RV and caravan is where Starlink accessory demand is most visible and where most installers first get it wrong. The dish itself is rarely the problem. What causes callbacks, refunds and bad reviews is mounting rigidity and power routing — two decisions that take twenty minutes on a workbench and three hours to fix on a customer's driveway.
Rental fleets want removable, rental fleets want permanent — pick one
A hire vehicle is not a camper. If the dish is going to be fitted to a car that returns to a depot every week, the only sensible answer is a non-permanent mount: a magnetic roof mount with a properly specified magnet assembly, or a suction mount on smooth glass. Both can be fitted and removed in minutes by depot staff with no tools, and neither leaves a permanent mark on a vehicle you do not own. The business case is straightforward: a fleet that needs a technician to remove four bolts per vehicle will simply stop paying for the service.
A campervan conversion is the opposite problem. Here the priority is rigidity under vibration, because a dish that resonates on a motorway will lose alignment and, in a bad case, fatigue-crack the mount collar over a few thousand kilometres. Here we recommend a rigid pole or rail mount with a positive mechanical clamp, a locking fastener rather than a friction fit, and a short cable run so that strain is not carried by the connector. On a converted vehicle, the cable is the part that ages first.
Power: run it off the vehicle, not off the inverter
Most RV Starlink installs are powered from 12V or 24V vehicle systems, because the alternator is already there and the supply is already switched and fused. The accessories that work for this are a regulated DC-to-DC unit with a defined input range, over-current and over-temperature protection, and a stated operating temperature — because a dashboard in a parked vehicle in July will exceed the ambient assumptions of a naive design. We regularly see the mistake of powering a Mini from the leisure battery with no charge-back path: the battery drains, the vehicle will not start, and the customer blames the dish. Specify the charge path explicitly, and include a fused, switched supply in the kit.
Cable routing is the difference between a clean install and a warranty claim
Route the DC run away from the vehicle's high-temperature zones and away from any moving part, secure it with proper clips and grommets where it passes through sheet metal, and leave a service loop at both ends so that thermal movement does not load the connector. Use an IP67-rated jacket and seal any penetration. A cable routed through a drilled hole without a grommet is the most common cause of water ingress we see, and the water finds the connector first. For fleet operators the service loop also matters operationally: it is what lets a technician swap a unit in minutes instead of hours.
What to put in a fleet bundle
The bundles that sell best to fleet operators are deliberately plain: a rigid or removable mount, a regulated vehicle power supply, a DC cable in a length matched to the vehicle, and a short fused cable for the battery connection. Add a soft transport or protective case only if the dish is stored inside the vehicle between trips. For rental fleets, keep the whole bundle in a labelled kit so the depot can hand it to the next customer without a checklist.
Talk to us before you order the range
Tell us the vehicle types, the kits in the vehicles, the power system voltage and how many vehicles you are equipping. We will come back with a bill of materials per vehicle type, a mount recommendation for each, the MOQ tier for the whole set, and an indication of lead time. If your fleet is mixed — some rentals, some camper conversions — we will price them separately, because the two want genuinely different hardware and bundling them into one SKU usually ends up with a compromise that satisfies neither.