How Fast Is Starlink Internet? Speed Tests, Real Data & What to Expect in 2026

Starlink speed is the question that keeps popping up before anyone pulls the trigger on SpaceX’s satellite internet. And honestly, who can blame them? Satellite internet has been painfully slow for decades. So how fast is Starlink, actually? We dug through thousands of Starlink speed test results from Ookla, FCC broadband reports, and real user posts to piece together a clear, data-backed answer.

Quick version: most Starlink Residential customers in the US pull download speeds between 50 and 220 Mbps, with the national median landing around 65 to 90 Mbps depending on where you are, what time it is, and how many of your neighbors also have dishes on their roofs. That’s wildly faster than legacy providers like HughesNet (15 to 25 Mbps) and parks Starlink in roughly the same neighborhood as a lot of DSL and fixed wireless connections, though still behind cable and fiber.

But averages can be deceptive. In this guide we break down Starlink internet speed by plan tier, stack real-world speed test numbers against SpaceX’s official specs, examine uploads and latency, and show you precisely how Starlink measures up against cable, fiber, and other satellite providers. Whether you’re sitting in a rural area with slim pickings or just curious what Starlink can actually deliver, the data you need is right here.

New to the whole thing? Start with our guide on what Starlink is and how it works, or jump over to our full Starlink review for the complete picture.

Starlink Speed Specs by Plan Tier

SpaceX sells several Starlink plans, and each one advertises different speed ranges. This matters more than people realize, because the plan you pick directly controls how fast your connection can go. Here’s what Starlink.com officially lists for each tier as of early 2026:

A few important caveats worth understanding about these official numbers:

• These are ranges, not promises. Starlink says flat-out that speeds depend on location, congestion, and other variables. You might hit 200 Mbps at 3 AM and barely crack 40 Mbps at 8 PM. That’s the reality.
• Residential Lite is the economy seat. Cheaper, yes. But your data gets shoved to the back of the line during congestion. Think of it as standby boarding on the Starlink network. Our Starlink Residential Lite guide breaks down what that actually means day to day.
• Priority (Business) subscribers eat first. During peak hours, they get first crack at bandwidth, which is why their speed floor tends to be higher when things get crowded.
• The Mini has a smaller antenna. Physics doesn’t care how cool your hardware looks. That compact form factor limits peak throughput compared to the full-size dish. Read our Starlink Mini guide and Mini vs Standard comparison for the nitty-gritty speed differences.
• Roam speeds are inherently unpredictable. Roam users aren’t locked to a fixed cell, so they pull from whatever capacity happens to be available wherever they happen to be. In the middle of nowhere? Surprisingly fast. Parked at a popular campground? Could be a crawl.

For full pricing breakdowns including equipment costs and regional fees, see our Starlink plans and pricing guide.

Real-World Starlink Speed Test Results

Official specs are one thing. What do people actually get? We pulled data from three major sources to build a comprehensive picture of real-world Starlink internet speed:

• Ookla Speedtest Global Index, aggregated from millions of user-initiated speed tests
• FCC Measuring Broadband America, controlled testing with dedicated hardware inside actual subscriber homes
• Reddit r/Starlink, thousands of user-posted speed test screenshots and first-hand reports

Ookla Speed Test Data

According to Ookla’s Speedtest Intelligence data, Starlink’s median US download speed has been on quite a ride since the public launch. Here’s how the numbers have shifted:

The pattern tells a pretty compelling story: after a rough patch in mid-2022 (when subscriber growth blew past satellite launch capacity), speeds have been climbing steadily. The V2 Mini satellites that started going up in 2023, each packing roughly four times the bandwidth capacity of V1.5 birds, deserve most of the credit for that turnaround.

FCC Broadband Measurement Data

The FCC’s Measuring Broadband America (MBA) program produces arguably the most trustworthy speed data out there, because it uses dedicated testing hardware parked in subscriber homes running automated tests around the clock. No user selection bias, no “let me test at 3 AM and post my best result” shenanigans.

Key findings from the most recent FCC MBA report covering Starlink:

• Starlink delivered approximately 73% of its advertised maximum download speed during off-peak hours
• During peak evening hours (7 to 11 PM), downloads dropped by roughly 25 to 35% compared to off-peak
• Latency averaged 35 to 45 ms, with the FCC noting this was “substantially lower” than traditional satellite providers (which typically clock in at 600+ ms)
• Starlink’s consistency rating (the percentage of time it met or exceeded the FCC’s 25/3 Mbps broadband threshold) came in at approximately 83%

The FCC data basically confirms what most Starlink users already sense: the service comfortably qualifies as broadband internet, but it can’t quite match the rock-steady consistency of cable or fiber.

