Starlink for RV: Plan, Dish, Mount & Power Setup (2026)

Pull into a forest service road with zero bars and the difference between a Starlink rig that was planned and one that wasn't becomes obvious fast. The planned one is online in five minutes on house power. The other one is running an inverter all evening, watching the battery monitor drop and wondering why the dish keeps rebooting. Getting it right comes down to four choices: the dish, the plan, the power and the mount.

1. Pick the dish: Mini for most rigs

The power line is the one that matters in an RV. The Mini takes 12–48 V DC directly, so it can run off your house battery without an inverter in the loop. The Standard runs from its AC power supply, which means an inverter whenever you're off shore power, plus the inverter's own idle draw and conversion losses. Full comparison in Mini vs Standard.

2. Pick the plan around how you actually travel

RVers need Roam. Residential is tied to a service address; Roam is built for moving around the US and Canada, bills month to month and lets you drop to Standby when the rig is parked.

On the capped Roam plans, running out of high-speed data doesn't cut you off; you drop to unlimited low-speed data. If you work online, that slowdown is the real cost, so size the plan for your busiest month, not your average one. More on this in Roam vs Residential and Standby Mode.

3. Build the power budget before the first trip

Here's the rough daily energy each dish needs, using the top of Starlink's published average range and before any conversion losses:

A Standard left on all day through an inverter can eat a big chunk of a typical house bank by itself. A Mini on DC is far easier to live with. A few practical rules:

• Run the Mini on DC whenever you can. Every trip through an inverter wastes energy.
• Leave headroom above the average. Start-up and snow melt push the draw above 40 W for a while, and a supply that's barely big enough will reboot the dish.
• Turn it off overnight if nobody's online. It sounds obvious; it's also the easiest way to halve your Starlink energy use.
• If you rely on solar, check winter sun, not July sun.

Wiring details for 12 V systems are in How to power Starlink Mini on 12 V, and panel sizing in Starlink Mini solar setup. Or skip the math and use the battery calculator.

4. Mount it for the way you camp

Mounting is where RV setups split into two camps.

Set up at camp

Kickstand on the ground or a pole mount on the ladder. Cheap, flexible, and you can walk the dish 50 feet away from the trees to get a clear view of the sky. The Mini's kit includes a kickstand and a combined pipe adapter and flat mount, so you can start with nothing else.

Permanent roof mount

Always ready, no setup, and the only option if you want in-motion use. It has to be done properly: a mount rated for highway speeds, a clean cable entry, and a dish placement that isn't blocked by the AC unit or solar panels. The trade-off is that you can't move the dish away from trees once you've parked.

Coverage and obstructions

Starlink needs a wide view of the sky. Tall trees and canyon walls are what cause dropouts in practice, far more than coverage maps. If you want to see how dense the constellation is right now, our live satellite map shows every Starlink satellite overhead.

What a first year costs

A part-timer on a Mini who travels five months and parks the rest pays roughly $199 for the kit, $400 for five months of Roam 300 GB and $70 of Standby. That's about $669 for the year, before mounts and power gear. Your numbers will differ; the true cost calculator gives the exact figure.