Same satellites, same network — but the Mini and the Standard are not interchangeable products with different price tags. One is built to sit on your roof and stay there. The other is built to come with you.
The real questions people ask before buying — including the ones Starlink’s marketing page doesn’t address. All prices in AUD. Verify current pricing at starlink.com/au before ordering, as prices shift.
It is a small but real difference. The Mini’s antenna is physically smaller — roughly the size of a large laptop versus the Standard’s roughly 65 cm dish — and a smaller antenna captures less signal, which sets a lower ceiling on peak throughput. Real-world independent testing consistently shows the Mini hitting 100–150 Mbps download in good conditions, while the Standard reaches 150–200+ Mbps. Upload speeds on the Mini average 5–15 Mbps versus 10–20 Mbps on the Standard. Latency is essentially identical on both — around 20–50 ms in Australian conditions. For most everyday tasks — video calls, streaming, emails, browsing, remote work — the Mini’s speed is entirely sufficient and most users never notice the gap. The difference shows up under load: a household with four people simultaneously streaming 4K will feel it where a couple doing their thing in the evenings will not.
You can use the Mini as home internet — it works on both Residential and Roam plans — but it is not the optimal setup for a fixed home. The Mini’s built-in router covers roughly 112 m², which is adequate for a small home or flat but not for a larger house with multiple rooms. The Standard comes with a separate Gen 3 Wi-Fi 6 router that has better range and Ethernet ports for wired connections — important if you work from home and connect a desktop or NAS drive. Where the Mini-as-home-internet makes genuine sense: a small property, a shack or granny flat, a caravan park where you split time between home and travel, or any situation where you want one device that works both at home and on the road without switching equipment.
Not necessarily, and the comparison depends on what plan you run it on. The Mini’s hardware is approximately $399 AUD versus $549 for the Standard — a $150 saving upfront. Both dishes work on the same Roam and Residential plans, so monthly costs are identical for the same plan type. Where the Mini can cost more overall: if you pair it with Roam Unlimited ($210/month), that monthly cost significantly exceeds Residential ($75/month), though the plan difference has nothing to do with the hardware choice — it reflects mobility rather than which dish you picked. The honest comparison is: same plan on each dish, same monthly cost, $150 less upfront for the Mini.
It is the single most important hardware difference for off-grid users. The Mini draws 25–40W on average; the Standard draws 75–100W. Running either dish for four hours each evening: the Mini uses 100–160 watt-hours, the Standard uses 300–400 watt-hours. On a 200Ah lithium battery (roughly 2,400Wh usable), the Mini takes under 7% of your battery for an evening’s use. The Standard takes up to 17%. That difference compounds across a week without solar top-up — the Mini’s lower draw means you can run it longer on the same storage, or run a smaller battery setup in the first place. For caravanners with 100W–200W rooftop solar, the Mini is typically self-sustaining on sunny days. The Standard often is not, especially in winter or in cloudy conditions further south.
Yes — on a Roam plan, both the Mini and the Standard flat dish support in-motion use up to 160 km/h. The Mini is the more practical choice for this because its compact size makes roof or roof-rack mounting simpler, and its lower weight puts less stress on mounting hardware at highway speed. One important restriction that catches people out: the older Standard Actuated dish (the model with an internal motor) is specifically not recommended for in-motion use because the moving parts are not designed for road vibration. If you have an older actuated dish, in-motion use is off the table regardless of your plan. The current flat-panel Standard and the Mini are both fine for driving. As of March 2026, Standby Mode disables above 16 km/h — you need an active Roam plan for any in-motion use.
Both, depending on your setup. The advantage: one cable, one device, set it down and you are connected. No separate router box to power, mount, or cable. In a caravan, campervan, or temporary campsite, that simplicity is genuinely valuable — fewer failure points, less cable spaghetti. The limitation: the built-in router uses Wi-Fi 5 rather than the Standard’s Gen 3 Wi-Fi 6 router, which means slightly lower peak Wi-Fi throughput and less range. The practical workaround: plug an Ethernet cable from the Mini’s single port into a third-party mesh router if you need better coverage or Wi-Fi 6 performance. Many off-grid users connect it to a GL.iNet travel router or similar. For a couple or small family, the built-in router is almost always sufficient without any additions.
