Starlink Price, Speeds & Availability in the US 2026

By Daniel Reyes, Senior Broadband Analyst, Starlink News. Daniel has covered US ISP pricing, FCC and IBFS filings and NTIA broadband programs since 2015, and spent six years as a network engineer for a rural wireless ISP in the Mountain West before moving into journalism. Reviewed by the Starlink News satellite-broadband desk, which has tracked low-earth-orbit rollouts, regulatory dockets and consumer pricing since 2022. Published and last verified: 19 September 2026. Every price, plan name and lead time below was checked against Starlink’s published US plan pages and live order flow on that date. Full sourcing, the derivation of our speed ranges, the age of the underlying measurement data and a dated revision log appear in the methodology section at the end of this guide.

Starlink is the largest low-earth-orbit satellite internet service in the United States, and it can be ordered at essentially any US address today: residential service starts near $55 a month, the Standard hardware kit is $349, there is no annual contract, and there is a 30-day money-back trial. The waitlist that defined 2021 and 2022 ended in April 2023, and the pricing model that replaced it has since moved twice — most recently to a speed-tier structure that dropped the entry price while capping throughput on the cheapest plan.

This is a practical, numbers-first look at what Starlink actually costs in the US in 2026, what speeds households are measuring rather than being promised, how the self-install works, where satellite internet sits against DSL, cable, fiber and 5G home internet, and what the FCC does and does not regulate about it.

Key Takeaways for US Buyers

• Price: $55–$130/month residential across three speed tiers, plus $349 one-time for the Standard kit. No contract, month-to-month billing, 30-day returns. Realistic all-in year-one cost on the entry tier: about $1,100–$1,150 including tax, shipping and a mount adapter.
• Speed: plan on 65–150 Mbps down, 10–20 Mbps up, 25–60 ms latency — with a 20–40% evening dip in busy cells.
• Data vintage matters: the highest-quality public US satellite median we can verify directly is from Q3 2024. Anyone quoting a single crisp 2026 median for Starlink is extrapolating; we publish a band instead and say why below.
• Availability: nationwide since April 2023. Trees, not coverage, are the binding constraint at most US addresses.
• Install: 30–60 minutes self-install for most homes; $200–$500 if a roof or mast install is needed.
• Regulation: federally licensed by the FCC under blanket earth-station authorisations; no state utility oversight, no state tariff, no PUC complaint route in most states.

Is Starlink Available in Your US Location? Coverage and Waitlist Status

Starlink opened full nationwide US availability in April 2023, retiring the deposit-and-queue system that had capped sign-ups by cell. Since then, every US address that is not under a permanent obstruction can place an order and expect hardware to ship. Capacity is still finite in dense areas, but it is now expressed through pricing and plan availability rather than a waiting list.

How to check your exact address

• Starlink’s own map: enter the full service address at starlink.com/map. Do not test with a nearby town — capacity is allocated by satellite cell, and two addresses 15 miles apart can return different plan options and different entry prices.
• Read the label carefully: a cell marked as capacity-constrained means the network is busy there, not that satellites do not pass overhead. In practice that usually shows up as fewer available tiers or a higher entry price, not a refusal to sell.
• Cross-check the FCC National Broadband Map: broadbandmap.fcc.gov lists Starlink as a reported provider across effectively the whole country. That is useful mainly as proof that your address is officially "served" — a status that can affect your eligibility for subsidised terrestrial builds, and one you can challenge through the map’s own availability challenge process if it is wrong.
• Tribal lands: deployments in Native American communities have run through FCC Rural Tribal Priority Window spectrum and tribal broadband programs, often as community or anchor-institution installs rather than individual residential orders. Contact the tribal broadband office before ordering privately — the community rate is frequently better than the retail one.

The obstruction question matters more than coverage

For US buyers, the binding constraint is almost never satellite coverage. It is trees. The Gen 3 dish needs a clear view of a wide arc of northern sky in most of the lower 48; a single 60-foot pine on that bearing produces the brief, repeated dropouts that generate most first-month support tickets. Run the app’s obstruction check from the exact spot you intend to mount before you drill anything, and run it for the full scan duration rather than cutting it short. Two further points that catch people out: deciduous trees that pass the check in March will fail it in June once they leaf out, and a neighbour’s tree line is outside your control in a way your own is not.