What Users Actually Report

User reports on Reddit’s r/Starlink community paint a more nuanced picture. Based on thousands of posted speed tests, here’s a realistic breakdown of what different users experience out in the wild:

The big takeaway: roughly 80% of Starlink users pull speeds above 40 Mbps most of the time, and about half regularly clear 80 Mbps. The average Starlink speed people experience day to day sits comfortably between 60 and 100 Mbps, which is plenty for 4K streaming, video calls, and general browsing without breaking a sweat.

That said, the spread is wide. Folks in sparsely populated rural pockets consistently report 200+ Mbps downloads, while others crammed into saturated suburban cells might struggle to crack 40 Mbps during prime time. Your experience hinges enormously on where you live and how many neighbors are sharing that satellite bandwidth.

Wondering if those speeds will keep your shows running smoothly? Our guide on Starlink for streaming lays out exactly what you need for Netflix, YouTube, and the rest.

Starlink Upload Speed: What the Data Shows

Starlink upload speed tends to fly under the radar compared to download, but it matters more than most people think. Especially if you work from home, hop on video calls, livestream, push large files to the cloud, or run backups. Those upload megabits add up fast.

Here’s a realistic picture of Starlink upload speeds by plan:

Some things worth noting about Starlink upload speed:

• Upload speeds have gotten noticeably better. Back in early 2022, lots of users were seeing just 3 to 5 Mbps up. By late 2025, the median had climbed to around 10 to 12 Mbps for standard Residential folks. Those V2 Mini satellites, with their more efficient spectrum allocation, deserve a lot of the credit.
• Upload is more lopsided than cable. A typical cable connection with 200 Mbps down might give you 10 to 20 Mbps up. Starlink’s ratio is similar, roughly 8:1 to 10:1 download-to-upload. For most home use, that’s perfectly adequate.
• Video calls work fine. Zoom, Google Meet, and Teams all need about 3 to 4 Mbps upload for HD video. Starlink handles this comfortably, even on the Lite tier.
• Large file uploads require patience. If you’re a photographer shoving 50 GB of RAW files into the cloud, or a video editor pushing cuts to a remote server, Starlink’s upload speed will feel glacial compared to fiber (which might hand you 500+ Mbps up). A 50 GB upload at 10 Mbps? That’s about 11 hours. Go make some coffee. Then make some more.
• Livestreaming is doable but tight. You can stream at 1080p (roughly 6 to 8 Mbps upload needed) on most Starlink plans, but there’s not much breathing room. Pushing 4K at 20+ Mbps upload is really only practical on the Priority/Business tier.

If upload speed is mission-critical for your work, the Priority plan’s higher upload floor (8 to 25 Mbps advertised, 12 to 20 Mbps in practice) might justify the extra cost. For most households, though (email, video calls, social media, cloud backups running in the background), Residential Standard’s upload is perfectly fine.

Starlink Latency & Ping Times

Latency (aka ping) measures the round-trip time for data to travel from your device to a server and back. For Starlink, this is where the “low Earth orbit” bit becomes absolutely crucial.

Old-guard satellite providers like HughesNet and Viasat use geostationary satellites parked at roughly 35,786 km (22,236 miles) up. At the speed of light, a round trip to that altitude and back takes approximately 600 milliseconds, and that’s before any processing delays. This crippling latency makes video calls stuttery, turns online gaming into a slideshow, and makes even basic web browsing feel like wading through molasses.

Starlink’s satellites? They orbit at just 340 to 550 km (roughly 211 to 342 miles) above the surface. Much shorter trip, dramatically different result:

In the real world, most US Starlink users see ping times between 25 and 50 ms, with a median of roughly 31 to 35 ms as of late 2025. That’s a massive leap from early 2021, when latency would regularly spike to 50 to 80 ms and jitter (the variation in ping) was a constant complaint.

What does that feel like in practice?

