Starlink Fair Use 2026: Deprioritized vs. Genuinely Throttled

By John Maximus · Published 21 July 2026 · Updated 21 September 2026
Reported from named sources and checked against the publishers linked in this article. Corrections: editorial and corrections policy.

Starlink’s Fair Use Policy is a queueing system, not a meter that switches you off. On standard residential satellite internet you get unlimited data, and the only thing heavy use changes is where your packets sit in line when the sky above you is busy. Genuine hard speed limits — the kind that pin a connection near 1 Mbps whatever the hour — do exist, but they apply to specific metered plans once a purchased allowance is spent, and to nothing else.

That one distinction, deprioritization versus throttling, explains almost every furious forum post about Starlink “slowing down”. This guide sets out what the policy governs as of September 2026, how to separate the two mechanisms on your own line inside a day, why the Starlink price you pay and your position in the queue are the same variable expressed two ways, how availability in your own cell sets your realistic ceiling, and what the app-only support model will and will not do for you.

A note on sourcing — and on the evidence you should distrust

Fair use arguments live and die on numbers, so it is worth saying where these ones come from. Policy wording, plan names, allowances and fallback speeds are taken from Starlink’s own legal library and its market-specific Service Plans pages, as of September 2026. Those pages are edited without announcement and are market-by-market documents, so where they disagree with anything below, they win.

The directional performance claims — that peak-hour speeds sag, that quiet rural cells behave better than saturated suburban ones — are not our invention either. They match independent measurement published by Ookla’s Speedtest Intelligence analyses, which have repeatedly placed median US fixed Starlink downloads in the tens to low hundreds of megabits per second with visible time-of-day degradation, and they match SpaceX’s own capacity arguments in its filings with the FCC Space Bureau, where congestion relief is the standing justification for launching more satellites.

What you will not find below is a table of speeds from any one dish offered as proof. A single line in a single cell cannot tell you what your address will do, and an uncorroborated screenshot is unverifiable by construction — which is exactly why so much confidently wrong advice circulates in community threads. The only numbers that carry weight in a fair use dispute are yours. If you want evidence that other people can actually check, use the shareable result link that a speed test generates rather than a cropped screenshot, note the local clock time beside it, and keep the app’s own outage log. The rest of this guide is mostly about getting those numbers out of your own account and reading them correctly.

Deprioritization vs throttling: the distinction that decides your evenings

These two words are used interchangeably in customer chatter and describe completely different mechanisms. Getting them straight is the difference between panicking about a slowdown and correctly ignoring it.

Deprioritization is conditional

Your traffic is served after higher-priority traffic only while the satellite cell serving your location is congested. In a rural cell with a handful of subscribers, a deprioritized account may never notice a thing; evening speeds can still land in the hundreds of megabits. In a saturated suburban cell at 8pm on a Sunday, the same account can shed half its throughput or more, then recover completely by midnight. Nothing has been applied to your account. The queue simply got longer.

Because the mechanism is load-dependent, the slowdown has a rhythm: worst in the local evening, best in the small hours, generally worse on weekends than mid-week, and worse in winter in holiday-home areas where the subscriber count swings seasonally. That rhythm is the fingerprint.

Throttling is absolute

Throttling is a fixed ceiling applied regardless of network load. Per the Service Plans pages, it is what happens on the smaller metered buckets sold to business and mobility customers once the included allowance is consumed, and Starlink’s own plan documentation puts that fallback at approximately 1 Mbps down with upload correspondingly limited. That is workable for messaging, email and plain text pages. It is not workable for a video call, a streamed episode, or a large software update — and at those speeds even loading the app to buy a top-up becomes an exercise in patience.

Flatness is the diagnostic. A throttled line returns the same disappointing number at 3am as at 9pm, day after day, until the cycle resets or you buy more data. If your slow speeds have a daily rhythm, then whatever is wrong, it is not a throttle.

The four signatures, and the test that separates them

Four different faults get blamed on fair use, and each has a distinct pattern. Match yours before you touch your plan or open a ticket.

The two-test experiment in the first row is the single most valuable thing you can do, and it costs nothing. Run it over Ethernet plugged into the router so Wi-Fi cannot contaminate the result, save both shareable result links, and note the local time. One off-peak reading and one peak reading on the same day will tell you within 24 hours whether you are looking at congestion, a ceiling, or something on your own side of the dish.