Both are rated for an operating temperature range of -30°C to +50°C and share an IP67 dust and water rating — so on paper, identical. In practice, the Standard’s greater thermal mass means it holds heat longer once it warms up in direct outback sun, and its passive cooling fins are designed for stationary permanent installation with assumed airflow. The Mini’s lower power draw means it generates roughly 60% less heat internally. Neither dish has reported consistent heat-failure problems in Australian conditions, and the outback’s dry air actually helps with thermal dissipation compared to tropical humidity. What does matter in very hot conditions: both dishes have a built-in snow-melt heater (designed for cold climates) that draws extra power in cold weather — in Australia’s heat, this circuitry does not engage, which is one less power drain in the bush.
Technically the hardware works anywhere with a clear sky view. The plan question is separate: Residential plans are tied to a service address and in-motion use is not permitted under Starlink’s Fair Use Policy. Taking your dish camping occasionally — parked stationary at a campsite — is something many Residential customers do without consequence. Regular travel use or in-motion use requires a Roam plan. The clean answer for someone who wants both home internet and travel internet: keep Residential on the Standard dish at home, buy a Mini separately and run it on a Roam plan for travel. The two dishes can run on different plans simultaneously as separate devices under the same Starlink account.
The hardware differences that actually affect your daily experience, pulled from Starlink’s official specification sheets and confirmed through independent testing. Neither dish is universally better — the right one depends entirely on how you use it.
| Specification | 🎒 Starlink Mini | 🏠 Starlink Standard |
|---|---|---|
| Hardware price (AUD) | ~$399 | $549 |
| Dish dimensions | 298.5 × 259 × 38.5 mm | 652.4 × 451.7 × 97.9 mm |
| Weight (dish only) | 1.10 kg (2.43 lb) | 2.9 kg (6.4 lb) |
| Weight (with kickstand + 15m cable) | 1.53 kg (3.37 lb) | 3.8 kg (8.3 lb) |
| Power draw (average) | 25–40W | 75–100W |
| Power source | DC cable · USB-C PD compatible (adapter req.) | AC wall outlet only (standard) |
| Router | Built-in · Wi-Fi 5 · 112 m² coverage | Separate Gen 3 Router · Wi-Fi 6 · larger coverage |
| Ethernet ports | 1 × Ethernet on dish | 2 × Ethernet on Gen 3 Router |
| Weather rating | IP67 — identical on both | IP67 — identical on both |
| Operating temperature | -30°C to +50°C — identical on both | -30°C to +50°C — identical on both |
| Wind speed rating | 96+ km/h — identical on both | 96+ km/h — identical on both |
| Typical download speed | 100–150 Mbps real-world | 150–200+ Mbps real-world |
| Typical upload speed | 5–15 Mbps | 10–20 Mbps |
| Latency | 20–50 ms — essentially identical | 20–50 ms — essentially identical |
| In-motion use | Both supported on Roam plan up to 160 km/h | Both supported (flat dish only — not actuated) |
| Fits in backpack? | Yes — designed for this | No — too large and heavy |
| Best for | Travel · caravanning · camping · off-grid | Fixed home · large households · maximum speed |
298×259 mm
1.10 kg
652×451 mm
2.9 kg (dish only)
DC power · USB-C compatible
AC wall outlet
112 m² coverage
1 Ethernet port
Wi-Fi 6 router
2 Ethernet ports
real-world average
real-world average
Official specifications from Starlink’s published spec sheets, confirmed through JB Hi-Fi Australia’s product listings. Both dishes use the same phased-array antenna technology and connect to the same satellite network.
The Starlink Mini’s Australian price has fluctuated as the product matured. It launched at approximately $599 AUD and has been discounted to around $399 AUD through various promotions. Always check the current price at starlink.com/au or at retailers including JB Hi-Fi and Harvey Norman before ordering — the price you see varies by time and by region. The Standard dish is $549 AUD to purchase outright, or $15/month to rent for new Residential customers (who must return the hardware on cancellation or pay $549).
