Optimal Starlink Dish Placement: Finding the Perfect Direction

Which way should Starlink face? In the Northern Hemisphere, Starlink dishes generally point roughly north, and in the Southern Hemisphere roughly south, because Starlink never uses the part of the sky above the equator (Starlink Help Center). But you don’t need a compass. The Starlink app works out the exact direction for your location and tells you how to turn the dish. What matters far more is where you put it: Starlink says the dish must be 100% unobstructed for the best performance (Starlink Help Center).

This guide covers finding the spot, pointing the dish, choosing a mount and fixing obstructions, based on Starlink’s own installation guidance. Whether you’re just unboxing your Starlink kit or moving an existing dish, start with the Starlink app’s Check for Obstructions tool.

• Direction: usually north in the Northern Hemisphere and south in the Southern, because Starlink never uses the part of the sky above the equator. Let the app’s alignment tool set it exactly.
• Clear sky beats everything. Even small obstructions cause dropouts; aim for a spot with nothing in the dish’s view.
• Scan from the real spot. Hold your phone at the height and position the dish will sit.
• Go higher if you need to: roof, wall or pole mounts clear trees and rooflines.
• Keep the tilt. A dish laid flat can collect rainwater and drop out.

Which Direction Should Starlink Face?

Starlink doesn’t point at one satellite like a TV dish. It tracks many satellites across a wide patch of sky, so it points at the part of the sky where it will see the most of them. Two things decide that direction:

• The geostationary exclusion zone. Starlink doesn’t transmit or receive through the band of sky above the equator, to avoid interfering with geostationary satellites. It shows as a clear band on your obstruction map (Starlink Help Center). That’s why dishes in the Northern Hemisphere face away from the equator, generally toward the north, and dishes in the Southern Hemisphere generally toward the south.
• Where the satellites are for your latitude. The exact bearing varies by location, so two homes in different states can point differently.

Use the App as Your Direction Finder

There’s no need for a direction map. Standard, Mini and Enterprise dishes are aimed by hand: once the dish is online, the app shows a “Starlink Misaligned” alert if it’s more than 5° off, and you turn or tilt it until it matches the picture on screen. No alert means it’s already aligned (Starlink Help Center).

The older Standard Actuated and Performance (Gen 1) dishes have motors and aim themselves; Starlink says not to adjust them by hand (Starlink Help Center).

Understanding How Starlink Satellite Internet Works (And Why Placement Matters)

Starlink uses thousands of satellites in low Earth orbit that move quickly across the sky; see how Starlink works. Starlink says a dish in the US typically has tens of satellites in view and switches between them many times a minute to keep the connection stable (Starlink Help Center). For placement, that means:

• The dish needs a wide view, not just a gap toward one spot. The Standard and Mini see a 110° cone of sky; the Performance dish sees 140°.
• Anything in that cone can block the path to a satellite at some point during the day.
• The dish handles small, occasional blockages by switching satellites, but when every visible satellite is blocked you get a dropout.

The #1 Enemy of Your Starlink Experience: Obstructions

An obstruction is anything between the dish and the sky:

• Trees and branches, including bare winter branches
• Buildings, roof edges, chimneys and walls
• Poles, wires and antennas
• Covered porches and awnings
• Hills or ridges on the horizon at low angles

Starlink’s guidance for fixed installs is a clear view from about 20° above the horizon, all the way around (Starlink Help Center). It says even small obstructions can cause intermittent outages, dropped packets or sessions, and lower average speeds:

• Brief dropouts, most noticeable on video calls and gaming
• Lower speeds
• Interrupted streams and downloads
• Obstruction alerts in the app

Plan for the seasons: Starlink notes that new leaves in spring are a common cause of new obstruction alerts on a dish that worked fine before (Starlink Help Center).

Use the Starlink App: Your Essential Placement Tool

Before you drill anything, use the app. The Check for Obstructions tool (“Find an install location” on the app’s home screen) uses your phone’s camera to scan the dish’s field of view and estimate how obstructed a spot is (Starlink Help Center; obstruction tool):

1. Download the Starlink app.
2. Go to the exact spot where you plan to put the dish.
3. Choose your Starlink hardware, so the app scans the right field of view.
4. Hold the phone at the height and angle the dish will have, and follow the on-screen scan.

The result shows how much of the sky is clear and gives an overview of what to expect for activities like browsing, streaming and video calls.

• Clear: the spot should give uninterrupted service.
• Some obstructions: expect occasional interruptions; try a higher or different spot.
• Heavily obstructed: find another location or mount higher.

