Starlink V5 vs Starlink Mini vs Gen 4: Which Dish for Which Setup

Starlink now sells three consumer terminals that a rural or off-grid buyer might reasonably consider, and the advice circulating about them is worse than it has been in years. The Mini gets recommended for cabins it is not designed for. The V5 gets recommended for vans it is not permitted on. And the Standard V4 gets dismissed as obsolete when it is, for one specific and important category of buyer, still the best of the three.

The choice is not close once you ask the right question first. It is only confusing because most comparisons start with speed and price, which are the two least decisive variables here.

The three dishes, as published

Figures from Starlink’s published specification sheets, retrieved August 2026. “Gen 4” and “Standard V4” refer to the same hardware; Starlink’s own materials use “Standard”, and dropped the label entirely for the V5.

Start here: does it move?

This one question resolves most of the decision, and it is not a matter of preference.

The V5 is not rated for in-motion use, and it ships on Residential service, where in-motion operation is not permitted. Both halves of that matter — even if you were prepared to ignore the hardware rating, the plan terms close the door. Starlink’s supported in-motion hardware covers the Performance terminals, the Standard 4 and 4X, and the Mini. The V5 is not on that list.

So if your dish is going on a van, a trailer, a truck camper or a boat, the V5 is out. Not “suboptimal” — out. Every recommendation you have read suggesting otherwise was written by someone who saw a 2.4 lb dish drawing 35 watts and stopped reading. If you are working out which plan actually covers your situation, Roam versus Residential is a genuinely consequential distinction and worth getting right before you buy hardware. For full-timers, it interacts with domicile and registration in ways that catch people out at renewal.

For anything mobile, the answer is the Mini, and there is no serious argument against it. Native 12–48 V DC input, in-motion rated, 1.10 kg, packs flat, and the lowest draw of the three. It is the only dish Starlink builds for this job and it does the job well.

That is the easy half. The rest of this article is about fixed sites, where the advice has gone genuinely wrong.

The Mini is over-recommended for fixed installs

Somewhere along the way the Mini stopped being the portable dish and became the default recommendation for everything, including cabins, homesteads, outbuildings and permanently sited trailers. The logic is usually “it uses less power and it’s cheaper, so why not?”

Here is why not.

The router is inside the dish. This is the big one, and it is barely discussed. The Mini’s Wi-Fi radio is integrated into the dish body. On a fixed install, the dish is outside on a pole or a roof — which means your access point is outside, radiating through a wall into the building you actually want covered. Starlink rates the integrated router for up to 112 m² of coverage under favourable conditions. From the far side of an exterior wall, in a building with foil-faced insulation or metal siding, you will not see anything close to that.

The obvious fix is to run Ethernet indoors to a separate router. And here the Mini’s own specification sheet contains a caveat that almost nobody reproduces: the product is no longer rated IP67 when a standard RJ45 cable is used in place of the proprietary Starlink plug. You are choosing between an outdoor Wi-Fi access point and a compromised weather rating on a dish that is going to sit outside for years. Neither is a good answer for a permanent install, and both are non-problems on a V5 or a V4, where the router was always a separate indoor unit.

The snow melt capacity is lower. The Mini is rated to 25 mm per hour against 40 mm per hour for both residential dishes. This is frequently presented as a benefit for battery systems, and in a narrow sense it is — a smaller heater is a smaller spike. But for a fixed northern install, snow melt capacity is not a power-consumption statistic. It is an uptime statistic. A dish that cannot clear accumulation faster than it falls is a dish that goes offline, and clearing it means physically getting to it with a soft brush. On a pole in a January storm, that is a real and recurring cost.

The router hardware is a generation behind. Wi-Fi 5 with a 3×3 radio and 128 devices, against Wi-Fi 6 and 235 devices on the V5’s Router Mini. For a weekend in a trailer this is irrelevant. For a household running cameras, a laptop or three, streaming and a handful of smart devices, it is the difference between a network that works and one you troubleshoot.

None of this makes the Mini a bad dish. It makes it a portable dish, which is exactly what Starlink built and exactly what it says on the specification sheet. The mistake is treating a portability-optimised product as a general-purpose one because its headline numbers look attractive.

Where the Mini genuinely is right for a fixed site: a small, single-room structure where the dish can be mounted within a few metres of where people sit; a seasonal cabin that is closed for the winter anyway; or a site where the energy budget is so tight that 850 Wh a day versus 1,425 Wh a day is the difference between a system that works and one that does not. That last case is real and it is not rare. But it should be a decision made knowingly, against the compromises above — not a default.

The awkward case: fixed site, running on batteries

This is where the recommendation genuinely is close, and where the V5’s launch left an unhelpful gap.

The V5 has no published DC input rating. Starlink documents the power supply’s dimensions, weight and environmental rating but not its electrical specification, and there is no first-party DC supply for it. Third-party vendors who build DC conversion hardware for the Standard have said they expect their units to carry over — the cabling and roughly 56-volt power architecture appear unchanged — while openly noting they are still validating against production hardware. That is a reasonable expectation. It is not a specification you can design a system around.

