The dish comes out of the box in about 30 minutes. The permanent roof install you actually want takes longer, costs more than the kit price suggests, and has a few safety steps that the Starlink app never brings up. This guide covers every path — from backyard kickstand to two-story rooftop — so nothing surprises you mid-install.
Key Answers Before You Start
These are the questions that trip people up before and during installation. None of them have complicated answers once you know where to look.
For a ground-level kickstand setup, genuinely yes — the kit includes everything and the app walks you through it in under 30 minutes. For a permanent roof or wall mount, the answer is “yes if you’re comfortable on a ladder and with a drill.” The dish itself is self-pointing; you don’t aim it manually. The physical work is attaching a mount, routing a cable through an exterior wall, and sealing the penetration against water. About two-thirds of Starlink buyers self-install successfully without ever calling a technician. The one-third who struggle usually have a steep roof, a two-story home, or simply don’t want to be on a ladder — all legitimate reasons to hire out.
It matters enormously — more than any other factor in how well Starlink performs. The dish needs roughly 100 degrees of unobstructed sky. Download the Starlink app and run the obstruction check at your intended location before you buy anything — it uses your phone’s camera to show you which areas of sky are blocked. A single large tree directly overhead can cause 30-second signal dropouts every few minutes even under clear skies. Once you find a spot that passes the obstruction check, the highest point on your property with that clear view is almost always the right mounting location.
The Standard Kit ($349) ships with the dish, a Wi-Fi 6 router, an 82-foot proprietary cable, a power supply, and a kickstand base — everything to get online at ground level. What it does not include: a roof mount or wall mount (sold separately, $25–$85 from Starlink or $20–$150 from third parties), an Ethernet adapter ($25, required only if you want to connect your own router or use a wired network), cable clips and outdoor sealant for the wall penetration (about $10–$20 at any hardware store), and a grounding block for roof or pole installs. Budget $50–$150 beyond the kit price for a clean permanent installation.
In areas where Starlink’s satellite cells are heavily subscribed — certain suburban zones and popular rural counties — SpaceX adds a one-time congestion surcharge at checkout. It does not appear until you enter your specific address and proceed to payment. The amount ranges from $100 in moderately busy areas to $1,500 in the most congested cells. Rural and remote addresses almost never trigger it. Suburban fringe addresses may. Always complete the checkout flow with your actual address before budgeting, because the surcharge is not disclosed on any plan page — only at checkout.
In most cases, no — a federal rule limits what they can do. The FCC’s Over-the-Air Reception Devices (OTARD) rule, enacted under the Telecommunications Act of 1996, protects your right to install a satellite dish or antenna under one meter in diameter on property you exclusively control. All current Starlink dishes are well under one meter. For homeowners, this covers your roof, yard, and exterior walls. For renters, it covers areas of exclusive use — your balcony, patio, or rented yard — but not shared rooftops or hallways. An HOA can ask you to place the dish in a less visible spot, but it cannot prohibit installation outright if your dish falls under the OTARD size limit. This is a federal rule, not a suggestion.
For a standard residential roof or wall mount, permits are not typically required in most U.S. jurisdictions. However, ground-mounted pole installations that require a concrete footing below frost depth occasionally trigger a permit requirement in some municipalities. The safe move — and one that takes about ten minutes — is to call your local building department and ask: “Does installing a satellite dish antenna on my roof or on a ground pole require a permit here?” Ten minutes of verification is far better than discovering mid-project that your county requires one. Commercial properties are a different question entirely and should always involve a licensed contractor familiar with local code.
The Standard Kit ships with an 82-foot (roughly 25-meter) proprietary cable that combines power and data over a single connector — it is not standard Ethernet and cannot be spliced with a generic connector. If 82 feet isn’t enough for your install, Starlink sells a 150-foot extension cable separately. Do not cut, modify, or attempt to splice the cable — it carries both power and data, and a standard Ethernet coupler will not work. Route the cable carefully: maintain at least an 8-inch bend radius at corners, use UV-rated clips outdoors (standard plastic clips fail in 2–3 years of sun exposure), and always form a downward drip loop just before the cable enters any wall penetration.