Readers comparing the US situation with other markets can see how rollout, licensing and pricing differ elsewhere in our Starlink Availability by Country: Current Rollout Status and Expansion Map.

Starlink US Plans and Pricing: Residential, Business, and Mobile Options

US residential pricing was restructured at the end of 2025. The old model charged $90/month in excess-capacity areas and $120/month in limited-capacity areas — one speed, two prices, depending on where you lived. The current model inverts that: one broad availability footprint, several speed tiers, with the entry point lowered substantially.

Current residential tiers (verified 19 September 2026)

These three tier names and the $55/$85/$130 ladder were confirmed on Starlink’s US plan pages on 19 September 2026 and are high confidence. All three are month-to-month, all three include the same unlimited standard-priority data, and moving up or down a tier is self-service from the account page and takes effect immediately — which is why the entry tier is the sane place to start.

Business, Priority and Mobile plans: what is fixed and what floats

The commercial and mobile line-up is priced regionally and has moved repeatedly, so instead of presenting soft numbers as if they were firm, the table below separates what you are actually buying from how much the headline figure should be trusted.

The structural facts in that table — the prioritised-data buckets, the fact that Priority never stops at zero but drops to standard priority, the 100 GB Roam entry allowance, the absence of a fixed service address on Mobile plans — are the durable, decision-relevant parts and change rarely. The dollar amounts are the volatile part. Starlink changes pricing without press releases and without notice periods, so the figure that appears in your own checkout is the only authoritative one. If you are reading this more than a quarter after the verification date above, re-check before budgeting.

Hardware is a separate one-time cost: $349 for the Standard kit, $599 for High Performance and roughly $2,500 for the Flat High Performance unit used on vehicles and vessels. Promotional hardware discounts appear periodically in capacity-rich rural cells and have at times taken the Standard kit under $200 — these are regional, time-limited and not announced in advance, so check the kit price at your address rather than assuming the list price.

Taxes, contracts and the things that surprise people

• Sales tax is excluded from advertised prices. Combined state and local rates on communications and equipment sales ranged from 0% in Oregon to above 10% in parts of California at the time of writing; on a $130 plan that is roughly a $14/month swing between Portland and Los Angeles. Rates and the taxability of satellite service both vary by jurisdiction and change annually, so confirm with your state department of revenue rather than treating these as fixed.
• Shipping and handling is separate too, commonly $25–$50 on a Standard kit, charged at checkout and refunded only as part of a qualifying 30-day return.
• No annual contract. Billing is month to month and cancellation is self-service from the account page.
• Pausing. Seasonal users can suspend service between billing cycles instead of cancelling and re-buying hardware. Starlink has at times charged a nominal monthly hold fee — widely reported at around $20 — but this policy has changed more than once and is not consistently documented. Confirm the current wording in your own account before you leave for the season.
• Data. Standard residential data is unlimited with no hard throttle and no overage billing. Priority and Business plans sell a defined bucket of prioritised data; once it is consumed the connection continues at standard priority rather than stopping.
• One address, one dish. Residential plans are tied to a service address. If you want to take the dish to a second property or on the road, you need a Roam/Mobile plan — covered in detail in Starlink for Digital Nomads: Portable Internet Across Borders.

What Starlink Actually Costs in Year One

The monthly headline understates the first-year outlay, because hardware, shipping, tax and a mount adapter all land in month one. Here is the arithmetic on a typical contiguous-US install, using a 7% combined sales tax rate as a mid-range illustration — substitute your own rate.

Two implications follow. First, the hardware is amortised, not sunk: if you keep the service two years, the $349 kit adds roughly $15 a month, and over three it adds about $10. Second, the gap between the entry tier and Max is almost $1,000 in year one — which is a lot to pay for headroom you have not yet confirmed your cell can deliver. Start low, measure, then upgrade.

Real-World Starlink Speeds in the United States: What the Satellite Internet Data Shows

Direct answer: a typical US Starlink household in 2026 sees 65–150 Mbps down and 10–20 Mbps up, with latency between 25 ms and 60 ms — good enough for 4K streaming, video calls and casual gaming, and not good enough to behave like fiber.

