Starlink Mini vs Standard power consumption, side by side with sources

On Starlink’s own figures, the Standard averages 75–100 W Official spec: From a Starlink specification sheet or help article. Checked Oct 5, 2026 and the Mini 25–40 W Official spec: From a Starlink specification sheet or help article. Checked Oct 5, 2026, so the Standard draws about 2.5–3 times as much. Both figures include the router and power supply. On a 1,024 Wh power station that’s about 19 h 36 min for the Mini versus 7 h 36 min for the Standard, and the Mini can skip the inverter entirely. If you’ll run on batteries or solar, that gap decides the size of everything else.

The published numbers

Starlink says all of its power figures include the dish, router, power supply and cables, are measured as AC-input averages, and vary with temperature, location and use. The help center lists the Mini’s average as 20–40 W Official spec: From a Starlink specification sheet or help article. Checked Oct 5, 2026, a lower bottom end than the spec sheet; we plan with the spec sheet. Every reading with its date is on the watts table.

25–40 W, Standard Actuated 50–75 W, Standard 75–100 W, with idle figures." loading="lazy" decoding="async">

What owners measure

Owner logs of the Mini sit at or below the spec: one van owner logged 18–20 W Community report: A dated measurement posted by an owner, cited. Checked Oct 5, 2026 idle and 39 W Community report: A dated measurement posted by an owner, cited. Checked Oct 5, 2026 in heavy use on 12 V, 486 Wh/day across a 24/7 day. For the current Standard we found no dated, method-stated owner log we’d rely on; the readings we found (relayed Reddit figures on a Best Buy Q&A) are listed as unverified on our watts table. An older Gen 2 dish on an owner-built 12 V conversion measured 30–40 W Community report: A dated measurement posted by an owner, cited. Checked Oct 5, 2026, but that’s a modified system, not the current Standard.

A day of energy

Left on for 24 hours at Starlink’s averages:

Even at the bottom of its range, the Standard uses more in a day than the Mini at the top of its range. On the grid, that’s a few dollars a month (see electricity use per month). On a battery, it’s the difference between a backpack and a hand truck.

On a power station

At the top of each dish’s average, on a 1,024 Wh station (870.4 usable Wh at our 85% planning figure Planning assumption: Our stated assumption, used until bench results replace it):

The Mini has two advantages stacked: it draws less, and it can skip the inverter. The Standard on a station runs through the inverter unless you have Starlink’s DC-DC supply (Starlink sells a Standard DC-DC Power Supply (select markets) to run Standard 4 / 4 X from a DC source without an inverter; it uses XT60 connectors and 12 AWG wire.).

On solar

For a dish left on 24/7 at the top of its average, in a Denver December (2.3 flat-panel peak sun hours) with our 75% planning derate:

• Mini: about 622 W of panel.
• Standard: about 1,607 W of panel.

That’s a portable kit versus a roof-sized array. The three-number method shows the math for other states and months.

Why the Mini draws less

Starlink doesn’t publish a breakdown, so we can only point to what’s visible in the specs: the Mini is a smaller dish (Starlink Mini measures 298.5 x 259 x 38.5 mm (11.75 x 10.2 x 1.45 in).), it has its router built in rather than a separate unit with its own supply, and it has no motors (Starlink Mini uses software-assisted manual orienting (no motors).). The Standard is larger, melts snow faster (1.5 in/hr versus 1 in/hr), and Starlink’s comparison article sets out other differences. We won’t assign watts to each difference; nobody has published that.

When the Standard is still the right pick

Power isn’t everything. The Standard may be the better choice when:

• It’s a fixed home install on grid power. The extra power costs a few dollars a month.
• You need its other characteristics, which Starlink compares in its Mini vs Standard 4 X article and we cover on Mini vs Standard.
• Your plan or location needs it. Residential plans don’t support the Mini in most places; see the hub page.

And the Mini is the right pick whenever the power comes from a battery, a car or a panel.

What to do next

Our Mini vs Standard guide adds weight, portability and battery sizes for each. To see your own hours on each dish, switch the terminal in the calculator.