Starlink’s 30-day hardware return window is exactly for this situation. If you install the dish, run it for a week, and find the obstruction is worse than the app suggested — or you simply cannot find a viable mounting location on your property — you can return the hardware within 30 days for a full refund. The practical strategy: run the obstruction check from multiple spots on your property before you ever mount anything. The app’s augmented-reality view shows you a 12-month sky simulation, not just current conditions. If the check shows any red zones directly overhead or to the south, investigate whether a higher mounting point — a gable end, a chimney-adjacent pole, a taller mast — clears the obstruction before committing to the ground-level spot.
Complete Cost Breakdown — Every Dollar
The $349 hardware price is the starting point, not the finish line. Here is every cost a real installation involves, organized so you can plan accurately.
| Item | Cost | Required? | Notes |
|---|---|---|---|
| Standard Kit (dish, router, 82ft cable, base) | $349 | Yes | One-time purchase. You own it outright. |
| Shipping | ~$20–$50 | Yes | Varies by location. Shown at checkout. |
| Demand / congestion surcharge | $0–$1,500 | Varies | Only in oversubscribed areas. Check at checkout with your actual address. |
| Roof or wall mount | $25–$150 | Likely | Included kickstand is not suitable for permanent mounting. |
| 150-ft cable extension | ~$35 | If needed | Only if the 82-ft cable doesn’t reach. Proprietary connector — must be Starlink’s own. |
| Ethernet adapter | $25 | Optional | Required only to connect a third-party router or use wired Ethernet ports. |
| Outdoor UV cable clips, sealant, grommet | ~$10–$20 | Yes (permanent) | Standard hardware store items. Do not use standard plastic clips outdoors — they fail in sunlight. |
| Grounding block + 10 AWG copper wire | $30–$80 | Required by code (NEC Art. 810) | For any roof or elevated pole mount. Many DIYers skip this — it is a code violation and a real safety risk. |
| Professional installation (Starlink/OnTech) | $199 or FREE (MAX) | Optional | $199 for 100 & 200 Mbps plans. Included free with Residential MAX ($130/mo). |
| Third-party installer (independent) | $200–$600 | Optional | Varies by roof height, complexity, cable routing. Two-story homes with complex runs hit the top end. |
| Electricity (monthly, ongoing) | ~$5–$10/mo | Yes | Dish draws 40–75 watts. Built-in heater uses more power in snow seasons. |
| State and local sales tax (hardware) | 5–10% | Yes | Applies in most states. Shown at checkout. |
A realistic DIY total for a permanently mounted single-story install: $420–$560 (kit + shipping + mount + grounding + clips and sealant). Professional install on the same home: $580–$750. First-year cost including the $55/month Residential 100 plan: roughly $1,080–$1,210 DIY or $1,240–$1,410 with pro installation.
Mounting Options — Which One Is Right for Your Property?
Starlink’s dish is self-pointing — you don’t manually aim it at a satellite. Your only job is positioning it where it has a clear view of the sky and physically securing it so it stays put in wind and weather.
The included kickstand base lets the dish sit on any flat surface — a deck, a rooftop, a patio, even grass. Nothing to drill or mount. Setup takes under 30 minutes. Best for: testing the service, temporary setups, ground-floor apartments with a patio or yard, and anyone who wants to try Starlink before committing to a permanent install. Limitation: the kickstand sits low, which means obstructions from fences, vehicles, and vegetation are more likely to affect signal.
Cost: $0 extra — included with every kit
A pivot or volcano-style mount attaches to the roof edge, a roof rack, or a gable end wall. Raises the dish to the highest point on the structure, clearing most obstructions from trees and neighboring buildings. Requires drilling into roof decking or a fascia board, weatherproof sealant around every penetration, and cable routing into the attic or down an exterior wall. Best for: most single-family homes where the roof gives a clear view and you’re comfortable on a ladder.