What the Fair Use Policy actually says

SpaceX publishes the Fair Use Policy alongside the Terms of Service in the legal library at starlink.com/legal, and the per-market allowances and fallback speeds sit on the Service Plans pages. Read the policy itself rather than a forum summary of it and its scope turns out to be narrow: it describes how Starlink manages network traffic and how it assigns customer data according to the service plan you subscribe to. It is the rulebook for who gets bandwidth first when a satellite cell is oversubscribed. It is not a punishment schedule for heavy users.

A working definition: Starlink fair use is the set of rules determining the priority class of your traffic and the quantity of high-priority data included in your billing cycle. On unlimited plans it neither meters nor terminates your connection. What the surrounding terms do reserve is action against abuse — reselling, running a fixed plan away from its registered service address, or activity that breaches acceptable-use terms — which is a different thing entirely from using a lot of data.

The policy first took effect in December 2022 for US and Canadian customers, with RV and Mobility service initially outside its scope because those tiers already sat at the bottom of the priority ladder. Every plan name in the current line-up — Residential Lite, Residential, Roam, Priority, Local Priority, Global Priority — arrived after that first version, and the policy text has been rewritten to match. Any screenshot of the policy dated before 2026 is a historical document, not a description of your service.

Why satellite internet fair use works differently from fibre fair use

On a terrestrial network, the capacity serving your house is mostly a function of the cable in the ground and the equipment at the exchange; it is fixed, local and yours. Satellite internet inverts that. The spectrum passing over your roof is shared with every other dish inside the same geographic cell, and a cell can be tens of kilometres across. Your neighbour’s 4K binge and the campsite Roam user two valleys away are competing for the same finite beam capacity you are.

That is why a satellite internet provider that wanted to protect service quality had two options: cap everyone, or rank everyone. SpaceX tried the first approach with the original 1 TB residential bucket, then moved decisively to the second. It is also why the Starlink price list looks less like a broadband rate card and more like an airline seat map — you are not buying gigabytes, you are buying boarding order. And it explains the single most counter-intuitive consequence for customers: two households paying the same amount for the same plan can have genuinely different experiences of the same policy, because they sit in cells with different loads.

Starlink price by plan in 2026, and what each tier does with your data

The table below describes the structure as published in September 2026. Allowances, plan names, prices and fallback behaviour vary by country, so treat it as a map rather than a contract; the Service Plans page for your own market is the authority. For the full country-by-country picture, see our full 2026 breakdown of Starlink plans and prices by tier.

Why the Starlink price you are quoted tracks local capacity

The pricing column is not decoration. Every step up the ladder buys queue position rather than extra gigabytes, and SpaceX prices the same plan differently depending on how full your cell is. Aggressive Residential discounting, and the periodic deep discounts on hardware kits, cluster in regions with spare capacity; full list pricing, sign-up pauses and waitlists cluster where cells are saturated. Read the quote as telemetry about your local cell, not just as a bill.

If you are weighing fixed against in-motion use, our guide to weekly plans and Roam mobility options covers how those tiers behave when the dish is actually travelling — including the trap of paying the Roam premium while parked permanently at home and sitting below Residential in the evening queue.

Starlink availability: the hidden variable in every fair use complaint

Because satellite internet capacity is shared per cell, availability status is the closest thing to a public congestion index. Starlink’s coverage and availability map marks cells as open, waitlisted or sold out, and a sold-out cell is by definition one where the bandwidth is already spoken for — precisely the cell where deprioritization will be most noticeable at 8pm.

• Query your exact address, not your town. Cell boundaries are geographic and do not follow municipal lines; neighbouring villages can sit in different cells with very different load.
• Read the Starlink price you are quoted as a capacity signal. A discount usually means the cell has room. A waitlist, or a price nudged upward, means the opposite.
• Re-check a closed cell periodically. Capacity is added as higher-throughput satellites enter service, and sold-out cells reopen without announcement.
• Compare tiers within the cell, not across the country. In a saturated area, Residential Lite in a quiet neighbouring cell will often beat full-price Residential in the busy one — which is not how terrestrial broadband tiers normally behave.
• Ask local users what evenings look like. Regional Starlink groups will tell you more about 8pm throughput in a specific cell than any national median ever will.