Scan several candidate spots, including ones higher up (hold the phone out of an upstairs window or at the top of a ladder, safely), and compare the results. Starlink recommends running the check before you even order if your property has a lot of trees.

The phone scan is an estimate. Once the dish is running, it builds its own obstruction map from real satellite contacts. Starlink says most obstructions show up in less than a day, and up to 12 hours for a complete map. Check it in the app under Obstructions (Starlink Help Center; obstruction map).

Scouting Your Property: Finding the Perfect Spot for Your Starlink Dish

Walk around your property looking for the most open patch of sky, then scan the best candidates with the app. Common spots, from Starlink’s own suggestions (Starlink Help Center; select a location):

• Roofs, usually the highest and clearest point
• Open ground away from trees and buildings
• Walls, posts or poles that lift the dish above rooflines and trees

Starlink also says not to install the dish right next to a wall or other structure, or under a covered outdoor area. Beyond a clear sky, weigh these:

Cable Run Considerations

Standard, Mini and V5 kits include about 15 m (50 ft) of cable; longer Starlink cables are sold separately. Starlink advises against cutting, splicing or extending the cable with third-party parts, since it can let water in and may void the warranty (Starlink Help Center). Measure the route:

• from the dish to where the router or power supply will sit indoors,
• along walls and under eaves, not across walkways or lawns,
• through a wall entry you can seal (Starlink sells cable and masonry routing kits).

Power Access

The dish is powered through its cable, so what you need is an outlet at the router or power supply end:

• An indoor outlet near where the cable comes in, ideally with a surge protector
• A ventilated spot for the power supply, which can give off 30–40 W of heat at full load and shuts off if it overheats (Starlink Help Center)
• For the Mini: a DC source of 12–48 V, or a 100 W USB-C supply with Starlink’s cable

Accessibility Factors

Think about later, not just installation day:

• Can you reach the dish to clear snow buildup after a blizzard, or check it after a storm?
• Is it out of reach of pets, livestock, kids and lawn equipment?
• Can you get to the cable entry point to check the seal?

Aesthetic and Regulatory Considerations

• Do HOA rules, lease terms or local codes limit visible antennas? (See the HOA section below.)
• Would a lower or rear location still give a clear view?
• Does a roof install need a permit where you live?

Safety First

• Stay well away from power lines when working with ladders, poles or mounts.
• Use proper ladder safety and don’t work on a roof alone or in wet or windy weather.
• If you can’t install it safely, don’t. Starlink says to seek professional help instead (Starlink Help Center); see professional installation in our setup guide.

Test before you drill: set the dish up temporarily on its kickstand at the planned spot and let it run for a day or two. Check the obstruction map and outage history in the app before making the mount permanent.

Choosing the Right Mount: Options, Pros, Cons, and Best Use Cases

Every Starlink kit comes with a basic mount (a kickstand, or a base on older kits), and Starlink sells mounts for most surfaces. Mounts are specific to each kit: Standard mounts don’t fit the Mini, and vice versa (Do I need a mount?). Third-party mounts can work, but Starlink says metal wrapped around the dish or near its GPS chip (top right corner, on the back) can interfere with GPS and isn’t supported (Starlink Help Center).

Ground Mount Options

The included kickstand, or a pole set in the ground.

• Pros: easy to reach, no holes in the house, quick to move
• Cons: low, so trees, fences and buildings block more of the sky; exposed to people, pets and mowers; snow can build up around it
• Best for: open land, testing a spot, and temporary or portable setups

Roof Mount Options

Pitched-roof, ridge and flat-roof mounts.

• Pros: usually the highest point with the clearest view; out of the way
• Cons: harder to reach; roof penetrations must be sealed properly; working at height
• Best for: most homes where trees or buildings block ground-level spots

Sealing is critical: use the sealant or flashing supplied with the mount, and follow its instructions exactly.

Wall Mount Options

Wall and pivot mounts on the side of the house.

• Pros: no roof holes; can lift the dish above ground-level obstructions
• Cons: the roofline or the wall itself can block part of the view; needs a solid surface
• Best for: gable ends and upper walls facing open sky

Fix mounts into studs or masonry, not just siding.

Pole Mount Options

Pipe adapters on an eave, chimney or standalone pole. The Mini and V5 kits include a pipe adapter for poles 31–50 mm across.

• Pros: can reach well above trees and rooflines; flexible positioning
• Cons: tall poles need bracing or guy wires in wind; grounding may be required
• Best for: heavily wooded properties that need height

See our Starlink pole mount guide and best Starlink Mini mounts for options.