Cost: $35–$85 for mount + $10–$20 sealant and clips
A metal pole set in concrete — anywhere from 6 to 20+ feet tall — gives you the highest and most adjustable mounting position without touching the roof. Avoids roof penetrations entirely, which matters for renters or anyone worried about warranty-voiding a newer roof. Best for: properties with heavy tree cover where a taller pole clears the canopy that a roof mount can’t. Requires a post hole digger, concrete, and a level. Pole height above surrounding structures makes proper grounding especially important.
Cost: $50–$150 for pole + concrete + footing hardware
A weighted tripod — typically ballasted with sandbags or paver blocks — sits on a flat roof or deck surface with no fasteners. An adjustable photo-style tripod designed for Starlink costs $40–$80 from third-party suppliers. The Starlink Mini (sold separately, $249) is particularly well-suited for this approach and fits on a windowsill or balcony railing. Best for: renters with a flat roof access or large balcony, HOA situations where drilling into structure is restricted, and RV or temporary setups.
Cost: $40–$150 for the tripod or weighted platform
How to Install Starlink — Step by Step
This covers a standard single-story roof or wall mount with cable routed into the home. For a ground kickstand setup, skip to Step 4.
Download the Starlink app (iOS or Android — free) and select “Check for Obstructions” from your intended mounting location. Hold your phone overhead and slowly sweep it across the full sky. The app runs a 12-month simulation and shows a green or red overlay: green means clear, red means a satellite path is blocked. If any red appears directly overhead or to the south (north for Southern Hemisphere), investigate a higher or different location before you drill a single hole. This five-minute check is the single most important thing you can do before installation.
Select the mount type appropriate for your property (see the mounting options above). For roof and wall mounts: locate a structural member — a roof rafter or wall stud — to drill into. Never fasten a mount into roof sheathing alone; it won’t hold in wind. Drill pilot holes with a 6mm (¼-inch) bit, apply a generous bead of waterproof silicone sealant in and around each hole, then drive the lag screws to the manufacturer’s specified torque. For Starlink’s wall mount, that’s 7 newton-meters — about the resistance of hand-tightening firmly plus a quarter turn with a wrench. Check for hidden electrical wiring or plumbing before drilling into any wall.
Starlink’s proprietary cable carries both power and data — it is not standard Ethernet and must not be cut or extended with generic connectors. Route it down the exterior wall using UV-rated cable clips spaced every 12–18 inches. At the entry point into your home, drill a ½-inch hole angled slightly downward from outside — this prevents water from following the cable inside. Feed the cable through, install a weatherproof grommet or wall plate outside, then seal everything with polyurethane sealant. Form a drip loop — a downward U-shape of cable — just before the entry point so rainwater drips off the bottom rather than running into the penetration.
U.S. National Electrical Code Article 810 requires a grounding block at the cable entry point for any elevated antenna. Connect a grounding block where the cable enters the home, then run a copper grounding wire — at least 10 AWG, though 6 AWG is common in practice for extra margin — in the most direct path down to a ground rod driven at least 8 feet into earth beside the home, bonded to the same electrode as your main electrical service. SpaceX’s own documentation states that users in lightning-prone areas should install lightning protection per their local electrical code. Skipping this step is a code violation and leaves you exposed to induced voltage from nearby lightning strikes — which does not require a direct hit to destroy equipment inside the house.
Inside your home, plug the cable from the dish into the Starlink Gen 3 router’s dish port. Connect the power supply to the router and plug it into a grounded outlet. Wait approximately five minutes — the dish will orient itself and the router will pull its first firmware update automatically. You do not need to do anything to aim the dish. The router creates a Wi-Fi network called STARLINK during setup; connect to it with your phone to complete the configuration through the Starlink app.
The app will show “Searching” then “Connected” — typically within two to ten minutes of first power-on. Once connected, run a speed test and compare it against Starlink’s published typical speeds for your plan. Then open the obstruction map inside the app and confirm it still reads green from your mounted position. Do a physical walk-around outside: check that every cable clip is secure, all wall penetrations are sealed, and there are no gaps where the cable contacts a sharp edge or roof material. A small amount of time spent on this final check catches the issues that become leaks or equipment failures six months later.