The 1 TB threshold and why it disappeared

The original framework gave residential customers a monthly bucket of Priority Access — documented at the time as 1 TB — after which they dropped to a lower Basic Access class for the remainder of the cycle. That number became the most-searched Starlink statistic of 2023 and the source of a great deal of anxiety in households running several 4K streams.

SpaceX later emailed residential subscribers to confirm the limit had been retired: service would remain unlimited, and accounts would no longer be deprioritized after 1 TB of usage. The practical consequence in 2026 is that a household on standard Residential has no usage number to manage at all. Multi-terabyte monthly totals are now routinely reported by residential users in community datasets with no ceiling appearing at any point in the cycle — the only visible variation being the normal evening dip that independent measurement also picks up.

Two caveats matter. The removal applied to residential service only; metered business and mobility tiers still sell allowances, because allowances are the product there. And network management is a live system rather than a settled one. SpaceX has revised these rules more than once, while capacity added by newer satellites and by the expansion of direct-to-cell service — recently advanced by the FCC’s clearance for Starlink’s mobile service to operate globally — keeps redrawing the congestion picture market by market.

Reading your own dashboard before you argue with anyone

The two-test experiment above tells you the shape of your problem. This is the follow-up: turning that shape into a specific, defensible conclusion using the figures already sitting in your account. Each step is designed to rule something out, so record what each one says rather than just glancing at it.

1. Confirm the service line. In the app or at starlink.com, check which dish you have selected. On multi-dish accounts this rules out the commonest false alarm of all: diagnosing a problem on a line that is not the one in front of you.
2. Note the cycle dates, not just the total. Billing cycles run from your activation date, so write down the reset date. This rules in or out the “it started mid-month” illusion, which is usually a rollover rather than a change in your service.
3. Check which bucket, if any, is empty. Standard, priority and mobile data are counted separately, and only the priority and mobile buckets can be exhausted. A zeroed bucket plus flat speeds is a confirmed throttle; a zeroed bucket is also the one number support will ask for first.
4. Read obstructions, ping drop and signal quality in Statistics. Even a low single-digit obstruction percentage produces dozens of micro-dropouts an hour. This rules out the fault most often mistaken for a policy penalty — and no plan change will fix it.
5. Compare against your two saved speed tests. Flat and slow at both times points at a plan limit. Fast off-peak and slow at peak points at congestion. Good at the router and bad on the sofa points at Wi-Fi.

Those five readings settle the overwhelming majority of fair use disputes before a ticket is ever opened — and when a ticket genuinely is warranted, they are the payload that makes it resolvable on first reply.

Staying in the fast lane without rationing

On a deprioritized plan, scheduling beats restraint every time. Game patches, cloud backups and OS updates moved into the midnight-to-6am window consume exactly the same data but compete with almost nobody, and in a busy cell that is the difference between a transfer finishing before breakfast and dragging through the evening. Most operating systems, consoles and backup tools have a built-in maintenance-window setting; using it is a one-off, five-minute job with a permanent payoff.

The next gains come from finding the one device doing the damage, because the culprit is rarely the household as a whole. Usually it is a security camera uploading continuously, a PC syncing a photo library, or a console left in rest mode pulling updates; the router’s client list will name it in under a minute. Capping streaming resolution per device is the lever after that — dropping a bedroom TV from 4K to 1080p removes roughly two-thirds of that stream’s bandwidth with almost no perceptual loss on a small panel.

Two quietly expensive setups are worth checking for. Running Roam at a fixed home address means paying a mobility premium while sitting below Residential in the queue every evening, so switching to a registered service address often buys speed and saves money simultaneously. And on metered plans, buy top-ups before the cycle ends rather than after the fallback engages, because purchasing anything over a throttled link is miserable.

Support: what the ticket-only model actually delivers

Support is the second half of the complaint pile, and expectations need resetting. Starlink runs a low-touch, ticket-based model by design — the same design choice that keeps the Starlink price for hardware and subscriptions where it is.

There is no phone number for residential customers

Everything routes through the Starlink app or your web account. You complete a guided troubleshooting flow first, and only then can you open a ticket; replies arrive by email and in-app message. This is not a limitation to be worked around — it is the entire support channel. Third-party “Starlink support” phone numbers that surface in search ads and forum posts are, without exception, not SpaceX, and several exist purely to collect card details.

