Short answer: in Perth metro you’ll usually see 150-200 Mbps down and 20-30 Mbps up, with latency around 25-40 ms. Out in the regions, from Cloverdale fringe suburbs through to Karratha, Broome, Esperance, Kalgoorlie, Exmouth and Kununurra, most renters get 100-200 Mbps down, 10-20 Mbps up, and 30-50 ms latency. That’s faster than every other satellite option in WA, and usually faster than mobile broadband once you leave a tower’s main coverage cone.
Here’s what actually drives those numbers, what slows them down, and what to expect when you set a dish up at home or on the road.
What Perth users are seeing
According to recent ACCC Measuring Broadband Australia data, Starlink in Perth metro averages around 192 Mbps download across all hours, and roughly 165 Mbps during the 7-11pm peak [2]. Upload sits around 28 Mbps off-peak and 27 Mbps in peak. Latency stays in the 25-40 ms range, low enough for video calls, Teams, Zoom, and most online games without obvious lag.
For comparison, that puts Starlink ahead of fixed wireless NBN in plenty of Perth suburbs and within striking distance of mid-tier FTTC plans. If you’re in a metro pocket where the NBN tops out at 50 Mbps, Starlink will feel like an upgrade.
What remote WA actually gets
Once you’re outside the metro grid, the picture shifts but it’s still strong. In the regions, Starlink Standard typically delivers 50-200 Mbps down and 10-25 Mbps up [3]. Priority plans push the ceiling up to 220 Mbps with a guaranteed slice of bandwidth.
Latency in remote WA sits in the 30-60 ms range, comparable to a good 4G connection [4]. ACCC testing shows Starlink consistently beats Sky Muster and other geostationary satellite services, with rural users often clocking over 100 Mbps [2].
Practical examples of what that means:
- Karratha or Port Hedland mining camp: 120-180 Mbps, smooth Teams calls, no buffering on streaming.
- Esperance or Margaret River rural block: 100-150 Mbps, comfortable for two or three people working from home.
- Broome or Kununurra remote stay: 80-150 Mbps, enough for live uploads and video calls in the same household.
- Vehicle setup deep in the Kimberley: speeds drop a bit, often 50-120 Mbps, but still functional.
What slows Starlink down
Three things move the needle:
- Heavy rain: a proper Pilbara downpour or Margaret River winter front can knock speeds back temporarily. Usually recovers within minutes of the rain clearing.
- Obstructions: trees, sheds, hills, and tall buildings block the dish’s view of the sky. Even a single overhanging branch will cut throughput [5].
- Peak hour congestion: between 7pm and 11pm, when everyone in the cell is streaming, you’ll usually see speeds drop 15-25% from off-peak.
Use the Starlink app’s obstruction tool before you commit to a mounting spot. It scans the sky and tells you exactly where signal is being blocked.
Buying vs renting in WA
The hardware sits at around $549 for the Standard kit and $599 for the Starlink Mini, plus shipping [2]. Monthly plans start at $139 for Residential with unlimited data. Roam, Business, and Priority plans cost more.
If you only need it for a trip, a remote work stint, or a one-off project, renting makes more sense than buying. Our Offgrid Internet rental options:
- Standard Plan: $15/day (or $10/day on longer hires), 12.5 GB/week
- Unlimited Plan: $25/day (or $20/day on longer hires), no cap
- $300 bond, 10% deposit at booking
The Standard suits a couple checking emails, doing the odd video call, and streaming a film or two. The Unlimited suits remote work, big downloads, multiple devices, or anyone running a hotspot off the dish for an entire camp.
Setup tips that actually matter
For homes and rural properties:
- Pick a spot with a wide sky view. The dish wants 100 degrees of clear sky pointing roughly north. Use the Starlink app to scan before you mount [9].
- Mount it solid. WA winds, especially north of Geraldton in the cyclone belt, will rip a poorly mounted dish off a roof. Use the proper roof or pole mount, not the temporary tripod, for permanent installs [10].
- Sort the power. The Standard kit pulls 50-75 W continuous. For off-grid setups you want at least 300 W of solar with a decent battery, or run it off vehicle 12/24V with the right adapter.
For vehicle setups:
- The Starlink Mini is smaller, lighter, and runs off 12V directly. It tops out lower than the Standard but it’s the right pick for a touring rig.
- Stow it when you’re driving. Don’t leave it deployed.
- Keep the cable run short and out of foot traffic.
What’s changing in WA
A few things worth knowing:
Telstra and Starlink are rolling out Satellite-to-Mobile (StM) text messaging, with voice and data coming later [12][14]. Existing LTE phones will get coverage from Starlink satellites in spots where there’s no tower. Game-changer for anyone driving the Eyre Highway or the Gibb River Road.
WA Police has put $8.5 million into Starlink, connecting 550 vehicles and 129 regional stations [11]. It’s a serious vote of confidence in the technology for remote operations.
Coverage keeps expanding. Starlink runs around 20 ground stations across Australia [2] and over 2,000 satellites in orbit [1]. More birds means better speeds and better peak-hour performance.
There are still limits. Around 200,000 Australians are on Starlink now [13], and as more people in WA sign on, cell congestion in busy regional pockets does become a real issue. ACCC benchmarking still shows Starlink is around four times faster and has 22 times lower latency than older satellite services [12], so even degraded Starlink beats the alternatives.
Bottom line
If you’re in Perth and the NBN is letting you down, Starlink is a legitimate alternative at 150-200 Mbps. If you’re anywhere else in WA, from a Cloverdale rental fringe to a station in the Kimberley, it’s the most reliable internet option you can get.
For trips, short-term work, and “I just need it for a fortnight” situations, renting through us is the cheaper move. Check our coverage and plans or get in touch and we’ll match a dish to what you actually need.
“Starlink is fantastic in that it’s really fast compared with the services that are available now including 4G, or mobile coverage and Sky Muster.” Daniel Featherstone, RMIT University Researcher [15]