Whether you're setting up a Starlink Mini for the first time or looking to get the most out of your satellite internet on the road, these are the questions Australian customers ask us most. If you can't find what you need below, get in touch — we're happy to help.
The Starlink Mini is a compact, portable satellite internet dish designed for on-the-go use. It is roughly the size of a laptop, weighs about 1.1 kg, and draws significantly less power than the full-size Starlink Gen 3 dish. It has a built-in WiFi router, so there is no separate router box to carry. The trade-off is a smaller coverage area for WiFi and slightly lower peak speeds compared to the standard residential dish, but for camping, caravanning, and remote work it is more than capable.
The Starlink Mini works with the Mini Roam plan in Australia. This plan lets you use the dish anywhere within the country. You can pause and resume your plan through the Starlink app when you are not using it, so you only pay for the months you need. Check the Starlink website or app for current pricing, as plans and pricing are updated from time to time.
The Starlink Mini requires around 20–36V DC input. Your vehicle's 12V system needs a DC-to-DC step-up converter (voltage booster) to reach that range. Outcamp offers a range of purpose-built power cables and converters — including cigarette lighter adapters, Anderson plug cables, and hardwire options — that handle the voltage conversion for you. No inverter is needed, which saves power and keeps the setup simple.
The Starlink Mini typically draws between 25–40 watts during active use, depending on conditions and satellite load. In standby mode, power consumption drops significantly. For a 12V system, that translates to roughly 2–3.5 amps when operating. This is low enough to run comfortably from a 100Ah auxiliary battery for several hours, making it well-suited to off-grid camping setups.
Yes. The Starlink Mini can be powered via USB-C PD (Power Delivery) sources that supply at least 100W at 20V. Outcamp sells a USB-C to DC power cable with a built-in PD negotiation chip that handles the handshake automatically. You can also use the PeakDo LinkPower battery bank, which is purpose-built for the Starlink Mini and provides 4+ hours of runtime from a single charge.
The most popular option is a magnetic roof mount, which attaches to any steel roof with no drilling. Outcamp offers several versions — a budget-friendly plastic-base mount, an alloy mount, a stainless steel mount for coastal environments, and a MagLock Pro with an integrated polycarbonate shield. For vehicles with roof racks, there are dedicated T-slot roof rack mounts and ARB Base Rack mounts. Bull bar and sports bar mounts are also available for utes and 4x4s.
Yes — with a compatible service plan, the Starlink Mini can maintain a connection while the vehicle is moving. Performance will vary depending on speed, terrain, and tree cover, but many Australian users report usable connectivity on highways and open roads. A secure vehicle mount (magnetic or bolted) is essential for safe in-motion use.
No. The magnets used in Outcamp magnetic mounts are rubber-coated to prevent scratching your vehicle's paint, and they do not interfere with the Starlink Mini's electronics or satellite reception. The magnets are positioned on the mounting frame — not on the dish itself — so there is no impact on signal performance.
It can work behind glass in some situations — for example, placed on a dashboard or mounted via suction cups on a sunroof — but performance is reduced compared to having a clear view of the sky. Tinted, heated, or metallic-coated windscreens will degrade the signal further. For best results, mount the dish on the exterior of the vehicle with an unobstructed view of the sky.
The Starlink Mini needs a reasonably open view of the sky to connect to satellites. Dense tree cover, buildings, and cliffs will cause dropouts or prevent a connection altogether. The Starlink app includes an obstruction checker tool — use your phone camera to scan the sky at your campsite before setting up. As a rule of thumb, the more open sky you can give the dish, the better your speeds and reliability will be.
The Starlink Mini's built-in WiFi router typically provides usable coverage within about 10–15 metres in open air, though walls, vehicles, and other obstacles will reduce that range. For larger campsites or setups where the dish is mounted on a vehicle roof, an external WiFi access point or mesh extender can help push the signal further. The Starlink Mini also supports ethernet via an SPX-to-RJ45 adapter if you want a wired connection to your own router.
Yes. The Starlink Mini has a proprietary SPX port that can be converted to standard RJ45 ethernet using an adapter. Outcamp sells a waterproof SPX-to-RJ45 adapter kit that lets you connect a regular CAT6 cable for a wired connection. This is useful if you want to run the signal to your own router, a network switch, or a wired device inside a caravan or building.
The Starlink Mini is rated for outdoor use and can handle rain, but it is not fully submersible. It is designed to operate in a wide range of weather conditions including rain, wind, and light snow. For permanent outdoor installations or harsh conditions, adding a silicone protective cover from Outcamp provides an extra layer of protection against dust, UV, and minor impacts without affecting signal performance.
If you remove the dish between trips, a padded carry bag or hard protective travel case will keep it safe from knocks and dust. Outcamp offers both — a messenger-style carry bag for everyday transport, and a hard-shell polypropylene case with custom foam inserts for rougher conditions. There is also a hard-shell travel backpack with a built-in USB-C port if you need a hands-free option. For permanently mounted dishes, a polycarbonate dish shield protects the face of the dish from hail, stones, and road debris while driving.
It depends on your power source. For a cigarette lighter socket, use a 12V-to-DC car power adapter or the 36V car power supply. For an Anderson plug battery system, use the Anderson plug to DC cable or the Anderson plug power supply. For USB-C power banks or chargers, use a USB-C to DC cable. For permanent hardwiring, there is a bare-wire hardwire cable. If you want maximum flexibility, the 3-in-1 cable covers cigarette lighter, USB-C, and DC barrel jack in a single cable. Check the Outcamp product pages for details on which cable suits your specific vehicle and power setup.
