10 SepStarlink Effectively Kills Roaming in Zimbabwe With Its New Passport Rule
If you run a Starlink kit on roaming, brace yourself. A number of users in Zimbabwean Starlink groups have shared screenshots of an email asking them to complete something called “Global Travel Registration” by a set date, one we have seen gave an October deadline, along with a warning that the process needs a valid photo ID and a live selfie taken from your computer. It is the latest tightening of a rope that has been closing slowly for two years, and it follows straight on from the 30-day roaming limit we wrote about a few weeks ago. Taken together, the two changes make it hard to read this as anything other than Starlink walking away from roaming as a viable way to get online in Zimbabwe.
What is Starlink’s Global Travel Registration?
Travel Registration is an identity check that now sits in front of any international use of Starlink, on every plan except Enterprise. You are asked for your full legal name, nationality, date of birth and passport number, a photo of that passport, and a live portrait taken on the spot, not an uploaded photo. The name on the document has to match the name on the account. Skip it, or miss the deadline in your particular email, and the service can simply be switched off while you are abroad, while the billing carries on regardless.
For most Zimbabweans on roaming, this is a strange ask, because the “travel” on the account is fictional. The kit’s paperwork says Haiti, or Argentina, or wherever the reseller happened to register it, but the person using it has never set foot there and has no passport bearing that country’s stamps to compare against a face they will never take a selfie in front of. It is not hard to see why Starlink has landed on this particular check. If your business model depends on knowing where a dish actually lives, an identity check tied to real travel is one of the few tools you have to catch the gap between paperwork and reality.
Liquid Home’s WibroniX lockdown lesson
None of this is unique to Starlink, and Zimbabwe has already lived through a smaller version of the same argument. Liquid Home’s WibroniX LTE used to let customers take their router anywhere within coverage, until the 2020 lockdowns changed the shape of demand overnight. Office workers who had been spread across town were suddenly all sitting at home, all day, hammering whichever base station happened to serve their suburb, while the base stations covering empty office parks and CBDs sat mostly idle. Speeds in the high-density suburbs fell as low as 200kbps. Liquid Home’s fix was to lock each customer’s service to their registered address, which let engineers plan capacity around known, fixed demand rather than a population that could shift itself onto any mast at will. It is a blunt tool, but it works, and by the company’s own account speeds on the locked network improved once it went in.
Econet’s SmartBiz congestion problem
Econet has since run into the same wall from a different angle. Its SmartBiz unlimited data plan was popular precisely because it had no cap, which is also exactly why it became unworkable. Users who once got a steady 5Mbps found themselves crawling along at under 1Mbps, occasionally as low as 100kbps, because the network had no way to tell a household checking email from an internet café running twenty machines flat out from opening to close. Econet eventually retired SmartBiz for SmartSuite, a set of fixed-wireless bundles that, tellingly, are geo-locked so that routers cannot be moved around to dodge local congestion. Dolphin Telecoms, reselling capacity over the same underlying network, reports the identical pattern on its own managed LTE: fine outside peak hours, badly congested from mid-morning to early afternoon when business use is heaviest.
The capacity-planning problem behind every geo-lock
The common thread is capacity planning. A network operator sizes a base station, or a satellite cell, around an assumption about how many people will use it and how hard. A normal household is not online for every hour of the day. Someone is at work, the children are at school, and even when everyone is home, browsing and streaming leave long gaps of idle capacity. An internet café, or a reseller quietly selling on a single unlimited connection to multiple paying customers, never has those gaps. Without some way of separating the two, the household ends up subsidising the café’s bandwidth while getting a worse service for it. Geo-locking, day limits and identity checks are all, in their different ways, attempts to stop that from happening.
