--- title: "FCC D2D Reform 2026: Why SpaceX Wins, What Changes" description: "FCC proposal of Oct 29, 2026: 482 MHz opened to direct-to-device, leases replaced, MSS exclusivity on the table. Why SpaceX wins and what it means for you." url: https://skipcall.io/en/blog/fcc-direct-to-device-reform-spacex language: en last_updated: 2026-11-03 --- [Ask Claude about this article](https://claude.ai/new?q=I'm%20reading%20%22The%20FCC's%20Direct-to-Device%20Overhaul%3A%20Why%20SpaceX%20Comes%20Out%20Ahead%22%20\(https%3A%2F%2Fskipcall.io%2Fen%2Fblog%2Ffcc-direct-to-device-reform-spacex\).%20Read%20the%20article%2C%20then%20answer%20my%20questions%20about%20it.) [Ask ChatGPT about this article](https://chatgpt.com/?q=I'm%20reading%20%22The%20FCC's%20Direct-to-Device%20Overhaul%3A%20Why%20SpaceX%20Comes%20Out%20Ahead%22%20\(https%3A%2F%2Fskipcall.io%2Fen%2Fblog%2Ffcc-direct-to-device-reform-spacex\).%20Read%20the%20article%2C%20then%20answer%20my%20questions%20about%20it.) LinkedIn X [Back to blog](https://skipcall.io/en/blog) Satellite Published 3 November 2026 # The FCC's Direct-to-Device Overhaul: Why SpaceX Comes Out Ahead On October 29, 2026, the FCC voted to open 13 cellular bands to satellite-to-phone service and drop the lease requirement that kept carriers in control. SpaceX, now a spectrum owner in its own right, gains access to carrier airwaves while the FCC weighs protecting its satellite bands. What the proposal says, why it tilts toward SpaceX, how AT\&T, Verizon and T-Mobile are fighting back, and what business phone users should actually do. 482 MHz of cellular spectrum the FCC proposes to open to satellite-to-phone service, on top of the five bands already allowed 5 → 13 eligible bands, covering nearly every band a US handset uses today 290 MHz of the total sit in the 2.5 GHz and 3.45 GHz bands, the two 5G bands carriers want removed Wall Street saw it coming before the regulators voted. On Friday, October 23, 2026, AT\&T shares fell 8% and T-Mobile 7.7% in a single session, on reports that SpaceX wanted access to at least 80,000 US cell sites. Six days later, the FCC voted unanimously to rewrite the rules that govern how satellites talk to ordinary phones. The proposal is technical, but its effect is simple to state. Spectrum that carriers paid billions for becomes reachable by satellite operators without a lease, while the FCC asks whether satellite spectrum should stay off-limits to everyone else. One company sits on both sides of that line: SpaceX. This guide walks through what the FCC proposed, why the balance favors SpaceX, where the carriers are pushing back, what is still undecided, and what it means for a business that relies on mobile phones to sell. 15,000 next-generation direct-to-cell satellites the FCC partly authorized for SpaceX on October 6, 2026 65 MHz of mid-band spectrum held by SpaceX, versus about 1,020 MHz for the US carriers combined, per New Street Research −8% AT\&T's stock move on October 23, against a 0.5% dip for the S\&P 500 ## What the FCC actually voted on The item is titled “Unleashing Licensed Spectrum for Direct-to-Device” and sits in GN Dockets 26-281 and 23-65. It builds on the Supplemental Coverage from Space (SCS) framework the FCC created in March 2024, the rules behind T-Mobile’s T-Satellite service with Starlink. That first framework was deliberately cautious. Satellites could use only five bands, only through a lease from the terrestrial licensee, and only across a geographic footprint so large that in practice it required deals with every carrier holding the same frequencies. The new proposal treats that caution as outdated. Chairman Brendan Carr called it the agency’s “most comprehensive step yet” to modernize direct-to-device rules, and Commissioner Anna Gomez, the lone Democrat, voted with the majority. Because it is a Notice of Proposed Rulemaking, nothing in it applies yet. It sets the agenda for the fight that follows. ## The four rule changes, in plain English **More bands: 13 instead of 5** The proposal adds eight bands to the existing five, including 800 MHz, AWS-1, AWS-3, 1.4 GHz, 2.5 GHz and 3.45 GHz. The FCC describes the result as “nearly every band used in wireless handsets today.” **No lease, a certification instead** A satellite operator would certify that it has coexistence agreements with the terrestrial licensees in its area, or that it holds the terrestrial license itself. The second option is the one that matters for SpaceX. **Custom license areas** Operators would draw their own service area instead of meeting