You cannot plug the Starlink Mini directly into a raw 12V source — it requires a higher voltage (typically 20–36V depending on the cable). All Outcamp power cables and adapters include the necessary voltage conversion built in, so you do not need to buy a separate booster. Just choose the cable that matches your power source and plug in.
Yes — Outcamp offers a Milwaukee M18 battery adapter cable that connects directly to 18V Milwaukee tool batteries and powers the Starlink Mini. If you already carry Milwaukee batteries for your tools, this is a convenient portable power option for remote worksites and camping without needing a separate battery bank or vehicle connection.
The official Starlink Mini kit includes the dish (with built-in router), a USB-C power cable, a kickstand, and a power supply designed for mains (wall socket) use. For portable 12V use in a vehicle, caravan, or off-grid setup, you will need a compatible DC power cable or converter to connect to your battery system, and a mounting solution if you want to secure the dish to your vehicle. A carry case or bag is also recommended for transport.
Some are and some are not — it depends on the product. The Starlink Mini and Gen 3 are different shapes and sizes, so mounts and protective cases are specific to each model. Power cables may also differ due to different voltage requirements and connector types. However, some accessories like the waterproof ethernet adapter and certain mounting hardware work with both. Each product page on the Outcamp store clearly states which Starlink model it is compatible with.
Yes — Outcamp ships to all Australian addresses. Most orders are dispatched within 1–2 business days from our Australian warehouse. Standard delivery typically takes 3–7 business days depending on your location, with express options available at checkout. Some larger or heavier items (such as Gen 3 roof mount kits) may be limited to domestic shipping only. Tracking is provided on all orders.
Specifications sourced from starlink.com. Specs may change — always check the official Starlink website for the latest information.
| Antenna | Electronic Phased Array |
| Dimensions | 298.5 x 259 x 38.5 mm (11.75 x 10.2 x 1.45 in) |
| Weight | 1.10 kg (2.43 lb) — 1.16 kg with Kickstand — 1.53 kg with Kickstand & 15m Cable |
| Field of View | 110° |
| Power Consumption | Average: 25–40W |
| Input Rating | 12–48V 60W Max |
| USB PD Requirement | 100W, 20V/5A Minimum (with USB-C to Barrel Jack Cable) |
| Wi-Fi | Wi-Fi 5 (802.11a/b/g/n/ac) — Dual Band 3x3 MU-MIMO |
| WiFi Coverage | Up to 112 m² (1,200 ft²) |
| Ethernet | One (1) Latching Ethernet LAN port with Starlink Plug |
| Max Devices | 128 |
| Environmental Rating | IP67 Type 4 (with DC Power Cable and Starlink Plug installed) |
| Operating Temp | -30°C to 50°C (-22°F to 122°F) |
| Wind Speed | Operational: 96 kph+ (60 mph+) |
| Snow Melt | Up to 25 mm/hour (1 in/hour) |
| Security | WPA2 |
| Mesh Compatible | Yes — compatible with all Starlink mesh systems (not 3rd party) |
Same dish as the Mini, bundled with the new Router Mini for extended WiFi 6 coverage and dual ethernet ports.
| Dish Specs | Same as Starlink Mini (see above) |
| Router Mini Wi-Fi | Wi-Fi 6 — Dual Band 2x2 MU-MIMO |
| Router Mini Coverage | Up to 204 m² (2,200 ft²) |
| Router Mini Ethernet | Two (2) x 1Gbps Ethernet (RJ-45) ports |
| Router Mini Weight | 0.12 kg (0.26 lb) |
| Router Mini Dimensions | 138 x 83.6 x 27 mm (5.4 x 3.3 x 1.0 in) |
| Router Mini Max Devices | 235 |
| Antenna | Electronic Phased Array |
| Dimensions | 594 x 383 x 39.7 mm (23.4 x 15.07 x 1.5 in) |
| Weight | 2.9 kg (6.4 lb) — 3.2 kg (7 lb) with Kickstand |
| Field of View | 110° |
| Power Consumption | Average: 75–100W |
| Wi-Fi | Wi-Fi 6 (802.11a/b/g/n/ac/ax) — Tri Band 4x4 MU-MIMO |
| WiFi Coverage | Up to 297 m² (3,200 ft²) |
| Ethernet | Two (2) Latching Ethernet LAN ports (removable cover) |
| Max Devices | 235 |
| Environmental Rating | IP67 Type 4 |
| Operating Temp | -30°C to 50°C (-22°F to 122°F) |
| Wind Speed | Operational: 96 kph+ (60 mph+) |
| Snow Melt | Up to 40 mm/hour (1.5 in/hour) |
| Security | WPA2 |
| Antenna | Electronic Phased Array |
| Dimensions | 609 x 396 x 40 mm (24 x 15.6 x 1.6 in) |
| Weight | 5.2 kg (11.5 lb) |
| Field of View | 140° |
| Power Consumption | Average: 75–100W |
| Environmental Rating | IP68 (unplugged), IP69K (plugged in) |
| Operating Temp | -40°C to 60°C (-40°F to 140°F) |
| Wind Speed | Survivable: 270 kph+ (170 mph+) |
| Snow Melt | Up to 85 mm/hour (3.5 in/hour) |
| Power Supply | Advanced Power Supply — AC and DC input, rack-mountable, PoE output, LAN port |
| Designed For | Remote areas, harsh environments, high-vibration, in-motion use — 10-year mission life |