How to write a ticket that gets resolved on the first reply

Agents handle volume, and vague tickets get generic scripted replies because a scripted reply is the only rational response to a report with no data in it. A specific, dated, evidenced ticket does not get better treatment because agents are generous; it gets it because there is nothing left for a first-line agent to ask. Copy the shape below, filling in your own readings from the dashboard steps above:

Download speeds flat at [speed] from [start date] to [today], at all hours including [off-peak time] local — result links attached. Obstructions [x]%. Router and dish rebooted, cable reseated, factory reset performed [date]. Usage page shows [standard / priority / mobile] allowance at [figure]; cycle resets [date]. Requesting [confirmation that a fallback limit is applied / a prorated credit for the dates above / a replacement under warranty] and [pricing for a mid-cycle top-up].

The elements that do the work are identification (service address or kit serial), a measured rather than adjectival symptom, dates and times including whether the problem persists off-peak, the troubleshooting you have already completed, the dashboard figures, and one explicit ask. Drop any of those and you invite a round-trip that costs you a day.

Credits, hardware and timelines

Service credits for outages are never automatic. You must ask, cite dates, and point at evidence — the app’s outage log is the most persuasive source available to you because it is Starlink’s own record of the event. Network-side outages are generally credited on a prorated basis; downtime caused by obstructions, power cuts or your own Wi-Fi is not.

On hardware, the terms that matter live in the legal library rather than in support chat. At the time of writing, Starlink’s US documentation sets out a 30-day service trial with an associated hardware return window, and a limited hardware warranty of one year in the United States, with longer terms in markets where consumer law requires them. Those windows have changed more than once and differ by country, so verify them for your own market at starlink.com/legal before relying on a date. Dishes that fail electrically inside warranty are typically replaced without argument; cracked enclosures, chewed cables and water ingress through a damaged mount are not covered.

Starlink publishes no response-time commitment for residential lines, and community reports range from a few hours to several days, with the slow end clustering around major regional outages and new-market launches. Business and enterprise lines are handled under tighter commitments. If a ticket goes quiet, reply on the existing thread rather than opening a new one — a duplicate ticket restarts your queue position instead of escalating it.

The diagnoses people get wrong

Most fair use complaints are misattributed, and the same handful of errors recur. By a distance the commonest is blaming the policy for a Wi-Fi problem: a 200 Mbps dish behind a router in a metal-clad utility room will test at a fraction of that on a phone upstairs, and no plan change repairs that. Test over Ethernet, or at least standing beside the router, before you accuse the network of anything.

Over-buying priority data as insurance is the next most expensive mistake. Priority data is the dearest thing Starlink sells and unused allowance generally does not roll over, so start small, observe one full cycle of real usage, then size the plan to what the dashboard says rather than to what your intuition fears. Closely related is trusting a screenshot from 2023, when plan names, allowances and the 1 TB rule were all different: advice from that era describes a product that no longer exists.

Ignoring the obstruction map after installation rounds out the list. A tree that was bare in February is a solid object in July, and a couple of percent of obstruction produces dozens of micro-dropouts an hour that feel exactly like a policy penalty. The Statistics page dates the change; the Fair Use Policy has nothing to do with it.

Informed speculation: what is likely to change next

This section is explicitly forecasting rather than reporting, so weigh it accordingly — but it rests on two documented drivers rather than on vibes. The first is capacity. SpaceX’s case to the FCC for its second-generation constellation, partially granted in December 2022 and expanded in subsequent filings with the FCC Space Bureau, is built squarely on adding throughput per cell; every tranche of higher-capacity satellites mechanically reduces how often deprioritization is perceptible, and it is why today’s sold-out cell can quietly reopen next quarter. The second is SpaceX’s own revealed preference in product design: since December 2022 it has consistently replaced hard caps with finer priority tiers and geographically variable pricing, which points toward more segmentation rather than a return to simple limits.

The wildcard is regulatory. As mobile and direct-to-cell services expand across borders, national regulators take a closer interest in how traffic management is disclosed, and that pressure historically produces clearer published policies and more explicit fallback speeds rather than looser ones. None of that is announced; treat it as the direction of travel, and check the Service Plans page in your market rather than trusting a projection, including this one.

