How Does Starlink Actually Work?
Picture the old kind of satellite internet as shouting to someone standing on a hilltop 35,000 kilometres away and waiting for the echo. That's roughly what a traditional geostationary satellite connection is like, a single satellite parked far out in space, giving you internet but with a round trip delay so long that video calls and online tools feel sluggish and laggy.
Starlink's satellites orbit at around 550 kilometres up instead, a fraction of that distance. That's low Earth orbit (LEO), and it's the entire reason Starlink feels like normal broadband rather than old-school satellite internet. The trade-off is that a single satellite only stays overhead for a few minutes before disappearing over the horizon, so instead of one satellite, Starlink runs a constellation of thousands, arranged so there's always at least one somewhere overhead.
The dish at your end, officially the user terminal but universally nicknamed Dishy, is a phased-array antenna. There are no motors swinging it around to track satellites. Instead, it electronically steers its beam, switching which satellite it's talking to every 15 to 30 seconds as one moves out of range and another comes into view. Your data travels from the dish up to a satellite, sometimes hopping between satellites using laser links before reaching one connected to a ground station, then down into the ordinary internet backbone.
None of this requires you to understand orbital mechanics to use it. But it does explain why a clear view of the sky matters so much, and why the system keeps working as satellites hand off overhead without you ever noticing.
Why This Matters More in NZ Than Almost Anywhere Else
Why does a piece of American aerospace technology matter so much to a farmer in the Waikato or a charter skipper working the Bay of Plenty coast? Because New Zealand has more rural blackspots per capita than almost anywhere else that can afford decent internet, and Starlink has quietly become the default fix.
Commerce Commission figures reported through 2026 show Starlink growing from around 58,000 to 85,000 connections in the space of a year, overtaking traditional fixed wireless providers to become the largest rural internet provider in the country. A Federated Farmers survey found satellite internet use on farms climbing past a third of respondents, while older fixed wireless connections declined. That's not a niche gadget adoption curve. That's a genuine shift in how rural and marine New Zealand gets online.
It hasn't been without debate. An independent report prepared for the Commerce Commission flagged a real risk of Starlink becoming the dominant, effectively unchallenged, supplier in rural areas, and at least one Bay of Plenty wireless internet provider has gone into liquidation as customers moved across. That's worth knowing as context, not as a reason to avoid Starlink, but because it's genuinely reshaping the connectivity options available to rural and coastal businesses.
Hearing the Debate First-Hand
This is exactly the kind of shift worth hearing discussed properly, not just read about.
What You Actually Get: Speed, Latency and Real Conditions
What's the number that actually matters here, the download speed everyone talks about, or something else entirely? Honestly, it's latency. Speed gets the headlines, but low delay is what makes a video call feel normal instead of stilted, and what separates Starlink from the older satellite internet that gave the whole category a bad name.
Realistic expectations for New Zealand users sit around 50 to 150 Mbps download and 10 to 20 Mbps upload, with latency in the 20 to 40 millisecond range. Compare that with older geostationary satellite services, which routinely sit above 600 milliseconds, and the difference isn't subtle. A New Zealand boating publication that tested Starlink extensively around the Hauraki Gulf reported speeds in the 200 to 400 Mbps range at various points along a coastal cruise, alongside reliable coverage out to roughly 40 nautical miles from shore, a genuinely useful real-world data point for anyone weighing it up for a vessel.
Here's the blunt part. Upload-heavy work, large file transfers, constant CCTV backhaul, multiple simultaneous video calls, is where Starlink shows its limits compared with fibre. Heavy rain and dense cloud can cause brief interruptions. And the single biggest performance killer we see in the field isn't the satellite network at all, it's obstructions: a tree that's grown since installation, a shed roofline, a boat's own rigging blocking part of the sky.
Fixed or Portable: Which Kit Do You Actually Need?
Do you need the kit that stays bolted to a roof, or the one that moves with you? That's really the only decision that matters when picking Starlink hardware, and it comes down entirely to whether your connection needs to stay in one place or travel with a vehicle or vessel.
We supply and install Starlink through Pivotel, covering both configurations. The fixed Starlink kit suits a farmhouse, a workshop, a packhouse, or a permanent site office where the dish sits in one spot with a clear, stable view of the sky. The portable Starlink kit is built for anything that moves or relocates, a temporary construction site, a fishing vessel, a mobile field team shifting between jobs.
Pricing depends on the plan and configuration you need, so we won't guess a number here, get in touch and we'll quote it properly for your situation. What we will say plainly is that a standard mount that comes in the box is rarely good enough for a genuine commercial install. Vehicles need vibration-rated mounts, vessels need marine-grade corrosion-resistant hardware, and both need cabling that's routed and weatherproofed properly, not left to flap around in a Bay of Plenty southerly.
You can browse the full Starlink range on our site to see both options side by side.
Do You Need an RSM Licence for Starlink?
Given how much of our work involves RSM licensing for two-way radios, this is the question we get asked constantly, and the answer surprises people. For a standard fixed or vehicle-mounted Starlink terminal in New Zealand, no, you don't need a radio spectrum licence from Radio Spectrum Management. The hardware is pre-approved for use here straight out of the box.
Maritime use carries one genuine wrinkle. Depending on the class of a commercial vessel and what other communications equipment is already aboard, such as an existing VHF marine radio setup, there can be separate licensing rules to navigate. It's not usually a barrier, but it's worth checking properly rather than assuming, particularly if Starlink is being integrated alongside existing marine radio or safety equipment.
Where Starlink is being connected into an existing radio network, repeater system, or lone worker safety setup, that integration is worth planning properly too, since it touches equipment that is separately licensed.
Is Starlink Right for Your Business?
Still weighing it up? Here's the honest breakdown.
Starlink is a strong fit if:
- You're on a farm, forestry block, or rural site with no realistic fibre or decent fixed wireless option.
- You run a vessel that needs weather data, crew welfare internet, or navigation support beyond normal cellular range.
- You need a temporary or fast-turnaround connection for a construction site office or short-term project.
- You want a genuinely solid backup connection behind an existing fibre line, in case it ever gets cut.
Think it through further if:
- Your business relies on constant, heavy upload traffic, large file transfers, or continuous CCTV backhaul all day.
- You already have solid fibre at your site and don't have a genuine resilience or mobility need.
- Your site has genuinely poor sky visibility that no mounting position can realistically fix.
If you're somewhere in the middle, that's exactly the kind of call worth making with someone who's actually installed this gear in the conditions you're working in.
Getting Starlink Set Up Properly
Starlink is genuinely good technology. It's also not magic, and a poor install will make even the best satellite network feel unreliable. The dish needs a clear sky, a stable mount built for the environment it's actually in, and cabling that respects New Zealand weather rather than fighting it.
Mobile Systems Limited has been supplying and installing communications equipment from Mount Maunganui for over 25 years, and we handle both fixed and portable Starlink kits as part of that wider mix, alongside two-way radio, PoC, GPS tracking and cellular boosters. Equipment is supplied and supported nationwide, with our own technicians handling on-site installation across the Bay of Plenty, Coromandel, Rotorua, Taupō, South Waikato, the Volcanic Plateau and Eastern Waikato.
