Five Exits From a Band Nobody Flew
Eutelsat OneWeb surrendered its V-band grant in April 2025. Five operators have now left the FCC's first V-band processing round.
The NGSO Milestone Clock: A V-Band Round That Opened in 2016 and Has Produced Five Exits
Eutelsat OneWeb quietly surrendered its V-band market access grant in April 2025. It is the fifth participant in the FCC’s first V-band processing round to walk away, and the Commission’s own public record still does not present it as gone. This is the register that tracks every deployment clock the FCC has running.
30 Apr 2025
Date Eutelsat OneWeb surrendered its V-band market access grant, call sign S2994
2016
Year the FCC opened its first V-band processing round, on a lead application from Boeing
5
First-round participants that have since surrendered or had their authority declared void
3
V-band processing rounds the Commission has now opened in substantially the same bands
Correction, 21 August 2026. This piece was wrong in its central claim, and the version published on 11 August has been rewritten.
It reported that Eutelsat OneWeb faced a Federal Communications Commission (FCC) V-band deployment milestone on 26 August 2026 requiring 1,000 satellites, and that the public docket showed no extension, waiver or surrender on file. There is no such milestone. OneWeb surrendered the V-band market access grant, call sign S2994, on 30 April 2025. The surrender is recorded in the Commission’s International Communications Filing System (ICFS) against file SAT-MPL-20210610-00078, where the last action reads “Surrender of Authorization” and the application status is closed.
The pre-publication check queried the originating petition, SAT-LOI-20170301-00031, and a third-party mirror of it. Neither carries the surrender. The status of a market access grant is recorded against the file that currently carries the authorization, and this piece did not check there. Sections 01, 03 and 04 have been rewritten. The former section 04, which set out scenarios for what OneWeb might do after 26 August, described a decision the company had taken sixteen months earlier and has been removed. The Ku- and Ka-band system under call sign S2963 is a separate authorization, was never at risk, and is unaffected. The Amazon Leo, Telesat and SpaceX entries are unchanged.
In August 2020 the FCC granted OneWeb, then WorldVu Satellites Limited and in Chapter 11, access to the United States market for a 2,000-satellite V-band system. The grant carried the standard anti-warehousing condition: launch and operate half the authorized system within six years, all of it within nine. On 30 April 2025, counsel for the company filed a letter surrendering the grant. No Commission order followed, and the letter said none was needed.
Is the surrender visible in the FCC’s public record?
Only if you open the right file. Call sign S2994 points at a current authorization of SAT-MPL-20210610-00078, and that file’s detail page carries the surrender: last action “Surrender of Authorization,” last action date 30 April 2025, status closed. The originating petition, SAT-LOI-20170301-00031, still reads as granted. Its most recent document is dated April 2020. The related filings list for the call sign shows nothing after September 2022.
Three of the four ways into this record show a live 2,000-satellite V-band claim. One shows the truth. That is not a small problem for anyone who prices spectrum positions off the public docket.
What follows explains what the milestone rules are for, walks the deployment clock for every major non-geostationary satellite orbit (NGSO) constellation the Commission is tracking, sets out what nine years of V-band processing rounds have actually produced, and documents how this piece got its central claim wrong. Free subscribers read the whole thing.
The remaining four sections are free with an email address.
No payment, no card. An email address unlocks the rest of this analysis and everything after it. If you already have an account, sign in and the page opens where you are.
- 02What the milestone rules are for
- 03The clock, constellation by constellation
- 04What the first V-band round produced
- 05Method, and what went wrong here
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