a continental-scale coverage requirement, which shrinks the number of licensees they need to deal with. **Looser technical rules** A revised power limit at license boundaries, the option to replace it with privately negotiated measures, and blanket authorization for end-user devices instead of case-by-case approvals. ## Open their bands, protect yours Les Echos summed up the deal with a line that has stuck: “What’s mine is mine, and what’s yours is also mine.” The asymmetry is written into the proposal itself. On one side, carrier spectrum becomes far more accessible to satellites. On the other, the FCC “seeks comment on confirming the exclusive nature of MSS bands,” citing regulatory certainty. MSS bands are the frequencies set aside for mobile satellite service, and the most valuable of them in the US, the 2 GHz AWS-4 block, now belongs to SpaceX. > The proposal does not hand SpaceX a single megahertz. It rewrites the rules so that whoever owns both satellites and terrestrial licenses no longer needs anyone’s permission. ![Infographic of the FCC's October 2026 direct-to-device proposal: on the left, carrier spectrum opening up to satellites (13 bands instead of 5, coexistence agreements instead of leases, custom license areas, contested 2.5 and 3.45 GHz bands); on the right, spectrum SpaceX bought or requested (EchoStar's AWS-4 and H-block, unpaired AWS-3, Grain Management's 800 MHz, exclusive MSS bands); below, a timeline from October 6 to October 29](https://skipcall.io/assets/infographies/fcc-d2d-reform-spacex-october-2026.png) The proposal at a glance: what opens up to satellites, what SpaceX holds or wants protected, and the October 2026 timeline. ## SpaceX’s spectrum buying spree, in order The reform lands on a company that spent the previous year assembling exactly the assets it rewards. 1. **September 2025:** SpaceX agrees to buy EchoStar’s AWS-4 and H-block licenses for about $17 billion in cash and stock, then adds EchoStar’s unpaired AWS-3 licenses in November for $2.6 billion. 2. **May 12, 2026:** the FCC approves the EchoStar transfer and waives the usual terrestrial buildout requirements, noting that SpaceX would be both the terrestrial licensee and the satellite operator. 3. **October 6, 2026:** the FCC partly grants SpaceX’s plan for up to 15,000 next-generation direct-to-cell satellites, deferring some spectrum requests. 4. **October 8, 2026:** SpaceX announces a deal for Grain Management’s nationwide 800 MHz portfolio, up to 14 MHz of low-band spectrum, reportedly about $8 billion according to the Wall Street Journal. FCC and Justice Department approval are still pending. 5. **October 21, 2026:** the FCC approves SpaceX’s purchase of unpaired AWS-3 licenses in the 1695-1710 MHz band from Tristar (DA 26-1129). Put together, SpaceX is now a satellite operator, a terrestrial licensee and an MSS spectrum holder. Under the proposed rules, that combination needs nobody’s lease. SpaceX President Gwynne Shotwell has said the company aims to offer service on its own spectrum in early 2028, and in its first earnings call as a public company on August 4, 2026, SpaceX said it expected to win “quite a few” customers from the big three. Analyst Roger Entner of Recon Analytics has started calling it the “Starlink doctrine.” ## The 2.5 GHz and 3.45 GHz fight AT\&T, Verizon and T-Mobile are not trying to kill the whole proposal. Through their trade group, CTIA, they are focused on two bands that together make up 290 MHz of the 482: 2.5 GHz, the backbone of T-Mobile’s 5G, and 3.45 GHz, a key mid-band for AT\&T and others. The technical argument is about TDD, or time-division duplexing. In TDD bands, uplink and downlink share the same frequency and alternate on a precise schedule. A satellite downlink that does not follow that schedule raises the noise floor at every cell site under its beam. In filings with the FCC, T-Mobile said that up to 96% of a site’s uplink coverage area could be affected, with uplink throughput dropping 88 to 99 percent. It also reminded the agency that the FCC itself excluded 2.5 GHz from satellite use in 2024. CTIA’s broader ask is “same customer, same rules”: identical performance standards for satellite and terrestrial service. Executives from all three carriers met FCC staff on October 20, and T-Mobile CEO Srini Gopalan pressed the case directly with Chairman Carr. The carriers have also moved commercially: on October 1, 2026, they formed a joint venture to pool spectrum for satellite service, a way to avoid leaving the field to SpaceX alone. ## What to watch over the next six months - **The comment cycle.