FCC Would Hand 450 MHz to Drones: What Scanners Lose (2026)

The FCC is preparing to put a nationwide drone data service inside 450 MHz, and scanner listeners are the group nobody asked. A draft omnibus Report and Order in GN Docket No. 26-74 and WT Docket No. 24-629, circulated on October 29, 2026, would rewrite the rules for the 450 MHz air-ground channels and raise power limits in the band just below public-safety radio. The Commission votes on November 19, 2026. The item is a draft: it can be modified or pulled, and no rule change is in effect today.

What the draft FCC 450 MHz order actually changes

Two channel pairs are covered: 454.6625 to 454.9875 MHz and 459.6625 to 459.9875 MHz. Under current rules those channels are licensed site by site, and every license in the band is held by a single incumbent. The draft replaces that structure with one nationwide license, which lets the incumbent build a national network instead of a patchwork of local authorizations.

It also changes what the band is for:

• A new allocation. The order adds a primary non-federal Aeronautical Mobile (Route) Service allocation in the band.
• Data, not only voice. Drone command-and-control links and flight-safety data would be permitted, replacing the voice-only, high-altitude use the channels were built around.
• A filing freeze. The draft imposes a temporary freeze on 450 MHz applications while the transition runs.

The circulated text is published as DOC-426314A1 on the FCC site.

Why 450-470 MHz matters to scanner listeners

450-470 MHz is core scanner territory. It is split three ways: public-safety channels, business and industrial land-mobile channels, and federal land-mobile channels. In a mid-size county a listener can hear fire dispatch, school buses, public works crews, and a federal installation on the same slice of spectrum.

Putting a licensed, nationwide airborne data service in the middle of that range changes the radio frequency environment, not the channel plan. More transmitters, higher in the air, more of the time. On a handheld with a modest front end, that shows up as desense: a strong nearby signal lifts the noise floor and buries the weaker channel you were trying to hear.

This is not encryption and it is not a rule that mutes your scanner. It is interference, and interference is harder to argue with than a policy. The FCC's own docket language treats the change as a transition to be managed, which is a fair signal that the agency expects coordination work rather than a clean handover.

The 849 MHz power change sits directly below NPSPAC

The same order modernizes power limits for Commercial Aviation Air-Ground Systems in 849-851 MHz and 894-896 MHz, so aircraft can carry in-flight broadband. The number to hold onto is 851. The 851-854 MHz block is the NPSPAC public-safety allocation, home to legacy 800 MHz police and fire channels in many metros.

A higher-power airborne signal in the block directly below NPSPAC is exactly the geometry that produces adjacent-channel trouble on a consumer receiver. Nothing in the draft says public safety will be interfered with. It says power limits are being raised. The distance between those two statements is what field testing and coordination are for.

If your county runs on an 800 MHz trunked system, this is the section to re-read after the vote. Our report on the FCC cellular-block repeal covers the reception rules that changed in listeners' favor this year, and the encryption guide covers the bigger threat to what you can hear.

A new 24.45 GHz drone-detection allocation

Third piece: a secondary federal and non-federal radiolocation allocation at 24.45-24.65 GHz, so operators can detect drones. That sits far above any consumer scanner and will not change what you hear. It matters as context, because it shows the shape of the order: licensing, power, and a new sensor band for a drone-heavy airspace, all in one item.

The filing freeze and the November 19 vote

Three dates matter. October 29, 2026: the draft circulated. November 19, 2026: the Open Meeting, where the Commission votes. After adoption: the transition, with the 450 MHz application freeze in place.

Until the vote, everything above is a proposal. Commissioners can amend an item at the meeting, and items get pulled from agendas. If you see a post claiming the 450 MHz band "has been given to drones," it is wrong today. Watch the tentative agenda and the advanced air mobility proceeding page for the adopted text.

What listeners should watch, and what to do now

Two practical notes. If you live near an airport or under a flight corridor, your 450 MHz reception is the place to watch once the rule takes effect, because that is where airborne transmitters will be densest. And a radio with a better front end, fed by an antenna outdoors and away from strong local transmitters, handles a rising noise floor far better than a stock antenna indoors.

For a listener who wants 400-520 MHz coverage without spending flagship money, a pre-programmed Baofeng UV-5R Plus covers the 450 MHz band and the 2 meter ham band, with your county's frequencies already loaded.

FAQ

Will my scanner still receive 450 MHz after this order?

Yes. The channels stay where they are, and reception of the band is not restricted by this item. What changes is who may transmit there, for what purpose, and at what power.

Is the new drone service encrypted?

The circulated draft does not describe the service as encrypted, and it does not specify emission design. It addresses licensing, the allocation, permitted uses, and a filing freeze. Encryption, if any, would be a system design choice outside the four corners of this order.

When does the rule take effect?

Not before the November 19, 2026 vote, and not on the day of the vote. Adoption starts a transition, and the draft text can still be amended or pulled before the Commission acts.

Does the 849 MHz power change affect 800 MHz police channels?

The 849-851 MHz block sits directly below the 851-854 MHz NPSPAC public-safety allocation. Raising power limits in an adjacent band is a coordination problem, not an automatic outage. The FCC's process is where that gets tested.

Where can I read the actual draft?

The circulated text is at docs.fcc.gov under DOC-426314A1. Read it rather than a summary, including this one.

Do I need a new radio because of this?

No. Nothing in the order changes what a scanner can tune. If your reception degrades later, better filtering and a better antenna are the first fixes, not a new receiver.

Bottom line: The FCC's 450 MHz draft order would add a nationwide drone command-and-control service inside a band scanners use every day, lift power limits in the block below NPSPAC, and freeze new applications during the transition. It is a proposal until the November 19, 2026 vote, and it is worth watching closely if you listen on 450-470 MHz.