A note on data age, before the numbers

The most granular public US satellite median we can verify directly is Ookla’s Speedtest Intelligence benchmark for Q3 2024: a median download of 150.19 Mbps, median upload of 15.27 Mbps and median latency of 52 ms. That figure is roughly two years old at the time of writing and we treat it as a historical high-water mark, not a 2026 reading. Two things have happened since: subscriber growth in popular cells, and a tier restructure that explicitly caps the entry plan near 100 Mbps and therefore mechanically pulls the population median down regardless of network health. No comparably detailed 2026 US satellite median has been published in a form we could confirm at the verification date, and we would rather say that plainly than dress a 2024 number up as current. That is precisely why our headline figure is a band rather than a point estimate — and why independent and community testing through 2025 and into 2026, which clusters nearer 65–115 Mbps for residential medians, sits at the lower end of it.

Where the range comes from

We do not operate a measurement panel, and we think publications that imply they do should say so plainly. The range above is a reconciliation of four public sources, presented as a band because they disagree with each other:

• Ookla Speedtest Intelligence: the Q3 2024 US satellite medians described above, weighted as a historical ceiling rather than a current estimate. Ookla’s quarterly satellite performance write-ups are published through its research and articles hub, which is where to look for any newer quarter published after our verification date.
• Starlink’s own advertised tier ceilings: since the late-2025 restructure, the entry plan is explicitly capped near 100 Mbps. The current figures are listed on Starlink’s US plan page.
• Peer-reviewed measurement research: academic studies of Starlink performance presented through the ACM Internet Measurement Conference (2023) proceedings consistently find Starlink roughly an order of magnitude faster than rural DSL while trailing urban fiber by a factor of three to five, with substantially greater variance than either — variance, not peak speed, is the defining characteristic of consumer satellite internet.
• Self-selected community speed tests (2025–26): publicly posted results in Starlink user forums and monthly community speed threads. These skew toward engaged, well-sited users and are not a random sample; we use them only for directional patterns such as time-of-day behaviour, never as a population estimate. They are, however, the freshest signal available, which is why they anchor the lower half of our band.

Where those four disagree, we report the spread rather than splitting the difference into a single false-precision figure.

Time of day is the biggest single variable

Evening congestion between roughly 7pm and 11pm local time commonly costs 20–40% of off-peak throughput in busy cells. The directional pattern in publicly posted community tests is consistent and worth understanding before you pick a tier: low-density rural cells often post triple-digit results overnight and shed 40–70 Mbps at 8pm, while dense suburban corridors that clear 120 Mbps at midday commonly sit in the 60–90 Mbps band during the peak. Those are illustrative, self-selected samples rather than measured medians — the actionable point is the shape of the curve, not the specific numbers. Test at 9pm, not 9am, before deciding whether a tier upgrade is worth $30 a month, and test on a weekday rather than a Sunday.

Is it enough for streaming and gaming?

A 4K Netflix stream needs about 15–25 Mbps, so even a degraded evening connection carries two or three simultaneously. Gaming is the sharper question: 30–60 ms latency is fine for most titles, but Starlink’s jitter — brief spikes when the terminal hands off between satellites — is what competitive FPS and fighting-game players notice. Turn-based, MMO and console co-op play are unaffected in practice. Upload remains the real ceiling: 10–20 Mbps is workable for one 1080p video call plus cloud backup, and tight for a household where two people stream to Twitch or push large media files. If your work depends on uploading multi-gigabyte assets daily, price the 200 Mbps or Max tier from the outset rather than upgrading later.

Installing Starlink in the US: Self-Setup Process and Professional Options

Self-installation takes 30–60 minutes for most US homes and needs no tools beyond what is required to route the cable. The kit ships with the Gen 3 dish, the Wi-Fi router, a 75-foot (22.9 m) cable, the power supply and a ground-level base.