Specialty Mounts

For vehicles and boats, Starlink sells mobility mounts, and the Performance kit comes with your choice of mount. The Performance (Gen 2), formerly Flat High Performance, is designed to sit at an 8° tilt on a horizontal surface; Starlink says mounting it vertically won’t work (Do I need a mount?). See our Starlink kits explained for which dish suits which use.

Installation Best Practices Directly Related to Placement

Once you have the spot and the mount, a careful install keeps the view clear and the dish steady.

Securing the Mount Properly

A dish that moves in the wind loses alignment. To keep it steady:

• Use fixings suited to the surface (lag screws into rafters or studs, masonry anchors in brick)
• Make sure the mount is level and tight, and that the dish clicks fully into place
• Check the fixings again after the first big storm
• Know the dish’s limits: Starlink rates the Standard 4 X to survive winds of 177 km/h+ (110 mph+), and the Mini as operational to 96 km/h+ (60 mph+) (Starlink Help Center)

Cable Routing & Management Best Practices

Cable damage is one of the most common avoidable problems:

• Plan the whole route before drilling
• Use the cable clips or routing kit; don’t pinch the cable in doors or windows
• Keep it free of kinks and away from sharp edges
• Leave a drip loop (a dip in the cable) before it enters the building
• Don’t bury it or run it under water; Starlink says the cable isn’t rated for either (Starlink Help Center)

Seal every wall or roof entry so water can’t follow the cable inside.

Grounding & Lightning Protection

Starlink says it meets the US National Electrical Code (NEC) grounding requirements. In lightning-prone areas it suggests an external lightning protection system, such as a lightning rod, ground rod or surge protector, and recommends unplugging during storms (Starlink Help Center):

• Ground metal poles and mounts according to local electrical code
• Use surge protection on the indoor power supply
• Unplug the equipment during thunderstorms, or if you’re away for a long time

Electrical requirements vary by location. For grounding a pole or roof mount, consult a licensed electrician.

Initial Power-Up & Orientation

Plug it in and give it a few minutes to find satellites; the first connection can take up to 30 minutes. Then open the app and follow any alignment alert (Standard, Mini, V5 and Enterprise). Motorized older dishes turn themselves; leave them alone. Keep the dish tilted on its kickstand or mount. Starlink says a dish that’s misaligned or laid flat can collect rainwater and drop out (Starlink Help Center).

Post-Installation: Fine-Tuning & Performance Checks

Give it a day or two, then check how the spot is really performing.

Monitoring Stats via the Starlink App

• The obstruction map: most obstructions appear within a day
• Outage history: when drops happen and what caused them
• Speed and latency: run a test at different times of day

Our Starlink speed test also shows whether you’re on the Starlink network.

Understanding Performance Metrics Related to Placement

• Outages labelled “obstructed”: something is in the view. The obstruction map shows where.
• A misaligned alert: turn or tilt the dish to match the app.
• Slow speeds without outages: more likely network congestion at busy times than placement.

Making Micro-Adjustments If Necessary

For a hand-aimed dish, follow the alignment tool: it won’t alert you if you’re within 5°. If the map shows a blockage in one direction, a small move, or a few feet of extra height, often clears it. After moving the dish, Starlink suggests unplugging and rebooting it (Starlink Help Center). You can also reset the obstruction map in the app so it relearns the new view.

Common Placement Pitfalls & Troubleshooting

These cause most placement problems:

Underestimating Tree Growth or Seasonal Changes

Problem: a spot that was clear in winter gets blocked when trees leaf out or grow.

Fix: scan with summer foliage in mind, trim branches that encroach, and recheck the obstruction map each spring.

Ignoring Small Obstructions

Problem: a single pole, wire or branch seems too small to matter.

Fix: aim for a fully clear view. Starlink says even small obstructions reduce quality and cause intermittent outages.

Poor Mount Stability

Problem: the dish shifts in wind and goes out of alignment.

Fix: tighten and brace the mount, add guy wires to tall poles, and recheck alignment after storms.

Improper Cable Routing/Damage

Problem: the cable is chewed, crushed, kinked or cut.

Fix: route it out of harm’s way, use conduit or clips where it’s exposed, and replace damaged cables with a Starlink cable.

Insufficient Weatherproofing

Problem: water gets in at a connector or a wall entry.

Fix: make sure every connector is fully seated, reseal entries, and keep the router indoors. See is Starlink waterproof.