Starlink’s published maximum speeds are not what you will see daily. Here is what independent testers found in real use, and what it means for your actual situation.
Independent reviews with actual testing show the Mini consistently delivering 100–150 Mbps download in typical open-sky conditions. One reviewer from HighSpeedInternet.com recorded an average of 112 Mbps via Wi-Fi and 126 Mbps via Ethernet, with latency averaging under 20 ms. Another tester at SatelliteInternet.com hit 222 Mbps on an overcast day, finding the Mini “never dipped below 100 Mbps” with a clear sky. Upload typically runs 5–15 Mbps. In rural Australian conditions with an unobstructed view of the sky, Mini users consistently report speeds that comfortably handle 4K streaming, video conferencing, remote work file uploads, and casual gaming. The ceiling only matters if multiple users simultaneously saturate the connection.
The Standard’s larger dish captures more signal and consistently scores higher in peak throughput testing. Independent 2026 data shows median downloads of 150–200 Mbps for Australian Residential customers, with some locations reaching 300+ Mbps on the Max plan tier. Upload averages 10–20 Mbps. ACCC’s Measuring Broadband Australia Report 31 recorded an average of 197 Mbps during busy hours across all Australian Starlink subscribers — this figure reflects largely Standard dish users on Residential plans. Latency is effectively the same as the Mini at 20–50 ms. The Standard’s advantage is most relevant for larger households, multi-device setups, or anyone who does large file transfers, runs a NAS drive, or needs reliable 4K streaming across three or four screens simultaneously.
A single 4K Netflix stream uses around 25 Mbps. A Zoom video call uses 1.5–3 Mbps. A Spotify stream uses under 0.5 Mbps. At 100 Mbps, the Mini can simultaneously run four 4K streams with headroom to spare. The speed difference between Mini and Standard becomes meaningful only when you have five or more devices all doing bandwidth-intensive tasks at the same time — a scenario most Australian rural households and caravanners simply do not encounter. If you are a couple, or a single user, the Mini’s speed ceiling is irrelevant to your experience.
The power difference between these two dishes is the reason the Mini exists. For anyone on solar, battery, or a small generator, it changes what is practical.
The Mini averages 25–40W. Running it for 5 hours per day consumes roughly 125–200 watt-hours (Wh). A standard 200Ah lithium battery (at 12V, approximately 2,400Wh usable) can run the Mini for 12–24 hours on battery alone — roughly two to five days of typical evening use before needing a solar top-up. A modest 150W solar panel in most of Australia generates 500–750Wh on a good day, which comfortably covers Mini use plus leaves charge for other devices. The Mini can also be powered via USB-C PD with a suitable adapter, which means it works from power banks, 12V vehicle sockets, and portable power stations (EcoFlow, Bluetti) without needing an inverter to convert to AC. That is a meaningful advantage when your setup is 12V-native.
The Standard averages 75–100W. Five hours per day consumes 375–500Wh — two to three times the Mini’s footprint. That same 200Ah lithium battery runs the Standard for roughly 5–8 hours of continuous use. Meeting that consumption with solar requires 300–400W of panels in reasonable sun — possible, but a larger system than many caravans carry. The Standard runs on AC power (240V), which means off-grid users need an inverter to convert 12V battery power to AC — adding another layer of complexity and efficiency loss (inverters typically lose 5–10% of energy in conversion). For a farm with mains power or a generator, this is irrelevant. For a caravan relying on solar and a 12V battery bank, the Standard’s power appetite is a real planning constraint.
The Standard’s separate Gen 3 router adds approximately 15–20W to your total power budget on top of the dish’s 75–100W. When calculating your off-grid power needs for the Standard, budget for 90–120W total, not just the dish figure. The Mini’s built-in router eliminates this separate load — it is included in the 25–40W figure.