Step-by-step

1. Install the Starlink app (iOS or Android) and run the augmented-reality obstruction check from each candidate mounting position. Compare results before committing to any one spot.
2. Set the dish on the included base at ground level first and confirm a stable connection for 24 hours. Temporary placement costs nothing and prevents a permanent mount in the wrong place.
3. Power up and let the dish self-orient. The Gen 3 unit aims itself; you do not set azimuth or elevation manually.
4. Route the cable. Drill an appropriately sized hole through the rim joist or wall, fit a weatherproof bushing, seal with exterior-grade sealant, and leave a drip loop on the outside so water runs off rather than tracking into the hole. Do not cut or splice the cable — the connectors are proprietary and a cut cable is a replacement, not a repair.
5. Mount permanently. Starlink’s Pipe Adapter runs about $25 and mates the dish to standard 1.5–2 inch pipe, including common J-mounts left behind by old satellite-TV dishes. Reusing an existing DirecTV or Dish mast is the fastest legitimate roof install in US housing stock, provided the mast is still structurally sound and the flashing has not failed.
6. Add wired networking if needed. The Gen 3 router includes an Ethernet port; Gen 2 kits require the $25 Ethernet Adapter. Bypass mode disables the Starlink Wi-Fi so you can run your own router, mesh system or firewall — essential for anyone with existing home-network gear, and the single most common fix for "my Wi-Fi is bad" complaints that are not actually satellite problems.

Cold-weather and roof realities

The kit is rated to operate from -22°F to 122°F (-30°C to 50°C). Below freezing, the automatic snow-melt heater draws an additional 30–75W, which matters if you are sizing a solar or battery system. Two practical notes from northern installs: mount the dish where shed snow will not land on a walkway or a vehicle, and keep the tilt steep enough that melt water sheets off rather than refreezing at the lower edge, which is how an otherwise healthy dish accumulates an ice lip that shows up as obstruction alerts.

For steep, tall or tile roofs, hire out. Roofers and antenna installers typically quote $200–$500 for a mast install with flashing, with tile and slate at the top of that band. Starlink’s certified installer network exists but is thin outside metro areas; searching for a local satellite-TV or antenna contractor by state generally yields more options, and faster dates, than the official directory.

Starlink vs US Internet Alternatives: Satellite Internet Against Fiber, Cable, DSL and 5G

Starlink is not competing with the same service everywhere. In rural America it competes with nothing much; in suburbia it competes with cable and fiber and usually loses on price per megabit. The final column below is the decision rule, so you can read this table once instead of cross-referencing a second list.

The cheapest way to decide is to overlap rather than switch cold. Keep your existing service for the first three weeks of the Starlink trial, run evening speed tests on both, and cancel the loser inside the 30-day window. That costs one extra month of your incumbent bill and removes all of the guesswork about congestion at your specific cell — which is the only variable in this table you cannot look up in advance.

The subsidy backdrop

SpaceX was named a winning bidder for roughly $885 million in the FCC’s 2020 Rural Digital Opportunity Fund Phase I auction, but the Commission subsequently rejected the long-form application and upheld that rejection on review, so the money was never disbursed; the docket history is public through the FCC’s RDOF auction pages. The larger program today is NTIA’s $42.5 billion Broadband Equity, Access, and Deployment initiative, documented at ntia.gov, which originally carried a strong fiber preference; the 2025 restructuring moved BEAD toward technology neutrality and opened subgrants to low-earth-orbit satellite internet in high-cost locations. For households, the practical consequence is timing: a state-funded fiber build may reach your road eventually, and Starlink is the bridge until it does. Because Starlink has no contract, being a bridge costs you nothing but the hardware.

US Regulatory Status: How the FCC Licenses Satellite Internet

Yes, Starlink is FCC-authorised. SpaceX holds blanket earth station authorisations — call signs S2882 and S3018 in the Commission’s International Bureau Filing System — that permit customer terminals to operate nationwide under a single licence, plus separate space-station authorisations covering the constellation, including the original 4,408-satellite Gen 1 grant. Individual subscribers do not apply for anything; the blanket licence covers the dish on your roof. Filings can be searched directly through the FCC IBFS licensing database and the Commission’s Space Bureau pages.