• Web browsing feels snappy. Pages load without that telltale satellite lag.
• Video calls (Zoom, Teams, FaceTime) run smoothly with minimal delay.
• Online gaming is doable for most titles. Casual and even moderately competitive gaming works surprisingly well at 30 to 50 ms. Hardcore competitive FPS where every millisecond is life or death? You might feel a slight disadvantage compared to fiber (5 to 15 ms). Our Starlink gaming guide gets into the specifics.
• VPN connections hold up reliably, which is a big deal for remote workers.

One thing to know: Starlink latency can sometimes spike during satellite handoffs (when your dish swaps from one satellite to the next passing overhead) or during heavy congestion. These spikes are typically brief, just a few seconds, but they can cause momentary hiccups in real-time apps.

As SpaceX keeps deploying V2 satellites with laser inter-satellite links, latency should keep dropping. The laser links let data route between satellites up in orbit instead of bouncing down to ground stations, which can actually shave off more milliseconds than some terrestrial routes manage over long distances. Pretty wild when you think about it.

How Fast Is Starlink vs Cable, Fiber & DSL?

So is Starlink fast compared to the wired internet most Americans have access to? Let’s put the numbers next to each other. This comparison uses real-world median speeds from Ookla’s Speedtest Intelligence, not the marketing maximums:

The honest rundown:

• Starlink vs Fiber: Fiber wins. Clearly. Higher throughput, lower latency, rock-solid consistency. If fiber reaches your house, use it. End of discussion. Our Starlink vs Fiber vs Cable comparison has the full breakdown.
• Starlink vs Cable: Cable is generally faster and more predictable. But the gap is smaller than you’d guess, especially comparing Starlink on a good day against cable’s everyday average. For a single user or small household, Starlink is often “fast enough” to not feel much different.
• Starlink vs DSL: Starlink blows DSL out of the water, particularly in rural areas where DSL speeds degrade to 5 to 15 Mbps because of long distances from the central office. If DSL is your only wired option, Starlink is almost certainly a massive upgrade.
• Starlink vs Fixed Wireless: This is the tightest matchup. T-Mobile Home Internet and Verizon 5G Home Internet can match or beat Starlink in areas with strong 5G/LTE coverage. But their coverage footprint is far smaller. Our Starlink vs T-Mobile Home Internet comparison covers this in depth.

Bottom line: How fast is Starlink internet stacked against wired? It isn’t as fast as cable or fiber. But it’s available essentially everywhere, including places where cable and fiber will never, ever show up. For the estimated 20 to 30 million Americans without wired broadband access, Starlink isn’t competing with fiber. It’s competing with DSL, HughesNet, and the void. That context matters a lot.

How Fast Is Starlink vs Other Satellite Internet?

Stacking Starlink against other satellite providers is where the speed advantage gets almost comical. Here’s how it looks next to HughesNet, Viasat, and the up-and-coming LEO rival Project Kuiper:

Starlink vs HughesNet: This isn’t a close fight. HughesNet’s Fusion plans blend satellite with LTE to bring latency down for some tasks, but real-world downloads still park around 15 to 25 Mbps for most people, and that geostationary latency makes the connection feel like swimming upstream. Starlink is roughly 3 to 5x faster with 10 to 15x lower latency.

Starlink vs Viasat: Viasat’s newer Viasat-3 satellites promise beefier speeds, but real-world reviews have been a mixed bag. Most Viasat customers land at 15 to 50 Mbps download, saddled with the punishing latency that comes from geostationary orbit. Their “unlimited” plans also throttle pretty aggressively after what I’d call modest data consumption.

For a detailed head-to-head with speed test data, see our Starlink vs HughesNet vs Viasat guide.

Amazon’s Project Kuiper is the most intriguing wildcard on the horizon. It’ll also use LEO satellites and has claimed speeds up to 400 Mbps in testing. But as of early 2026, Kuiper remains in limited beta with no commercial launch. When it eventually goes live, it could create the kind of meaningful competition that pushes both services to get better. We’ll see.

Factors That Affect Starlink Speed

Understanding why Starlink speeds swing so much (from user to user and even hour to hour) means understanding the variables at play. Here are the eight biggest factors that determine how fast is Starlink at your particular spot on the map:

1. Network Congestion

This is the single biggest speed killer. Each satellite covers a “cell” on the ground about 15 miles across. Everyone in that cell shares the available bandwidth. More Starlink users in your cell? Less bandwidth per person. Simple as that.

That’s why folks in sparsely populated rural areas often enjoy faster speeds than people in the suburbs where Starlink adoption is high. It also explains the predictable evening slowdown as more users come online between 6 and 11 PM.