Bottom line

On a standard residential plan in 2026 you have unlimited data and no usage threshold to fear; the slowdowns you experience are congestion, obstruction or Wi-Fi, in roughly that order of likelihood, and a 3am-versus-9pm Ethernet test will tell you which within a day. On a metered priority or mobility plan the allowance is real and the fallback is a genuine ceiling near 1 Mbps, so size the plan to observed usage and buy top-ups early. Before you order, check Starlink availability for your exact address and read the Starlink price you are quoted as a capacity signal, because in satellite internet the cell you sit in shapes your experience as much as the tier you pay for. And when something breaks, the ticket you write in the app — specific, dated and evidenced — determines how fast it gets fixed far more than any hunt for a phone number ever will.

Frequently Asked Questions

Does Starlink have a data cap in 2026?

Standard Residential and Residential Lite have no hard cap: usage is unlimited, and Starlink’s Fair Use Policy at starlink.com/legal describes priority classes rather than shut-off thresholds. Metered tiers — Priority, Local Priority, Global Priority and metered Roam — include a fixed monthly allowance of high-priority data. One detail that trips people up: your dashboard counts standard, priority and mobile data separately, and only the priority or mobile buckets can actually run out. Allowances and fallback behaviour differ by country, so confirm on the Service Plans page for your own market.

What is the difference between deprioritization and throttling on Starlink?

Deprioritization means your traffic is served after higher-priority traffic when the satellite cell covering your location is congested, so you feel it only at peak hours and only in busy cells. Throttling is a fixed speed ceiling — Starlink’s plan pages describe a fallback of roughly 1 Mbps down on exhausted small metered plans — that applies around the clock regardless of load. The quickest way to tell them apart is the shape of the slowdown: deprioritization is spiky and time-of-day dependent, throttling is flat.

Did Starlink remove the 1 TB monthly limit?

Yes, for standard residential service. The original US and Canadian framework that took effect in December 2022 gave residential customers a monthly bucket of Priority Access — widely documented as 1 TB — after which they dropped to Basic Access for the rest of the cycle. SpaceX later emailed residential subscribers to say service would remain unlimited and would no longer be deprioritized after 1 TB. Metered business and mobility tiers still carry allowances, and the residential change does not apply to them.

How do I check my Starlink data usage and billing cycle?

Open the Starlink app or sign in at starlink.com, select the correct service line, then open the Usage or Data section. It shows the current billing cycle, consumption split by data type, and the reset date. Billing cycles run from your activation date rather than the calendar month, so a slowdown that appears to start mid-month is often just a cycle rollover. On multi-dish accounts, confirm which service line you are reading before you draw any conclusion — reading the wrong dish is one of the most common self-inflicted errors.

Can Starlink throttle, suspend or terminate an account for heavy use?

Heavy use alone does not trigger suspension on an unlimited residential plan; that is the whole point of a priority-based policy rather than a cap. What the Fair Use Policy and Terms of Service do reserve is action against abuse — reselling service, running the connection at a location other than the registered service address on a fixed plan, or activity that harms the network or breaches acceptable-use terms. Throttling in the technical sense is reserved for exhausted metered allowances. Read the current terms in Starlink’s legal library, since the wording is market-specific and has been revised repeatedly.

Why is Starlink sold out or waitlisted in my area?

Sold-out status means the satellite cell covering that address has no spare capacity for new fixed subscribers, not that hardware is unavailable. Cells are geographic, and their boundaries do not follow town or postcode lines, so one address can be open while another a few kilometres away is closed. Capacity is added as newer, higher-throughput satellites enter service, which is why closed cells sometimes reopen without notice. Check the coverage map for your exact address rather than your town.

How much does Starlink cost in 2026, and does the Starlink price affect priority?

US list pricing in September 2026 runs from Residential Lite in the $80s per month to standard Residential around $120, with metered Priority buckets sold in blocks that climb into the hundreds and Roam priced separately for unlimited or metered mobile use. The Starlink price you pay and your queue position are directly linked: the cheaper the tier, the lower its class during congestion. SpaceX also discounts Residential in under-subscribed cells and raises it or closes sign-ups in saturated ones, so the price you are quoted is itself a signal about local capacity.

Does Starlink have a customer service phone number?

No. Residential support runs entirely through ticketing in the Starlink app and web account, and you must complete a guided troubleshooting flow before a ticket can be opened. Replies arrive by email or in-app message, and Starlink publishes no response-time guarantee for residential lines. Business and enterprise service lines get faster handling. Any Starlink support phone number appearing in search ads or forums is not SpaceX, and several are card-harvesting scams.