What the FCC does and does not do here

• Licensing and spectrum: squarely federal. Orbital shells, power limits and interference coordination are FCC matters, with NTIA coordinating federal spectrum users. No state or municipal body licenses your terminal.
• Broadband data: Starlink reports availability into the FCC’s Broadband Data Collection; its December 2023 filing reported availability to effectively all US households, which is why the National Broadband Map shows nationwide coverage. That reported availability is what can make your address ineligible for subsidised terrestrial programs, which is a real-world consequence worth knowing about.
• State utility commissions: generally do not regulate satellite internet as a utility service. There is no state tariff, no state-mandated service-quality standard and no PUC complaint route in most states.
• Net neutrality and Title II: Starlink is not classified as a common carrier, so Title II obligations do not attach. Network-management practices are governed by its own terms of service, which it can revise unilaterally.
• Voice and 911: there is no native Starlink voice service for US residential customers as of September 2026. Emergency calls route over whatever phone you connect through the link — a VoIP app or a mobile handset on Wi-Fi calling — which means a power cut or a dish outage takes your 911 path with it. Keep a mobile handset charged as the fallback. Separately, SpaceX’s direct-to-cell satellites support T-Mobile’s satellite messaging service on compatible handsets, including emergency texting; that is a distinct product from residential Starlink and does not require the dish.

If service problems go unresolved, the realistic escalation path is the FCC Consumer Complaint Center for service and billing disputes, and your state attorney general’s consumer protection division for advertising or refund issues. The contrast with other jurisdictions is instructive: see Starlink in the European Union: Regulatory Landscape and National Rollouts for a market with member-state licensing layered on top of bloc-level rules, and Starlink in India: Regulatory Hurdles, Partnerships, and Market Potential for one where spectrum assignment and local partnerships determined the launch timeline.

Ordering Starlink in the United States: Lead Times and Support

Ordering is a web checkout: address, plan tier, hardware, card. There is no credit check and no installation appointment for self-install customers.

What to expect after you click buy

• Standard kit: typically ships within 5–7 business days and lands in 1–2 weeks at contiguous US addresses.
• Alaska, Hawaii, Puerto Rico: 2–4 weeks is normal.
• High Performance and Flat High Performance: 2–6 weeks depending on stock; these are built in smaller volumes and are the kits most likely to slip.
• 30-day trial: full refund if the hardware is returned in original condition, with a return label provided. Billing for service stops when you cancel. Keep the box.
• Out-of-warranty replacement: commonly reported at roughly $250 for a Standard dish and $599 for High Performance, though Starlink prices replacements case by case and these should be treated as indicative rather than a published tariff. Physical damage — hail strikes, ladder drops, snowplough encounters — is not covered; check whether your homeowner’s policy treats a mounted dish as a covered structure.

Support is ticket-based, so write better tickets

There is no phone line. Support runs through the app or account portal. Community reports and public support forums commonly describe first-response times in the region of 24–72 hours, with technical troubleshooting slower than billing — we cite that as reported user experience, not as a measured service level, because SpaceX publishes no SLA for residential support.

What is within your control is the quality of the ticket. Tickets resolve markedly faster when the first message includes the account service address, the app’s obstruction report, a statistics screenshot showing outage causes, and the exact timestamps of the failures. A ticket that says "internet is slow" costs you a full round trip before anyone even asks for those details — on a 48-hour response cadence, sloppy reporting is the difference between a two-day fix and a two-week one.

One scenario where lead times compress dramatically is disaster response, where SpaceX has repeatedly pre-positioned and airlifted terminals into storm zones; we covered that logistics pattern in Starlink in Disaster Relief: Hurricane and Conflict Zone Connectivity.

The Bottom Line for US Buyers in 2026

Starlink in the United States has matured from a scarce, waitlisted product into an ordinary consumer purchase with tiered pricing, a 30-day trial and predictable shipping. The trade is clear-eyed: you pay $55–$130 a month plus $349 of hardware — about $1,140 all-in for year one on the entry tier — for a satellite internet connection that delivers most of what fiber does for streaming and video calls, with more variance, weaker upload and an evening slowdown in busy cells. For the millions of US households whose realistic alternative is 10 Mbps DSL or a marginal fixed-wireless signal, that trade is still the best one available. For a household with fiber at the curb, it is not, and no amount of tier-shopping changes that.