Grounding, Lightning, and the Safety Step Most Guides Skip
This section covers the part of Starlink installation that gets skipped most often and matters most during a storm. It is not complicated — but it is required by code and it protects both your equipment and your home.
The U.S. National Electrical Code Article 810 requires that any roof-mounted or elevated outdoor antenna — Starlink included — have a grounding block at the point where the cable enters the building, plus a bonded ground path running from that block to your home’s main electrical service ground. The minimum conductor is 10 AWG copper wire. Many licensed installers use 6 AWG for additional margin, but 10 AWG is the actual code floor — not 6 AWG, as several popular installation guides incorrectly state. SpaceX’s own documentation reads: “any user who lives in an area with lightning should have the appropriate lightning protection installed in accordance with your local electrical code prior to using Starlink.” In the United States, that local electrical code is the NEC everywhere.
A direct lightning strike is not required to cause damage. Induced voltage from a nearby strike — even one that hits a tree 50 yards away — can push thousands of volts through an ungrounded cable into your router, your connected devices, and potentially the rest of your home’s electrical system. Reports of lightning incidents destroying Starlink power supplies inside the house (not just the exterior dish) exist in the installer community precisely because the cable run carries both power and data with no grounding block at the building entry.
At the point where Starlink’s cable enters your home’s exterior wall, install a listed grounding block — a small inline device available at electrical suppliers and some hardware stores. From that block, run your copper grounding wire downward in as direct a path as practical — no sharp bends, no coils — to a copper-clad ground rod driven at least 8 feet into earth directly beside the house. Bond this ground rod to your home’s main electrical service grounding electrode. If you are not sure where your main service ground is, a licensed electrician can identify it quickly and confirm your bond is correct. The whole installation adds about $30–$80 in parts and an extra 30–45 minutes to an install. For peace of mind in any part of the country that sees thunderstorms — which is most of it — it is time well spent.
Find Your Situation
This is the best-case Starlink installation scenario, and you can almost certainly do it yourself. Run the app obstruction check from your roofline — standing on a ladder and holding the phone at roof height is close enough. If it shows green, pick up a Starlink pivot mount or volcano roof mount ($35–$85 at their shop or from a satellite equipment supplier), route the cable along the exterior wall using UV-rated clips, seal the entry point with polyurethane sealant, and install a grounding block with 10 AWG copper wire to a ground rod. The whole project takes an afternoon and the satisfaction-to-difficulty ratio is genuinely high. The most common mistake on first installs is skipping the sealant — a pinhole gap where the cable enters the wall will let water in slowly for months before anyone notices.
Walk every part of your property with the Starlink app open and run the obstruction check at different heights by holding your phone at arm’s length overhead, up a ladder, or from any elevated point you can safely reach. Trees to the south are the most disruptive — Starlink’s satellite paths run primarily south to north across the sky. A spot that looks heavily treed may have a clear southern exposure you don’t expect. If you’re facing a heavily forested property with no clear sky view from any ground-level location, a tall pole mount — 15 to 20 feet — can often clear the canopy. If the app shows persistent red zones directly overhead from every location you test, Starlink may not work well at your property regardless of how you mount it. That is the rare case where the 30-day return window matters most.
Two separate things are worth knowing. First, the FCC’s OTARD rule protects your right to install a dish on property you exclusively control — your balcony, your patio, your rented yard — without needing landlord permission. It does not give you access to shared rooftops or building exteriors. Second, the Starlink Mini ($249, purchased separately) is particularly well-suited for rental situations: it is small enough to sit on a balcony floor or windowsill, it powers via USB-C (one cable to a standard outlet), it has a built-in router, and it requires zero mounting or drilling. If you have a balcony or patio with a decent southern sky view, the Mini can often be set up in five minutes with no tools and no permission needed. The one exception: apartments surrounded by taller buildings on all sides, or units with only north-facing outdoor space, are unlikely to get a usable signal regardless of what device you use.