SpaceX tackles congestion by putting more satellites up (which expands total bandwidth) and running a priority queue where Business/Priority subscribers get served first, then Residential Standard, then Lite and Roam.

2. Obstructions

Starlink demands a clear view of the sky. The dish needs to track satellites as they scream across overhead, and any physical blockers (trees, buildings, mountains, that one chimney you keep meaning to extend) will trigger brief outages and drag speeds down. Even blocking just 1 to 2% of the sky can cause noticeable problems.

The Starlink app has an obstruction scanner that uses your phone’s camera to identify trouble spots in the dish’s field of view. For tips on nailing the placement, see our Starlink troubleshooting guide.

3. Weather

Light rain and clouds? Barely a blip. Heavy rain, wet snow, and severe thunderstorms? You’ll see temporary speed drops of 20 to 50% or brief outages. It’s kind of like how satellite TV loses signal in a downpour, though Starlink actually handles moderate weather considerably better than older satellite services.

Snow piling up on the dish itself gets handled by a built-in heater that melts accumulation. Though in really extreme dumps, the snow can outpace the heater temporarily. Nature wins sometimes.

4. Geographic Location

Your latitude and proximity to Starlink ground stations matter. Users in the northern US and southern Canada (roughly 40 to 55 degrees latitude) have historically seen the best speeds because Starlink launched with orbital planes optimized for those latitudes. Lower latitudes have caught up significantly, but speeds can still vary.

Your distance from the nearest ground station matters too. Data from your dish goes up to a satellite, then either lasers across to another satellite or bounces back down to a ground station plugged into the internet backbone. Closer ground station generally means less latency.

5. Time of Day

Starlink speeds follow a predictable daily rhythm tied directly to congestion:

• Fastest: 1 AM – 6 AM (fewest users online)
• Fast: 6 AM – 3 PM (moderate usage)
• Moderate: 3 PM – 6 PM (usage ticking upward)
• Slowest: 6 PM – 11 PM (peak streaming and gaming prime time)

The swing between off-peak and peak can be substantial. Someone pulling 150 Mbps at 2 AM might see 50 to 70 Mbps at 8 PM. If you can shift heavy downloads or streaming to off-peak hours, your overall experience gets noticeably better.

6. Hardware Generation

Starlink has cycled through several generations of dish hardware:

• Round dish (V1): The OG design. Supports up to roughly 200 Mbps. No longer sold but still chugging along for some early adopters.
• Rectangular dish (V2): Smaller, more efficient, comparable speed ceiling. The standard hardware for most current subscribers.
• Standard Actuated Dish (V3): Latest generation. Better performance in challenging conditions and improved snow/ice handling.
• Starlink Mini: Compact and portable, but with lower peak speeds due to the smaller antenna. See our Mini vs Standard comparison.

Still rocking the original round dish? Upgrading to the newest generation can bump up your speeds, especially peak throughput and recovery from obstructions.

7. Wi-Fi Setup

Here’s something people overlook constantly: your Starlink speed test results are only as good as your Wi-Fi connection. The Starlink router is a capable Wi-Fi 6 (802.11ax) device, but results hinge on distance, walls, interference, and how many gadgets are fighting for bandwidth.

For the most accurate Starlink speed test, plug your device directly into the router via Ethernet (you’ll need a USB-C to Ethernet adapter for newer routers) and test from something with a modern network adapter. A surprising number of “my Starlink is slow” posts on Reddit turn out to be Wi-Fi issues, not actual Starlink problems.

8. Plan Tier and Priority

As we covered in the plan tier section, your plan directly dictates your network priority. When the network gets congested, traffic is served in this order:

1. Priority / Business subscribers
2. Residential Standard subscribers (within data allocation)
3. Residential Lite subscribers
4. Roam subscribers
5. Residential Standard subscribers who’ve exceeded their priority data allocation

In areas with minimal congestion, all tiers perform about the same. In crowded cells, the tier gap becomes pretty pronounced.

Starlink Speed by Location and Region

Starlink speed varies a ton across the United States. Based on aggregated Ookla Speedtest data and user reports, here’s a general sense of how speeds shake out by region:

The theme is obvious: areas with fewer people and wide open skies see the best Starlink speeds. The Northern Plains and Mountain West consistently lead the pack, while the denser Mid-Atlantic and Southeast deal with more congestion.