The pragmatic path: check your exact address on the map, order the entry tier rather than the top one, ground-mount the dish and test it hard at 9pm on weekdays for three weeks, then either upgrade the plan, mount it permanently, or send it back inside the 30-day window. The entry tier is the right starting point precisely because upgrading is instant and self-service, while downgrading after you have already paid a month at Max is not free.

Methodology, Sources and Revision Log

How we verified the numbers

• Pricing and lead times were checked against Starlink’s published US plan pages and the public order flow on 19 September 2026. Residential tier names and prices are high confidence. Where a figure varies by cell or region (Roam, Priority, Business), the confidence column in the relevant table states so explicitly rather than burying a hedge in prose.
• The 65–150 Mbps headline band is a reconciliation, not an original measurement. Inputs: Ookla Speedtest Intelligence US fixed-satellite medians (most recent verifiable granular quarter: Q3 2024 — 150.19 Mbps down, 15.27 Mbps up, 52 ms, treated as a historical ceiling and flagged as two years old in the body text, not only here); Starlink’s own advertised per-tier ceilings following the late-2025 restructure; peer-reviewed Starlink measurement work published through ACM IMC; and self-selected community speed-test postings from 2025–26 used for directional time-of-day patterns and to anchor the lower half of the band. Where sources disagreed we published the spread rather than a single averaged figure.
• Year-one cost modelling uses list hardware pricing, a mid-range 7% combined sales tax assumption and typical shipping and mount-adapter costs. It is an illustration with stated inputs, not a quote; substitute your own tax rate.
• We do not operate a measurement panel and make no claim to proprietary telemetry. Any figure in this guide that comes from user-submitted community testing is labelled as such in the text, because those samples are self-selected and skew toward well-sited, engaged users.
• Regulatory statements are drawn from FCC IBFS licensing records, FCC auction dockets and NTIA BEAD program documentation, all linked inline above.

Primary sources

• Starlink official service plans, specifications and terms — starlink.com/us
• Ookla Speedtest Intelligence fixed-broadband and satellite performance reporting — ookla.com/articles
• ACM Internet Measurement Conference 2023 proceedings (Starlink performance measurement literature) — dl.acm.org
• FCC IBFS licensing records and Space Bureau filings — licensing.fcc.gov · fcc.gov/space
• FCC National Broadband Map — broadbandmap.fcc.gov
• FCC Auction 904 (RDOF Phase I) docket — fcc.gov/auction/904
• NTIA BEAD program documentation — ntia.gov

About the author

Daniel Reyes is Senior Broadband Analyst at Starlink News, where he covers US satellite internet pricing, FCC and NTIA policy and consumer broadband economics. He has written about ISP markets since 2015 and previously spent six years as a network engineer at a rural wireless ISP serving mountain and high-desert communities, where he designed fixed-wireless backhaul and dealt daily with the line-of-sight and congestion problems described in this guide. He has run a Starlink terminal at a rural residence since 2022. Corrections and pricing updates: editorial@starlink-news.com.

Revision log

• 19 September 2026 — current edition. Residential pricing rewritten for the speed-tier structure that replaced the $90/$120 excess-capacity and limited-capacity model. Added a named byline and author credentials; added a year-one total-cost model; split commercial and mobile plans into a separate table with an explicit confidence column and concrete plan inclusions; moved the 2024-vintage caveat on Ookla data from the methodology footer into the body of the speed section. Corrected the slug on the Roam/Mobile internal link. Added outbound links to all primary sources. Noted the BEAD technology-neutrality change.
• Correction — superseding the edition of 12 March 2026. That edition listed Roam at a flat $135/month. The Mobile plan restructure replaced it with the regional and global tiers shown above; the figures in this edition supersede it. No other substantive figure was changed by that correction.
• Escalation contacts for readers: FCC Consumer Complaint Center for unresolved service or billing disputes; state attorney general consumer protection divisions for refund and advertising issues.

Frequently Asked Questions

How much does Starlink cost per month in the United States?

