You get internet while boondocking 2 ways: cellular, where towers reach, or Starlink, where they do not, and remote workers carry both. Everything else (campground Wi-Fi, coffee shop runs) is a supplement, not a system. Here is what each path costs, what it draws from your batteries, and where each one fails.
Cellular: cheap where it works
If your boondocking happens within reach of towers, cellular is the cheaper and lower-power option. The pieces:
The data source. Your phone’s hotspot allowance, a dedicated hotspot device on its own data plan, or a prepaid data SIM. Carriers change hotspot plans and prices often enough that we are not going to print numbers that will be stale in a month; check the plan pages at the carrier’s own site, and read the fine print on deprioritization, because “unlimited” plans commonly slow hotspot data after a threshold.
Coverage first, plan second. Buy the carrier that covers where you actually camp, not the one with the best price. Each carrier publishes a coverage map; treat it as optimistic, because those maps model open terrain and boondocking sites sit in canyons and forest. Overlap between carriers is worst exactly where boondocking is best.
Antennas and boosters. An external antenna or a booster can turn a marginal signal into a usable one, and neither can do anything with no signal. A booster amplifies what exists. Zero times anything is zero. If the map shows a dead zone, no hardware on this list fixes it.
The quiet advantage of cellular is power draw: a hotspot sips single-digit watts, which matters when every amp-hour comes off a battery you filled with sunlight.
Starlink: works in the dead zones
Starlink needs a clear view of the sky instead of a tower, which makes it the tool for exactly the places boondockers go. Pricing from Starlink’s Roam page, re-checked July 18, 2026, all listed as “starting at”:
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Roam 100GB: $55 a month. Positioned for occasional trips and camping.
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Roam 300GB: $80 a month.
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Roam Unlimited: $175 a month. For full-timers and remote work.
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Starlink Mini kit: starting at $199. The Mini is the compact dish with a built-in router, DC power input, and claimed download speeds over 200Mbps.
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Service pauses any time with Standby Mode, and billing is month to month, so part-timers only pay for travel months.
These figures moved in a single day. On July 17 this page recorded two tiers at $50 and $165; on July 18 the same page listed three tiers at $55, $80 and $175. We do not know whether Starlink repriced or our first reading was wrong, and we are not going to pretend otherwise. Treat any price here as a starting point and read the current one on starlink.com before you buy.
The operational catch is the sky requirement: heavy tree canopy degrades or kills the connection, and the shadiest site in the forest is often the worst Starlink site. Sometimes you place the dish in a clearing away from the rig; sometimes you pick the site for the sky.
The power math, from Starlink’s own spec sheets
This is where boondockers get surprised. Per Starlink’s published specification sheets (accessed July 17, 2026):
- Standard dish: average 75 to 100W.
- Mini: average 25 to 40W, with a 12 to 48V DC input.
Run the arithmetic against your battery bank. A Standard dish left on 24 hours draws roughly 1.8 to 2.4kWh a day, which can be most of the usable capacity of a 200Ah lithium bank before you run a single light. The Mini over an 8-hour workday is a far friendlier 200 to 320Wh, and running it on DC skips the inverter’s cut entirely.
Practical pattern: run the dish during work hours, shut it down at night, and size your solar for the real daily number. Our RV solar calculator does that math against your panel wattage, and if you are carrying the load on a portable battery, the power station comparison shows which units can feed a dish all day. For panel-and-battery sizing on the supply side, see the solar kit comparison.
Redundancy: what remote workers actually run
If your income depends on the connection, 1 path is 0 paths. The standard setup is Starlink plus cellular on a carrier that covers your routes, because their failure modes are opposites: trees kill satellite and spare cellular nothing, terrain kills cellular and means nothing to a satellite with open sky. When the morning meeting hits, you join on whichever path is alive.
Cheap habits that do more than gear:
- Check coverage and sky before you commit to a site, not after you level the rig.
- Test the connection before the truck gets unhitched. Moving 2 miles is easy at 2 p.m. and miserable at 8 a.m.
- Download offline maps and the files you need before leaving town. The best backup is not needing the connection for an hour.
- Know your fallback town. Most boondocking sits within a drive of a library or cafe, and knowing which drive beats discovering it during an outage.
Dead zones are real
Some canyons and dense-canopy forests have no cellular and no usable sky view, and no purchase fixes that. If a spot matters more than connectivity, take the day off. If connectivity matters more, camp somewhere else. New to camping off-grid entirely? Start with what boondocking actually is, and see what a connectivity budget looks like inside the bigger picture in our full-time costs guide. More connectivity guides live at /internet/, and the supporting hardware comparisons at /gear/.