,032 total Starlink satellites launched, of which 10,413 remain in orbit, 10,397 are actively working, and 1,619 have decayed from their operational altitudes.

• Total Launched: 12032
• Total On Orbit: 10413
• Total Working: 10397

Track Starlink satellites in real-time: Track Starlink