Checked against Starlink’s US order flow on 19 September 2026: residential satellite internet service is sold in speed tiers at roughly $55/month for the entry 100 Mbps plan, about $85/month for the 200 Mbps plan and about $130/month for Residential Max. Hardware is a separate one-time cost — $349 Standard, $599 High Performance, roughly $2,500 Flat High Performance. State and local sales tax is added at checkout and is not included in advertised prices, and there is usually a shipping and handling charge of about $25–$50. Budget roughly $1,100–$1,150 all-in for year one on the entry tier. Starlink changes tier pricing without notice, so the figure shown at your own address is the authority.

What are real Starlink speeds in rural America vs cities?

Expect 65–150 Mbps down, 10–20 Mbps up and 25–60 ms latency in 2026. That band reconciles three disagreeing sources: Ookla’s published US satellite medians (the most granular one we can verify directly is the Q3 2024 benchmark of 150.19 Mbps down, 15.27 Mbps up, 52 ms, which we treat as a historical high-water mark rather than a 2026 reading), Starlink’s own advertised tier ceilings after the late-2025 restructure, and self-selected community speed-test reports from 2025 and 2026 that cluster nearer 65–115 Mbps. Density and time of day drive variation more than geography: low-density cells routinely beat dense suburban cells by 40–70 Mbps during the 7–11pm peak. Always test at your own address during evening hours before judging a tier.

Can I install Starlink myself or do I need professional help?

Most US customers self-install in 30–60 minutes using the Starlink app’s obstruction check, the included ground base and the 75-foot cable. You only need help when the dish must go on a steep roof, a tall mast or a chimney, where a roofer or antenna installer typically quotes $200–$500 for a mast install with flashing, with tile and slate at the top of that band. Starlink’s certified installer network is thin outside metro areas, so a local antenna or satellite-TV contractor is usually faster to book. Reusing a structurally sound DirecTV or Dish J-mount with the $25 Starlink Pipe Adapter is the cheapest legitimate roof install in US housing stock.

Is Starlink better than rural DSL or fixed wireless?

Against rural DSL at 3–25 Mbps for $50–$65/month, Starlink satellite internet is typically 5–20 times faster for a similar or modestly higher monthly cost. Against fixed wireless and 5G home internet at 25–100 Mbps for $50–$60/month, the decision is closer: with a strong, uncongested 5G signal, terrestrial wireless is usually cheaper and lower-latency, because it is not sharing a satellite cell with every other subscriber for 40 miles. Starlink wins where the tower signal is weak or oversubscribed — which is exactly where most rural US households sit. Run both for a fortnight if you can; the 30-day trial makes the overlap cheap.

Does Starlink have a data cap in the United States?

Standard residential plans carry unlimited data with no hard throttle and no overage billing; in heavily loaded cells, heavy users can be deprioritised behind lighter ones at peak, but the connection is not cut or metered. Priority and Business plans work differently: you buy a defined bucket of prioritised data — commonly 1 TB or 2 TB — and once it is consumed the line keeps running at standard residential priority rather than stopping, with the option to top up prioritised data mid-cycle. Roam/Mobile is where a true cap exists: the entry regional tier is sold with a fixed 100 GB allowance, and unlimited regional or global use costs substantially more.

How long is the wait for Starlink hardware in 2026?

Standard kits generally ship within 5–7 business days and arrive in 1–2 weeks at contiguous US addresses, with 2–4 weeks typical for Alaska, Hawaii and Puerto Rico. High Performance and Flat High Performance kits run 2–6 weeks depending on stock because they are built in smaller volumes. Orders are no longer queued behind a waitlist — the waitlist ended in April 2023 — so any delay is inventory and shipping rather than capacity rationing.

Does Starlink work during power outages?

No. The dish and router draw mains power, so the connection drops the moment your house loses electricity, even though the satellites overhead are unaffected. A 500Wh–1kWh portable power station will typically keep a Standard kit online for 8–20 hours, depending on the unit’s draw and your load. Expect noticeably less in freezing weather, when the dish’s automatic snow-melt heater adds roughly 30–75W on top of normal consumption. Because there is no native voice service, a power cut also removes your VoIP 911 path — keep a charged mobile handset as the fallback.