Starlink Speed Test

Starlink is genuinely unlike anything else in the internet world. Instead of cables running underground or phone lines strung between poles, your internet comes from a constellation of thousands of Low Earth Orbit satellites whipping across the sky at 17,000 miles per hour. Your dish — affectionately called "Dishy" by the community — tracks them automatically, switching from one satellite to the next every few seconds.

The result is broadband-grade internet that works almost anywhere on Earth, including places where no cable company would ever bother laying fibre. But Starlink is also unpredictable in ways that traditional internet is not. Speeds can swing wildly within the same hour. A tree branch you barely notice can crash your video calls. And where you live (how many other Starlink users are nearby) matters more than your plan tier.

Starlink Plans and Realistic Speeds

The massive speed range within each plan is not a typo. Your actual speed depends on three things: satellite congestion in your local cell, obstructions around your dish, and general network conditions. Someone in a rural area with a clear sky might consistently see 200+ Mbps. Someone in a suburb where 50 other Starlink dishes are active might see 50 Mbps during peak hours.

Understanding Your Starlink Speed Test Results

Download speed is what most people fixate on, but with Starlink you need to think about it differently than a cable connection. Instead of one consistent number, expect a range. Run three tests over 15 minutes and you might get 80, 190, and 120 Mbps. That is normal. Starlink hands you off between satellites constantly, and each handoff can briefly affect speed.

Upload speed on Starlink is modest — typically 10 to 25 Mbps. That is fine for video calls and casual use, but if you are trying to live-stream on Twitch or upload large video files regularly, you will feel the limitation. There is no plan tier that fixes this; it is a fundamental constraint of the satellite uplink.

Ping (latency) is the true game-changer versus old satellite internet. Traditional geostationary satellites (HughesNet, Viasat) orbit 36,000 km above Earth, creating 500-600 ms latency. Starlink's LEO constellation sits at only 550 km, giving you 25 to 60 ms latency — close enough to ground-based internet for video calls, VPN, and casual gaming to work properly.

Gen 2 vs Gen 3 Hardware — Key Differences

Important: Gen 2 dishes have a motor that auto-aligns. Never manually rotate a Gen 2 dish — you will strip the internal gears. Gen 3 dishes have no motor, so you align them yourself using the app's pointing tool. The kickstand design makes them easier to mount on flat surfaces but they still work with Starlink's pipe adapter for pole mounting.

Starlink Router Access

Obstructions — The #1 Speed Killer

If your Starlink speeds are disappointing, the problem is almost certainly obstructions. This is the single most important factor for Starlink performance, and it catches a lot of new users off guard.

Your dish needs a wide, clear view of the sky — ideally 100 degrees in every direction from the centre. Even objects that seem minor can cause problems:

• A single tree branch: Can cause 5-10 seconds of dropout every few minutes as satellites pass behind it
• A chimney or roof peak: Creates a blind spot in one direction, causing regular micro-outages
• A building or wall nearby: If it blocks more than about 5% of the sky view, you will notice speed drops

Use the Starlink app's "Check for Obstructions" camera tool before installing. Point your phone's camera at the sky from where you plan to put the dish. The app overlays the satellite track and shows you exactly what is in the way. An extra 10 minutes with this tool can save weeks of frustration.

Common Starlink Issues and Fixes

Speeds under 20 Mbps with no obstructions

If your obstruction map is clean but speeds are still poor, the problem is likely cell congestion — too many Starlink users in your area. There is not much you can do about this except contact Starlink support through the app to report consistently low speeds. Starlink sometimes launches additional satellites or redirects capacity based on these reports.

Frequent brief disconnections

Check the Network Statistics page in the app. Look for repeating patterns of "Obstructed" bars in the graph. If the disconnections happen at regular intervals, a moving obstruction (like a satellite passing behind a fixed object) is the cause. Repositioning the dish by even a few feet can sometimes eliminate the blockage entirely.

WiFi signal weak in house

The Starlink router is designed to be placed near the dish, which is often on a roof or in an attic — not ideal for whole-home WiFi coverage. If you are getting weak signal in parts of your house, consider enabling Bypass Mode in the app and using your own mesh WiFi system (Eero, Google Wifi, Ubiquiti, etc.). For Gen 2, you will need the Ethernet adapter accessory first.

