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B1049

Starlink Forces Historic AT&T/Verizon/T-Mobile Alliance | KeepTrack X Report

Starlink's D2D threat unites all three major U.S. carriers for the first time, while Dragon delivers 6,500 lbs to ISS on May 17.

Starlink's D2D threat unites all three major U.S. carriers for the first time, while Dragon delivers 6,500 lbs to ISS on May 17.

Latest Developments

In an unprecedented move driven directly by Starlink’s expanding direct-to-device ambitions, AT&T, Verizon, and T-Mobile have united in a formal competitive front — the first time all three U.S. wireless giants have aligned against a common threat. The alliance underscores how SpaceX’s growing constellation of 10,354 operational satellites is reshaping the global telecommunications landscape from orbit. Meanwhile, SpaceX logged a successful logistics win closer to home as a Dragon cargo spacecraft berthed at the International Space Station on May 17, delivering 6,500 pounds of science payloads and crew supplies. Together, the two stories highlight SpaceX’s dual role as both infrastructure provider and market disruptor across the aerospace and telecom sectors.

Space Safety

The current Starlink conjunction threat picture shows 10 tracked events across early-to-mid April 2026, with four MODERATE-risk conjunctions but no HIGH-risk events currently identified. The most significant conjunction involves STARLINK-33563 with COSMOS 2251 DEB on Apr 13, 2026 at 21:44 UTC, presenting a collision probability of 0.3973 and minimum range of only 0.012 km. Concurrent with conjunction activity, three Starlink satellites are predicted to reenter Earth’s atmosphere between May 17-19, 2026, with reentry windows ranging from 1,380 to 2,880 minutes, representing manageable but monitored disposal events.

RiskStarlink SatOther ObjectStatusMin Range (km)Rel Speed (km/s)Max ProbTime of Closest Approach
MODERATESTARLINK-33563COSMOS 2251 DEBNon-operational0.01211.3180.3973Apr 13, 21:44 UTC
MODERATESTARLINK-5601DELTA 1 DEBNon-operational0.0148.4990.3479Apr 11, 06:26 UTC
MODERATESTARLINK-33680FLOCK 4G-17Operational0.02412.6270.1287Apr 9, 13:55 UTC
MODERATESTARLINK-35339THEAOperational0.02214.110.1272Apr 11, 01:33 UTC
LOWSTARLINK-32841YAOGAN-43 01DOperational0.0389.4970.0672Apr 11, 14:30 UTC
LOWSTARLINK-36431WT 1BUnknown0.0521.1530.04499Apr 14, 13:45 UTC
LOWSTARLINK-32376OBJECT ADOperational0.04611.2430.04409Apr 12, 08:38 UTC
LOWSTARLINK-30245SL-19 R/BNon-operational0.03714.3710.04406Apr 7, 16:55 UTC
LOWSTARLINK-35657ION SCV-008Operational0.04113.9690.03903Apr 12, 19:09 UTC
LOWSTARLINK-31383TEVEL2-7Operational0.03814.7460.03837Apr 8, 19:55 UTC
SatelliteNORAD IDPredicted DecayWindow (min)InclinationLatLon
STARLINK-173346564May 17, 22:13 UTC1,38053.0°52.9°350°
STARLINK-536954837May 18, 22:31 UTC2,88043.0°28.2°263.2°
STARLINK-3467165033May 19, 06:43 UTC1,44053.2°-27.6°313.1°

Detailed Coverage

For the first time in U.S. telecommunications history, AT&T, T-Mobile, and Verizon have set aside their fierce competition to form a coordinated response — and the catalyst is SpaceX’s Starlink direct-to-device service. The three carriers, who collectively dominate the American wireless market, see Starlink’s satellite-native connectivity as an existential challenge to their ground-based infrastructure investments, particularly in rural and underserved coverage zones where D2D satellite links can outcompete cell towers entirely.

The alliance signals a critical inflection point for the satellite broadband industry. With over 10,354 Starlink satellites currently operational out of 11,979 launched, SpaceX now commands a constellation scale that no terrestrial carrier can replicate or easily lobby against. Industry analysts note that the carriers’ joint lobbying and technical standardization efforts may attempt to shape FCC spectrum rules around D2D access, but the sheer orbital momentum SpaceX has built makes any regulatory slowdown a delaying tactic at best. Satellite trackers monitoring Starlink shell density note the constellation’s coverage continuity is now sufficient to sustain persistent D2D links across most of the continental United States.

Read the full story: Teslarati


Dragon CRS Mission Delivers 6,500 Pounds of Science and Supplies to ISS

A SpaceX Dragon cargo spacecraft successfully berthed with the International Space Station on Sunday, May 17, 2026, delivering approximately 6,500 pounds of science experiments, crew provisions, and hardware. The rendezvous proceeded nominally, continuing SpaceX’s unbroken record of reliable cargo delivery under NASA’s Commercial Resupply Services contract — a program that has made Dragon the backbone of ISS logistics operations for over a decade.

The science manifest aboard this mission is expected to support a range of microgravity research programs currently active on the station. Dragon’s pressurized and unpressurized cargo capacity makes it uniquely suited for the mix of crew consumables and experimental hardware required by long-duration ISS expeditions. With SpaceX managing both crewed and cargo Dragon flights simultaneously alongside its Starlink launch cadence, the successful delivery reinforces the company’s operational tempo across multiple mission classes.

Read the full story: Space.com

Constellation Status

There have been no changes to the Starlink constellation since the last check. The constellation continues to maintain 11,979 total launched satellites, with 10,370 currently in orbit, 10,354 of which are working properly, while 1,609 have decayed from orbit.

  • Total Launched: 11979
  • Total On Orbit: 10370
  • Total Working: 10354

Track Starlink satellites in real-time: Track Starlink


B1049

B1049 is a retired Falcon 9 first stage booster who completed 10 successful orbital missions between 2018-2022. Known for exceptional fuel efficiency (4.72% above fleet average), B1049 has landed on both drone ships and landing zones, achieving a perfect touchdown record despite COMPLETELY UNRELIABLE weather predictions.

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