Advanced & Specific Scenarios

Extreme Weather Considerations

Heavy Snow

• Starlink dishes melt snow: up to 40 mm (1.5 in) an hour for the Standard, 25 mm (1 in) for the Mini and 85 mm (3.5 in) for the Performance (Starlink Help Center)
• Mount high enough that drifts and roof slides can’t bury the dish
• Don’t cover it: covers stop it shedding snow

High Winds

• Choose a mount rated for your local winds and brace tall poles
• Sheltered spots help, as long as the view stays clear
• For extreme wind, the Performance dish is rated to survive 280 km/h+ (174 mph+)

Coastal/Salty Air

• Salt spray speeds up corrosion of mounts and hardware; use stainless or coated fixings
• Clean salt deposits off the dish with a microfiber cloth; Starlink says a glass cleaner is fine, but don’t use coatings like Rain-X (Starlink Help Center)
• Starlink notes that elevated installs on masts, railings and roofs are less exposed to salt spray (Starlink Help Center)

| Related: Does Starlink Work in Bad Weather? What You Need to Know

RV & Mobile Placement Considerations

On the road you pick a new spot every time you park:

• Scan with the app at each campsite; park away from trees where you can
• A roof mount clears the vehicle itself; a ground spot on a long cable can clear nearby trees
• Only in-motion-rated dishes and mounts should be used while driving (the V5, for example, isn’t meant for in-motion use)
• See Starlink for RVs and Starlink for cars

Dealing with HOAs or Restrictions

Some HOAs and landlords restrict visible antennas. In the US, the FCC’s Over-the-Air Reception Devices (OTARD) rule limits restrictions on certain small antennas; read the FCC’s OTARD page to see whether it covers your situation. Ways to keep a dish discreet:

• A rear roof slope or back wall with a clear view
• A low-profile mount that keeps the dish close to the roof
• A pole in the back garden instead of the front of the house
• Talk to the HOA or landlord first, with your scan results showing why the spot is needed

Essential Tools & Accessories for Optimal Starlink Dish Placement

Having the right kit makes the job safer and quicker:

Must-Have Tools

• The Starlink app, for the obstruction scan and alignment
• A sturdy ladder, and a helper for roof work
• A drill with bits suited to your wall or roof
• A stud finder for wall mounts
• A level
• Weatherproof sealant (usually supplied with Starlink mounts)
• Cable clips or a routing kit
• A measuring tape for the cable run
• Safety gear: gloves, eye protection, and a harness for steep roofs

Recommended Additional Items

• Grounding wire and clamps for metal poles
• A surge protector for the power supply
• Conduit where the cable is exposed
• A longer Starlink cable if the best spot is far from the house
• Guy wires for tall poles

Frequently Asked Questions

Does Starlink have to face north?

Not exactly north. In the Northern Hemisphere dishes generally point roughly north, because Starlink avoids the band of sky above the equator (Starlink Help Center). The exact direction depends on your location, so use the app’s alignment tool.

Is there a Starlink dish direction map?

Not a public one. The Starlink app does this job: its alignment tool tells you when and how to turn the dish for your location.

What angle should a Starlink dish be at?

Leave it at the tilt its kickstand or mount gives, and follow the alignment tool if it asks for a change. Don’t lay it flat: Starlink says a flat dish can collect rainwater and drop out (Starlink Help Center).

Can Starlink be placed on the ground?

Yes, if the spot has a clear view of the sky. On most properties, trees and buildings make a higher spot better.

Can I put Starlink behind a window or under a porch?

No. Starlink says not to install under a covered outdoor area, and glass blocks the signal. See can glass block Starlink.

How far apart should two Starlinks be?

At least 3 m (about 10 ft) between mounts, according to Starlink (Starlink Help Center).

How far north does Starlink work?

Starlink serves high latitudes, including Alaska and northern Europe. At very high latitudes fewer satellites are visible, which is where the wider-view Performance dish helps; see our Starlink availability map for coverage by country.

Conclusion: The Foundation of a Great Starlink Experience

Placement decides more of your Starlink experience than anything else you control. To recap:

• Put a completely clear view of the sky ahead of everything else
• Scan candidate spots with the app, from the dish’s real height
• Let the app set the direction; don’t guess with a compass
• Mount securely, route and seal the cable properly, and keep the dish tilted
• Check the obstruction map after a day, and again when the seasons change

For the full installation walk-through, see our Starlink setup guide.

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Want more information? Visit the Starlink Help Center for official guidance or check out the Starlink Shop for additional mounting accessories.

Checked September 25, 2026, against the Starlink Help Center. Not affiliated with SpaceX or Starlink.