The Standard V4, by contrast, has a first-party DC-DC power supply that Starlink sells: 12 to 48 volts in, 56 volts at 3.57 amps out, IP66, rated from −40°C to 60°C. It is documented, supported, and does not void anything.

So the off-grid buyer faces a genuine trade: a dish that draws roughly half the power but must go through an inverter, against a dish that draws twice the power but has a supported DC path.

Run the numbers and the V5 still wins, but by less than you would expect:

Midpoints of published average ranges, continuous operation, clear conditions, no snow melt, with realistic inverter efficiency at each load level. Detail on the assumptions is in our breakdown of the V5’s power figures.

A V5 on an inverter still beats a V4 on a proper DC supply by around 40%. That is decisive enough that the DC argument does not rescue the V4 on energy alone.

Our position: for a fixed off-grid site, buy the V5 if you can get one, and run it on an inverter you were running anyway. If your inverter currently sleeps overnight and would have to stay awake purely to feed the dish, price that honestly — the standing overhead of an always-on inverter can eat a meaningful share of the V5’s advantage, and that is the specific scenario where a Mini’s native DC input earns its compromises.

If you cannot get a V5 — and availability is still narrow — the V4 with the first-party DC-DC supply remains a perfectly defensible build. It is not obsolete. It is a documented, supported, DC-native residential terminal, which is more than the V5 can currently claim.

Where the V5 is clearly the right answer

Fixed rural property, mains power or a substantial battery system, and you can order one.

The power saving is real. The 265 kph mounted wind rating is nearly three times the published figure for the other two — genuinely significant for exposed ridgelines and coastal sites, and the specification that deserved more attention than it got. Roof load drops from 2.9 kg to 1.1 kg. The pipe adapter ships in the box rather than as a paid accessory. The power supply is IP66-rated and can live in a garage or an enclosure rather than needing indoor space.

The trade is a rated peak download of 375+ Mbps against the V4’s 400+ Mbps. Independent engineering analysis of the new terminal reports roughly 820 elements in its phased array against about 1,536 in the V4, which is consistent with a design optimised for manufacturing cost and volume rather than peak throughput. This is not worth agonising over. Real-world Starlink speeds are set by constellation congestion, obstructions and your plan tier, not by 25 Mbps of rated headroom you will rarely reach. If you are on the entry-level Residential plan the V5 currently launches with, the dish is not remotely your bottleneck.

Where the Standard V4 still wins

Three cases, and they are narrower than V4 owners would like but wider than the V5 coverage suggests.

You need a documented DC path today. Covered above. This is the strongest case.

You need in-motion capability on a large fixed-mount install. The Standard 4 and 4X are in-motion rated; the V5 is not. For a large motorhome or a vessel where the Mini’s throughput or router coverage is inadequate, the Standard remains the residential-class option.

You want the Gen 3 router. The V5 ships with the Router Mini, which is smaller and less capable than the Gen 3 unit in the Standard kit. If you are meshing a larger property, this matters. Note that both can mesh with each other and with the Mini kit, so this is a starting-point question rather than a lock-in.

Availability. The V5 opened in a handful of rural US areas in July 2026 — Idaho, Montana and Oregon among the first — with wider rollout as production scales. The Standard is available everywhere Starlink is.

The verdict, by setup

What none of them solve

All three are line-of-sight devices with a 110° field of view. None of them work through a tree canopy, and no amount of dish selection fixes an obstructed site. All three carry the same −30°C to 50°C operating range. All three depend on a service plan whose pricing has moved repeatedly through 2026, which is why hardware choice should be made after you have worked out what the whole thing costs over five years rather than before.

And whichever you buy, the power budget is where off-grid installs actually fail. Our sizing walkthrough for continuous Starlink uptime takes each of these dishes through battery and array sizing including the winter stress case.

Frequently asked questions

Is the Starlink V5 better than the Mini? For a fixed site, generally yes — better router, better snow melt, dramatically better wind rating, and greater throughput headroom. For anything mobile, the question does not arise: the V5 is not rated for in-motion use and Residential plans do not permit it.

Can I use a Starlink Mini as my main home internet? Yes, and many people do. Be aware that the Wi-Fi radio is inside the dish, so an outdoor-mounted Mini puts your access point outdoors. Running Ethernet to an indoor router solves coverage but Starlink notes the dish is no longer IP67-rated when a standard RJ45 cable is used.

Is the Standard V4 discontinued? No. Starlink continues to offer it on Residential plans, and it remains the only residential-class dish with a first-party DC-DC power supply.

Which Starlink dish uses the least power? The Mini, at a published average of 25–40 W. The V5 is next at 35–50 W, and the Standard V4 draws 75–100 W.

Does the V5’s slower rated speed matter? Rarely. The 375+ Mbps rating against the V4’s 400+ Mbps is a ceiling most users never approach, and real-world speed is governed by congestion, obstructions and plan tier. It launched on an entry-level Residential plan where the dish is nowhere near the limiting factor.

Can I upgrade my existing dish to a V5? Availability is regional and expanding. If you have a working V4, there is no performance reason to switch. The case for upgrading is power consumption, roof load or wind exposure — and off-grid, the power case can be substantial.