The FCC’s OTARD rule pre-empts HOA restrictions on antenna installation in most cases. Because all Starlink dishes are under one meter in diameter, they fall within the rule’s size protections. Your HOA may legally ask you to place the dish in a location that is less visible from the street — for example, on the back of the roof rather than the front — but it cannot prohibit the installation outright on that basis alone. The rule applies to single-family homes, condominiums, cooperatives, townhomes, and manufactured homes. Before you respond to the letter, document your intended installation location with photos and note that you are exercising your rights under 47 CFR Section 1.4000 (the OTARD rule). If the HOA escalates, the FCC has a complaint process, and federal courts have consistently enforced OTARD against overly restrictive HOA rules. This is not legal advice — if the situation becomes confrontational, consult a local attorney.
The Starlink Roam plan ($55–$165/month depending on data) is what you need — not the Residential plan, which is tied to one fixed address. The Roam plan works anywhere in the continental U.S., Alaska, Hawaii, and Canada where Starlink is licensed. The physical installation question becomes: where does the dish sit? For a stationary RV at a campsite, the included kickstand or a tripod mount on the ground is easiest. For in-motion use, SpaceX sells in-motion-rated mounts for flat rooftop installations — the dish must be rated for in-motion use, not just mounted with a standard kit. The Starlink Mini is the most popular choice for RV installs because its smaller footprint has less wind loading while driving and it powers via USB-C rather than a dedicated power supply.
Yes — and the good news is that the risk is manageable with a $30–$80 grounding installation that takes less than an hour. For a roof or pole-mounted dish, NEC Article 810 requires a grounding block at the cable entry point and a bonded copper ground path to your home’s main electrical service ground. This is not optional in storm-prone areas — it is code. A nearby lightning strike can push destructive induced voltage through an ungrounded cable into everything it’s connected to inside your house without ever directly hitting your property. SpaceX states in their own documentation that users in lightning-prone areas should install appropriate lightning protection per local electrical code. If you are not comfortable with electrical work, this specific step is worth hiring a licensed electrician for — the grounding materials plus a one-hour electrician visit typically costs under $150 total, and it is the one part of a Starlink install where doing it wrong has real consequences.
When to Hire a Professional Installer
Most people can self-install. These are the situations where paying $199–$600 for a professional is genuinely the smarter call.
Two-story or steep roof. The risk is physical, not technical. A fall from a two-story roofline during a satellite installation is not a minor event. If you are not experienced working at height or lack a proper roof ladder and safety harness, the $199–$600 professional fee is straightforward risk management.
Complex cable routing through finished walls or attic. Fishing cable through insulated walls, running it through an attic, or routing it between floors of a finished home takes tools (a fish tape, a drill with long bits, an insulation saw) and experience. A professional can route cable invisibly in a few hours where a first-timer might spend an entire weekend and still have visible cable runs.
You want grounding done to code and don’t know your main service electrode location. If you’re in a lightning-prone state and not certain how to bond to your home’s main grounding system, a licensed electrician handles the grounding step properly in under an hour.
Your HOA or property management requires professional installation documentation. Some HOAs accept the dish under OTARD but require documented professional installation as a condition. Starlink’s official OnTech installer can provide that documentation.
Find a Starlink Installer or Satellite Dealer Near You
Tap a button to load the map near your location. For Starlink’s official professional installation, add it at checkout on starlink.com — the technician from OnTech contacts you to schedule after your order is placed.
Map results are general — always verify directly before booking.
starlink.com — order + add pro install at checkout ·
FCC OTARD rule ·
📞 Starlink support: 1-888-369-2339
Contact & Official Resources
Installation costs, plan pricing, and professional installation fees reflect Starlink’s published information as of September 2026. Hardware kit price ($349), professional installation fee ($199 for 100/200 Mbps plans; free with MAX), and Roam plan pricing verified at starlink.com. National Electrical Code Article 810 grounding requirements sourced from EC&M’s NEC breakdown and the National Fire Protection Association. FCC OTARD rule cited from 47 CFR §1.4000. Always verify current pricing at starlink.com and confirm local permit requirements with your municipality before installation.
This page is independently produced and is not affiliated with SpaceX, Starlink, or OnTech. Grounding and electrical guidance is informational — consult a licensed electrician for code compliance in your jurisdiction. This content is entirely original.