Rain fade — speed drops during storms

Heavy rain or dense snow can temporarily reduce Starlink speeds. This is called "rain fade" and affects all satellite services. The dish's built-in heater handles snow accumulation automatically (set Snow Melt to "Automatic" in settings, not "Pre-Heat" which wastes power). Rain fade is usually temporary and speeds recover once the storm passes.

Ping spikes during gaming

Brief latency spikes happen when your dish hands off from one satellite to the next. These typically last under a second and happen every few minutes. For casual gaming, you probably will not notice. For competitive FPS games, it can mean an occasional "rubber-band" effect. There is no fix for this — it is inherent to how LEO satellite constellations work.

Using Your Own Router (Bypass Mode)

Many Starlink users replace the included router with their own for better WiFi coverage or advanced features like VLANs and QoS. Here is how:

1. Gen 2: Purchase the Starlink Ethernet Adapter ($25 from the Starlink shop). Plug it between the dish cable and the router, then connect your own router to the adapter's Ethernet port.
2. Gen 3: The router has a built-in Ethernet port. Just plug your own router into it.
3. Open the Starlink app, go to Settings → Network, and enable "Bypass Mode" (previously called "Bypass Starlink Router").
4. This disables the Starlink router's WiFi and DHCP. Your own router now handles everything.

Popular choices: Ubiquiti UniFi Dream Machine for power users, Eero Pro 6 for simple mesh, or TP-Link Archer AX80 for a good WiFi 6 option at a reasonable price.

When to Contact Starlink Support

Support is handled entirely through the Starlink app (no phone number). Open a support ticket if:

• The dish status shows "Disconnected" even though the cable is plugged in — this could mean a damaged cable (they are fragile and proprietary)
• You see a "Motor Stalled" error on a Gen 2 dish — the motor mechanism may be frozen or damaged
• Speeds are consistently below 20 Mbps with zero obstructions on the map
• The dish is not heating during a snowstorm (snow piling up and not melting)
• You need a replacement cable or Ethernet adapter

Starlink Speed Test FAQs

Why does my Starlink speed vary so much? It is the nature of LEO satellite internet. Satellites are constantly moving, your dish switches between them every few seconds, and congestion in your local cell fluctuates throughout the day. Expect a range, not a fixed number.

Can I use my own router? Yes. Enable Bypass Mode in the Starlink app. Gen 2 users need the $25 Ethernet Adapter; Gen 3 has an Ethernet port built in.

Is Starlink good for gaming? Casual gaming works well with 25-60 ms latency. Competitive FPS players may notice brief ping spikes during satellite handoffs. It is dramatically better than old satellite internet (HughesNet/Viasat had 600+ ms latency), but not as consistent as fibre or cable.

Does Starlink work in bad weather? Yes, but with reduced speed. Heavy rain causes "rain fade" and snow can accumulate on the dish. The built-in heater melts snow automatically (set to Auto, not Pre-Heat). Performance usually recovers once the storm passes.

Does Starlink have data caps? Residential plans have a "priority data" threshold (about 1 TB). After that, you may be deprioritized during peak congestion, but there is no hard cutoff or overage fee. Roam plans have lower priority data (50 GB).

What is the difference between Gen 2 and Gen 3? Gen 2 has a motorized rectangular dish that self-aligns. Gen 3 has a compact kickstand dish with no motor (manual alignment via app) but includes a built-in Ethernet port on the router. Gen 3 cables are detachable; Gen 2 cables are permanently attached.

Alternatives to Consider

• HughesNet Speed Test – Geostationary satellite (high latency, but available everywhere).
• T-Mobile Home Internet – 5G/LTE wireless, good alternative in areas with cell coverage.
• Xfinity Speed Test – If cable is available, it is generally more consistent than satellite.
• AT&T Fiber Speed Test – If fibre has reached your area, it beats satellite in every metric.
• Frontier Fiber Speed Test – Another fibre option expanding into rural areas.