Worth remembering that Starlink performance in any specific area can shift dramatically over time. A congested cell today might get a serious boost next month when new satellites come online. And a fast cell can slow down if a bunch of neighbors suddenly jump on board.

If you’re in a rural area with slim internet pickings, Starlink is very likely your fastest available option regardless of which region you call home.

How to Speed Test Your Starlink Connection

Want to know exactly what your Starlink connection is actually doing? Running a proper Starlink speed test takes a bit more care than just smashing “Go” on Speedtest.net. Here’s how to get results that actually mean something:

Step-by-Step: Run an Accurate Starlink Speed Test

Pro tips for accurate testing:

• Run at least 3 tests in a row and average the results. Individual tests can swing by 20 to 30%, which is just the nature of satellite.
• If your Wi-Fi speed test is way faster than your Starlink speed test in the app, the satellite connection is the bottleneck. If they’re similar, Starlink isn’t your problem; check your Wi-Fi setup.
• Track your results in a spreadsheet over time. Sounds nerdy, I know. But it helps you spot patterns and figure out whether things are trending up, down, or holding steady.
• If results are consistently bad, our Starlink troubleshooting guide has the fixes.

Tips to Improve Starlink Speed

If your Starlink speeds aren’t living up to expectations, there are several things you can do that genuinely make a difference. Ranked roughly by how much impact they’ll have:

1. Eliminate Obstructions

This is the single most impactful fix. Open the Starlink app, pull up the obstruction viewer, and look for red zones in your dish’s field of view. Even a single tree branch that only occasionally blocks the signal can hammer your speeds and cause connectivity hiccups.

Solutions: Mount the dish on a roof or pole to get it above the tree line. SpaceX sells various mounting accessories, and third-party pole mounts are everywhere on Amazon. A $50 pole mount adding 10 feet of height can completely transform your experience if trees are the culprit.

2. Optimize Dish Placement

Even without obstructions, placement makes a difference. The dish performs best with a full, unobstructed view of the sky in every direction. Steer clear of large metal surfaces (signal reflections), heat sources (thermal throttling risk), and locations where snow can pile up against it.

3. Use Ethernet Instead of Wi-Fi

Getting poor speed test results over Wi-Fi? The culprit might be your wireless setup, not Starlink itself. Wi-Fi speeds degrade with distance, walls, and interference from other devices. For anything speed-critical (your main computer, gaming console), plug in via Ethernet.

4. Use a Third-Party Router

The included Starlink router is decent but not spectacular. If you’ve got a larger home, multiple floors, or a swarm of devices, swapping in a high-quality Wi-Fi 6E or Wi-Fi 7 mesh system can meaningfully boost the speeds you see on your devices. Put the Starlink router in bypass mode and let the third-party system handle the networking.

5. Reduce Connected Devices

If you’ve got dozens of smart home gadgets, security cameras uploading footage 24/7, and multiple family members streaming simultaneously, your bandwidth gets sliced thin. Use your router’s QoS (Quality of Service) settings to prioritize traffic, or schedule heavy downloads for off-peak hours when the pipe is wider.

6. Check for Firmware Updates

Starlink pushes firmware updates to the dish and router automatically. These frequently include performance tweaks. Make sure automatic updates are enabled. If you’re stuck on an old version (check in the Starlink app under Advanced > Dish), a quick reboot may trigger a pending update.

7. Reboot Your System

I know, I know. “Have you tried turning it off and on again?” But it genuinely works. If speeds suddenly tank, reboot your Starlink dish and router through the app (or unplug for 30 seconds). Forces the dish to re-establish connections and can clear temporary weirdness.

8. Consider Your Plan Tier

If you’re on Residential Lite and consistently getting hammered during peak hours, bumping up to Standard or Priority may help. Higher network priority means you get bandwidth ahead of lower-tier users when things get crowded. Check current Starlink pricing to weigh your options.

Starlink Speed Trends: Is It Getting Faster?

One of the questions we hear most: are Starlink speeds getting better or worse over time? The data-backed answer: better, though the road hasn’t been perfectly straight.

