Testing Starlink Mini
Connectivity in the cockpit has historically been a choice between two compromises: the laggy, low-resolution data of ADS-B weather or the astronomical costs of Iridium-based systems. Last weekend, I finally took the Starlink Mini up to see if it actually lives up to the hype for General Aviation.
The results were impressive, but the timing was interesting. Less than 72 hours after I landed, Starlink effectively abolished affordable cockpit internet, capping the roaming plan at a max travel speed of 100mph, a speed much slower than most general aviation aircraft ever cruise.
If you’re flying anything faster than a Cub with a headwind, your connection is now designed to drop the moment you level off in cruise.
A Starlink mini dish propped up on the panel of a Piper Arrow.
The New Aviation Tiers
Starlink became wise to the fact that pilots and aircraft operators were using the service to obtain high-speed internet during flights. Although they have long been aware of this, the question must have crossed their mind: Why not upcharge for use of the service in aviation when everything else in aviation costs more too?
To replace the standard mobile plans, Starlink has introduced two new tiers specifically for aviation use. For the average Cessna or Piper owner, the price jump is aggressive.
The 300 MPH Aviation Plan
For context, many pilots were operating last week on a $50/month Roam plan that included 100 GB of data. The most affordable of the new aviation plans now supports speeds of up to 300 MPH (approximately 260 knots) and is as follows:
With the new plan, the base monthly subscription has jumped from $50 per month to $250 per month.
The plan’s data has been slashed from 100 GB per month down to only 20 GB per month, with optional overages of an extra $10 per GB.
Coverage areas include land, territorial waters, and within 12 nautical miles of the coast.
The 450 MPH Aviation Plan
The most capable of the new aviation plans now supports speeds of up to 450 MPH (approximately 391 knots).
With the 450 MPH plan, operators will pay a base subscription of $1,000 per month for the same 20 GB of data and optional overage data billed at $50 per GB.
On this upgraded plan, all coverage areas of the 300 MPH plan apply but with the addition of oceanic coverage as well.
This plan is clearly aimed at turboprop or jet fleets with the increased speeds, but the price difference between $50 and $1,000 is eye-watering at first glance.
Both the 300 and 450 MPH plans are expected to see download speeds of 135-450 Mbps, upload speeds of 20-44 Mbps, and latency under 99ms. In our own testing on the normal roam plan prior to these changes, it appeared suitable for video calls, online real-time weather briefings, and accessing everything else requiring internet access without any issues, aside from the connection very rarely dropping before quickly re-establishing moments later.
Is it still worth it?
Here’s the thing, as nice as it is for passengers, and as much as we joke about being able to stream movies now, or scroll Instagram on cross countries, the real use of high-speed in-flight internet comes down to the enhanced safety of having extremely high resolution, detailed, and up-to-date weather data instead of having to rely on potentially outdated ADS-B data. Additional uses could be checking maps for restaurants near your landing airport, finding out what time the FBO closes (even though you should have checked that before takeoff in the first place), or messaging arrival time updates to the colleague you’re meeting at the airport. The possibilities are truly endless with what you could use real internet for when flying.
There’s no question that having internet on board is a smart move both from a safety and convenience standpoint, but such a significant price increase makes it a hard bargain for the average weekend warrior. The minimum cost of $3,000 per year, not including purchasing the dish or the battery to power it, will inevitably cause hesitation and slow adoption in the general aviation community. There are also risks involved, as Starlink has historically changed subscription plan details, maximum supported travel speeds, and prices on short notice and without regard for early users. There’s no telling if these new aviation plans will remain the same cost, increase further, or disappear altogether in the blink of an eye.
The FlightApex Take
Running a Starlink Mini as part of your operation will add significant value to your operation in the form of added safety, convenience, and confident in the available data that you have while flying. Although the $250-$1000 aviation tax has rightfully upset many in the community as well as those who have already purchased the hardware, if it is the difference between seeing new storm developments 15 minutes earlier, and thus 38 nautical miles sooner, then it may still be easily justifiable. That said, if your primary mission is $100 hamburgers on calm sunny days within eyeshot of your home airport, the $3,000 simply won’t make sense for most people. What are your thoughts on this rebuild of the Starlink subscription model? Let us know in our Instagram or Facebook comments, or shoot us an email if you have more direct feedback to offer!
A Final Note
FlightApex is a digital resource for the modern aviator. We cut through the noise to deliver high-signal technical analysis, regulatory deep-dives, and proficiency-driven insights for pilots, owners, and maintainers. Whether you’re navigating a complex mechanical failure or a tricky FAA interpretation, our mission is to help you stay ahead of the airplane.
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