** Once the item is published in the Federal Register, comments are due within 60 days and replies within 90. Expect detailed interference studies from carriers and counter-studies from SpaceX and AST SpaceMobile. - **The fate of 2.5 and 3.45 GHz.** The FCC can keep them, drop them, or add stricter coexistence conditions. This is the single biggest swing factor. - **The Grain Management deal.** Approval of the 800 MHz purchase would give SpaceX valuable low-band spectrum that travels far and penetrates buildings. - **Handsets.** SpaceX’s next-generation satellites will also use its own satellite frequencies, which today’s phone chips do not support. Elon Musk has talked about roughly two years to bring compatible modems to market. - **Starship.** The heavier next-generation satellites depend on it. Several analysts place a fully standalone SpaceX mobile service between 2028 and 2030. ## What it means for business phone lines If you run a sales or field team in the US, this quarter brings no change to how you buy phone service. Satellite-to-phone is still a coverage add-on: texting, location sharing and limited data where no tower reaches. It does not provide business numbers, call routing, call recording or CRM logging. What the reform does signal is a market in motion. Carriers are pooling spectrum, a rocket company is becoming a carrier, and network outages remain a fact of life. The practical response has not changed: - **Keep your business numbers on a cloud phone system**, so reps can call and answer from a laptop or mobile app over any connection, office Wi-Fi, a second carrier or a Starlink dish. Our guide to [running VoIP over Starlink](https://skipcall.io/en/blog/voip-over-starlink) covers the setup and the latency to expect. - **Do not put every rep on the same carrier.** A split across two networks, or an eSIM backup on a second one, costs little and removes a single point of failure. - **Treat satellite as a dead-zone backup**, useful for field reps in rural territory, not as your phone system. For how direct-to-cell actually works today, see [direct-to-cell explained](https://skipcall.io/en/blog/direct-to-cell-explained). None of this touches calling compliance. Consent and opt-out rules changed separately on November 25, 2026, and we cover them in our guide to [the TCPA changes for B2B teams](https://skipcall.io/en/blog/tcpa-rule-changes-november-2026). ## The bottom line The FCC’s October 29 proposal would open nearly every US cellular band to satellite-to-phone service and remove the leases that kept carriers in control. In the same breath, it considers making satellite bands exclusive. SpaceX, the only player holding a constellation, terrestrial licenses and satellite spectrum at once, wins on both counts. The carriers have a 60-to-90-day window to get the 2.5 and 3.45 GHz bands removed, and nothing is final until a second vote. For a broader look at whether satellite operators can really replace carriers, read [will phone carriers disappear?](https://skipcall.io/en/blog/will-phone-carriers-disappear-starlink-mobile). For your own team, the rule is unchanged: never let your business numbers depend on a single network. _Sources: FCC fact sheet and draft NPRM, “Unleashing Licensed Spectrum for Direct-to-Device,” GN Dockets 26-281 and 23-65 (October 8 and 29, 2026); FCC Memorandum Opinion and Order DA 26-1129 (October 21, 2026); Les Echos; Broadband Breakfast; Capacity; Tesla North; Trefis (October 25, 2026)._ Author [Charles Baldet](https://skipcall.io/en/author/charles-baldet) [Charles Baldet on LinkedIn](https://www.linkedin.com/in/charlesbaldet/) CEO & Co-Founder, Skipcall Charles is the CEO and co-founder of Skipcall. A sales commando with over 10 years of experience in B2B SaaS and complex strategic accounts, he has closed major deals with Stellantis, SNCF, RATP and Natixis. A specialist in the PUCCKA and MEDDIC methodologies, Charles regularly teaches sales at HEC's incubator and the Sorbonne. He was ranked among Les Echos' top 10 business angels under 35 in 2020. He also co-founded Getalead (B2B sales agency) and Getlab (SalesTech studio). [See all their articles](https://skipcall.io/en/author/charles-baldet) ## A calendar full of meetings starts with a call. [Get started now](https://app.skipcall.io/signup) [Book a demo](https://skipcall.io/en/demo) **No commitment** · Number live in 2 minutes FAQ ## Frequently asked questions **Is the FCC's direct-to-device reform final?