In-flight internet provider Gogo says it plans to deploy in-flight 5G in 2021 that will service smaller aircraft on routes in the contiguous US and Canada
In-flight internet provider Gogo plans to deploy an air-to-ground 5G network for aviation, the company said today …
Context & Ripple Effects
This 2019 announcement sits at the start of a rocky arc for Gogo's connectivity ambitions. Its 2Ku satellite service had been the flagship product, but American Airlines' move to ViaSat broke Gogo's exclusivity on major carriers, and by mid-2020 the company was openly shopping its commercial in-flight internet business amid COVID-19's collapse in air traffic.
The 5G air-to-ground network was pitched as the pivot: cheaper ground-based infrastructure aimed at smaller aircraft on domestic US and Canada routes, a segment satellite rivals were less focused on. Subsequent coverage shows the plan slipping — Gogo later pushed the 5G rollout back a year to 2022 citing the global chip shortage.
First-order effects
- Operators of smaller aircraft flying contiguous-US and Canada routes gain a new connectivity option built on terrestrial towers rather than satellite capacity, directly expanding Gogo's addressable fleet beyond the mainline jets where it lost exclusivity.
- Gogo's own roadmap shifts: the company commits capital to a ground-network buildout even while separately exploring a sale of its commercial in-flight business, splitting its strategy between infrastructure and divestiture.
Second-order effects
- Satellite-based competitors like ViaSat face a cost-focused challenger in the regional and smaller-aircraft segment, pressuring pricing in a market where Wi-Fi fees had already climbed with demand.
- The chip shortage that delayed Gogo's rollout constrains every vendor racing to field 5G-era avionics, compressing launch windows across the in-flight connectivity sector at once.
Third-order effects
- As terrestrial 5G networks go live near airports, spectrum interference becomes a structural issue for aviation — foreshadowing the FAA flight-limit preparations airlines later made around 46 large US metro areas when carrier 5G launched.
- If the pattern holds, in-flight connectivity splits structurally by aircraft size: satellite systems for long-haul and mainline fleets, air-to-ground 5G for regional and smaller aircraft, with vendors specializing accordingly.
The trend: In-flight connectivity is bifurcating between satellite systems for large long-haul fleets and terrestrial air-to-ground 5G for smaller domestic aircraft, with chip supply and spectrum regulation setting the pace.