The Mini is the right choice for you, and it is not a close call. At 1.1 kg, it fits in a day bag. Setup takes two minutes — unfold the kickstand, point at the sky, plug in. Power draw of 25–40W runs comfortably off a modest solar and battery setup found on most modern caravans. For a typical travelling couple — streaming in the evenings, video calls with family, checking BoM and route maps — 100–150 Mbps is more than sufficient. The Standard’s extra weight, bulk, and power consumption do not translate to a meaningfully better experience for this use case. Pair the Mini with a Roam 100 GB plan ($85/month) and the Standby Mode switch strategy ($15/month when parked at home) and you have a flexible, affordable travel internet setup.
The Standard is the right choice. You want the higher speed ceiling for a household that runs multiple devices all day, the separate Wi-Fi 6 router for better range across a larger home, and the two Ethernet ports for wiring a desktop, NAS, or security cameras. Power consumption is less of an issue when you have mains power or a generator. The one thing to check: if your property has a congestion surcharge (some remote Australian cells carry a demand surcharge of up to $1,295 upfront, visible when you enter your address at starlink.com/au), factor that into your true setup cost before ordering. The Standard on a Residential plan at $75/month is the right long-term setup for a rural home.
Mini, combined with Roam Unlimited ($210/month). The Mini’s speeds are entirely sufficient for remote work — video calls, cloud file syncing, VPNs, email, browser-based tools all run without issue at 100–150 Mbps. The lower power draw is critical if you are not always plugged into shore power. The single Ethernet port can connect to a travel router (such as a GL.iNet GL-MT3000) if you need better Wi-Fi coverage across a larger vehicle or want to add a NAS. The most important remote work consideration is not which dish — it is whether your Roam plan gives you enough data. Full-time remote workers easily use 150–400 GB per month between video calls, file syncing, and general use. The Roam Unlimited plan removes data anxiety entirely.
The Mini is the more versatile choice here. It works on a Residential plan at home (fixed address, high priority, $75/month) and you can switch to a Roam plan when you travel — all with the same dish. The Standard can also do this, but its size makes packing it impractical for camping and its AC power requirement complicates off-grid use. If you go away two or three times a year for a week at a time, the Mini’s flexibility and portability make it the obvious pick. If you are home 48 weeks of the year and away for 4, the Standard at home plus a Mini on a separate Roam plan for travel is the cleanest setup — two dedicated tools for two distinct jobs.
The Standard is the better choice, and you probably want the 200 Mbps or Residential Max tier. Four people simultaneously streaming 4K uses around 100 Mbps on its own — before anyone does a video call, plays an online game, or runs a cloud backup. The Mini’s 100–150 Mbps ceiling starts getting uncomfortable in this scenario, especially during peak hours when the network is busier and speeds can drop. The Standard’s higher throughput ceiling and separate Wi-Fi 6 router with better range handle a busy household more comfortably. If the family also caravans, consider Standard at home and a Mini for the trip — the two-dish approach gives you the right tool for each environment without compromise.
The Mini is genuinely popular among coastal sailors and powerboaters for the same reasons it works for caravanning: compact, light, low power, and portable. Both dishes support in-motion use on a Roam plan, and both carry the same IP67 weather rating for water and dust. Starlink Roam plans cover coastal waters up to 12 nautical miles from shore as part of the standard plan — beyond that, the Maritime plan is required, which is a separate (much more expensive) product. On a boat, the Mini’s DC power compatibility and lower draw are particularly valuable — marine electrical systems are 12V-native, and the Mini can run directly from the vessel’s DC supply via the appropriate cable, without an inverter. Mount it on a stable flat surface with a clear sky view, point it through the Starlink app, and it connects in minutes.
This comparison is for general informational purposes only. All prices are in Australian dollars (AUD). Starlink Mini pricing in Australia has varied from approximately $399–$599 at different times; always verify current pricing directly at starlink.com/au or at Australian retailers including JB Hi-Fi and Harvey Norman before ordering. Standard dish $549 and $15/month rental reflect post-June 2026 pricing. Specifications sourced from Starlink’s official specification sheets (starlink.com), JB Hi-Fi Australia product listings, and independently confirmed. Speed figures are real-world test medians from independent reviews, not guaranteed minimums. Performance varies by location, time of day, and network congestion. This content is entirely original.