The V-Shaped Recovery

Starlink speeds have traced a distinctive pattern:

• 2021 (Early beta): Speeds were fantastic. 100 to 200 Mbps was common. But here’s the thing: there were barely any users compared to available capacity. Beta testers were splitting a massive bandwidth pie among very few people.
• Mid-2022 (Growing pains): Starlink went mainstream, subscriber counts blew past 1 million, and speeds dropped noticeably. Ookla data showed US medians falling to around 60 to 65 Mbps. The network was basically growing faster than the constellation could keep up.
• 2023 to 2024 (V2 satellite ramp-up): SpaceX started deploying V2 Mini satellites, each with roughly four times the bandwidth capacity of the V1.5 birds they replaced. Speeds started climbing again. Finally.
• 2025 to 2026 (Where we are now): With thousands of V2 satellites up there and the constellation exceeding 6,000 active birds, speeds have recovered and in many cases surpassed what early beta users saw. The US median is back above 85 to 95 Mbps and still trending up.

What Is Driving the Improvement?

Several things are pushing Starlink speeds higher:

• V2 Mini and V2 satellites: These next-gen birds carry significantly more bandwidth per satellite. SpaceX launches 20 to 40 per Falcon 9 mission, with missions happening roughly weekly.
• Laser inter-satellite links: Newer satellites include laser links that let them pass data to each other in orbit. This cuts reliance on ground stations, reduces latency, and improves overall network efficiency.
• More ground stations: SpaceX keeps expanding the network of ground stations (“gateways”) connecting the constellation to the terrestrial internet backbone. More gateways equals more total bandwidth and lower latency.
• Software tweaks: SpaceX regularly pushes firmware updates to both satellites and user terminals, optimizing scheduling, beam-forming, and congestion management. You never see these changes, but they contribute to real gains.
• Starship launches (future): When SpaceX’s Starship rocket is fully operational for Starlink missions, it’ll deploy full-sized V2 satellites (larger and more capable than the V2 Mini variants going up on Falcon 9 right now). That should turbocharge capacity additions.

Starlink Max Speed: What Is the Ceiling?

People always want to know the Starlink max speed: the absolute fastest anyone has ever clocked. Speed tests of 300+ Mbps pop up regularly on Reddit and Starlink forums, with rare reports breaking 350 Mbps on the standard Residential plan. Priority/Business customers have reported cracking 400 Mbps under ideal conditions.

SpaceX has said future iterations could deliver speeds exceeding 1 Gbps to individual users. That’s probably years away for consumer plans, but it signals that the theoretical ceiling sits way above what the network currently delivers.

Right now, a realistic “good day” for Residential Standard customers is 150 to 250 Mbps, and a typical everyday experience is 60 to 120 Mbps. The trend line is undeniably pointing up.

Is Starlink Fast Enough for Your Needs?

At the end of the day, whether Starlink is “fast” depends entirely on what you’re trying to do with it. Here’s a quick reference matching Starlink’s typical speeds against common internet activities:

For specific use-case deep dives, check our detailed guides: Starlink for streaming and Starlink for gaming.

Final Verdict: How Fast Is Starlink?

Starlink speed in 2026 is genuinely impressive for satellite internet, and it keeps getting better. With typical downloads of 60 to 120 Mbps, uploads of 8 to 12 Mbps, and latency hovering around 30 to 35 ms, it delivers a broadband experience that would’ve sounded like science fiction for satellite internet just five years ago.

Is it fiber-fast? No. Cable-consistent? Not quite. But for the millions of Americans out in rural and underserved areas where those options simply don’t exist, Starlink provides internet speeds that are fast enough for 4K streaming, video calls, online gaming, remote work, and basically everything else a modern household throws at it.

The trajectory looks encouraging, too. SpaceX’s relentless satellite deployment schedule, the shift to more capable V2 hardware, and the rollout of laser inter-satellite links all point toward continued speed gains. Whether you’re weighing Starlink for the first time or wondering if it’s worth sticking with, the speed data tells a pretty clear story: Starlink is fast, it’s getting faster, and for a whole lot of people, it’s simply the best internet they can get.

Ready for more? Dive into our complete Starlink review for a comprehensive look at the whole service, or check current Starlink pricing and plans to figure out which tier makes sense for your household.

Frequently Asked Questions

For the most accurate test of your actual Starlink connection (not your Wi-Fi), plug a laptop or desktop directly into the Starlink router via Ethernet cable. The Gen 2 rectangular router needs a USB-C to Ethernet adapter. The Gen 3 router and mesh nodes have Ethernet ports built in. If Ethernet isn’t an option, sit within 10 feet of the router with a clear line of sight.