** No. On October 29, 2026, the Commission unanimously adopted a Notice of Proposed Rulemaking in GN Dockets 26-281 and 23-65. Comments are due 60 days after Federal Register publication and replies 90 days after. Final rules need a second vote, and no date has been set. **What does the proposal change for satellite-to-phone service?** It would expand Supplemental Coverage from Space from 5 to 13 cellular bands, adding about 482 MHz. It would replace the lease requirement with a certification of coexistence agreements with terrestrial licensees, or proof that the satellite operator holds the terrestrial license itself. It would let operators define custom license areas instead of a nationwide footprint, and it asks whether to confirm that MSS satellite bands are exclusive. **Why is SpaceX seen as the main winner?** Because it is the only company that already combines a large constellation, terrestrial licenses bought from EchoStar and Tristar, a pending 800 MHz purchase from Grain Management, and its own MSS satellite spectrum. The proposal rewards exactly that profile: it gains a path into carrier bands without a lease, while the FCC considers locking down the satellite bands SpaceX already owns. **Why do AT\&T, Verizon and T-Mobile oppose the 2.5 GHz and 3.45 GHz bands?** Those two bands carry a large share of their 5G traffic and use TDD, where uplink and downlink alternate on the same frequency. The carriers argue that signals from space would raise the noise floor at their cell sites. T-Mobile told the FCC that uplink throughput could drop by 88 to 99 percent in affected areas. Through CTIA, the carriers want both bands excluded and the same performance rules applied to satellite and terrestrial networks. **Can I sign up for Starlink Mobile as my main carrier today?** No. SpaceX has not announced a standalone consumer plan, price or launch date in the US. Its next-generation satellites depend on Starship, and current phones do not support all of SpaceX's satellite frequencies. SpaceX President Gwynne Shotwell has pointed to early 2028 for service on its own spectrum, and several analysts expect a full standalone offer between 2028 and 2030. **Does this affect TCPA or calling compliance?** No. The direct-to-device proposal is about spectrum and network access. It does not change consent, opt-out or calling-hour rules. Those changed separately on November 25, 2026, under the FCC's consent revocation order. **What should a business with field or remote teams do now?** Nothing drastic. Keep your business numbers on a cloud phone system so they work over any internet connection, including Wi-Fi, a second carrier or a Starlink dish. Avoid putting every rep on one carrier, and treat satellite-to-phone as a backup for dead zones, not as your phone system. Keep reading ## Related articles [View all articles](https://skipcall.io/en/blog) 01 Satellite ### [Will Phone Carriers Disappear Because of Starlink Mobile?](https://skipcall.io/en/blog/will-phone-carriers-disappear-starlink-mobile) SpaceX owns spectrum, a brand and 12 million broadband customers, and has said it wants carrier customers. Carriers have answered with joint ventures on two continents. Here is what a carrier is actually made of, which layer Starlink attacks at each horizon, what history says about dumb pipes, and what none of it changes for a business phone system. 23 Oct 2026 02 Satellite ### [Direct-to-Cell Explained: How Your Phone Reaches a Satellite](https://skipcall.io/en/blog/direct-to-cell-explained) Direct-to-cell connects an ordinary, unmodified smartphone to a satellite instead of a ground tower. The satellite carries a real LTE base station on your carrier's own frequencies, 350 km overhead. The catch is physics: an enormous antenna, Doppler correction, and very little capacity per beam. That is why texting arrived first and voice is still being rolled out. 19 Oct 2026 03 VoIP ### [Does VoIP Work Over Starlink? Latency, Jitter and Setup](https://skipcall.io/en/blog/voip-over-starlink) Yes, VoIP works over Starlink: published latency of 25 to 60 ms sits far inside the voice budget. The catch is consistency, not speed. Satellite handovers every 15 seconds, a narrow upload lane and queue buildup on the Starlink router produce choppy calls, and each has a fix. Real numbers, the right plan for a team, router setup and a troubleshooting flow. 19 Oct 2026 ## Ready to multiply your productivity? Join the sales teams that have transformed their prospecting. [Request a demo](https://skipcall.io/en/demo) Personalized demo • No commitment