Starlink’s 10Mbps throttle for heavy data users
Starlink’s residential and roaming plans are already built around a soft cap, a fixed pool of prioritised data that gets you full speed before the connection falls back to whatever bandwidth is left once everyone else on the cell has been served. Push far enough past that pool, and reports from heavy users describe speeds during peak hours dropping to around 10Mbps, still usable, but a long way from the speeds a Starlink kit is bought for. A number of users in Zimbabwean Starlink groups have shared screenshots showing they burned through 19TB or 27TB in a single month on what should be a residential account. It is worth doing the sums on that. Nineteen terabytes over thirty days works out to roughly 58Mbps sustained, non-stop, twenty-four hours a day, for the whole month. Twenty seven terabytes is closer to 83Mbps sustained around the clock. No household watches enough Netflix to hit those numbers by accident. That is a connection being resold, most likely as vouchers, to other people, all day, every day.
Starlink’s response has been to nudge anyone consuming at that scale towards a Priority plan instead of a residential one, which is a fair ask when you think about what a Priority plan actually is: the same shared satellite capacity, sold at a price that assumes constant, business-grade use rather than the gaps a normal household leaves in its usage. Someone paying Priority rates for genuinely heavy use is paying for the capacity they are consuming. Someone doing the same volume on a residential plan priced for occasional evening browsing is not, and everyone else sharing that satellite cell feels the difference.
Why do Zimbabweans still use Starlink roaming?
All of which raises the question of why roaming is still popular here at all, given how little it now buys you. For a long stretch, roaming was the only way to get Starlink working in Harare or Bulawayo, because the standard residential service in both cities was marked sold out. Roaming data on those foreign-registered kits is deprioritised too, so the deal was never brilliant even then, more a case of getting online at 30Mbps on a good afternoon and hoping for better speeds after dark, and just living with it. Some users stuck with roaming even after that changed because their Mini kits were not compatible with the newer Priority packages, though that particular restriction has since been lifted.
Since Business Priority packages became officially available in both cities, there is very little reason left to put up with a foreign-registered, deprioritised connection unless the kit genuinely needs to move, mounted on a bus or a delivery vehicle, say. For everyone else sitting still in Harare or Bulawayo, Priority is simply the better product, and Starlink’s pricing has been nudging people towards it rather firmly.
Starlink roaming vs Priority: which is cheaper in Zimbabwe?
Part of that nudge is the price of roaming itself, which has climbed to around US$100 a month, presumably because Starlink knows a customer in Argentina paying for roaming there is a rare enough case that the price rise barely registers globally, while it lands squarely on the Zimbabweans who have been using foreign-registered kits as a workaround all along. At face value, that puts roaming within about five dollars of a 1TB Business Priority package, which we found runs around US$100 a month before charges. In practice, the gap narrows to nothing once you account for how the money moves. Anything paid straight to Starlink from Zimbabwe, whether it is roaming or Priority, goes through a foreign card transaction that now attracts Zimbabwe’s 15% digital services withholding tax, on top of the higher fees banks have started charging on international card payments. We covered that tax in detail here, and it does not care which Starlink plan the payment is for. Where Priority tends to come out ahead is that it can be bought through a local reseller such as TelOne or Aura, whose invoice is a domestic transaction with the tax already folded into their price. Roaming kits, registered abroad by design, rarely have that option.
The bottom line
None of these changes are particularly loveable, and Starlink has not exactly gone out of its way to explain them. But the WibroniX and SmartBiz stories both suggest the company is not just being difficult for its own sake. Shared capacity built around normal household habits breaks quickly once a meaningful slice of users are online constantly, whether that is because lockdown pinned everyone to one suburb or because someone is quietly reselling their connection by the voucher. Geo-locking, day limits, identity checks and heavy-user throttling are four different ways of solving the same problem: too many people want a limited resource, and somebody has to decide who gets priority. For roaming users in Zimbabwe, the practical upshot is unchanged from what we said a few weeks ago. If your kit does not genuinely need to move, a locally registered Priority plan now costs about the same as roaming and comes without a monthly countdown to manage.
