In the weeks leading up to the start of Atlantic hurricane season, a certain silence descends over the NOAA Aircraft Operations Center in Lakeland, Florida. Checklists are examined. Tests are conducted on the equipment. And the planes—those characteristic orange and white Lockheed WP-3D Orions with names like “Miss Piggy” and “Kermit” stenciled next to the cockpit are pulled out for inspections that resemble rituals. These are not your typical aircraft. While everyone else is driving away from them, they are the ones who fly straight into storms. And now, those aircraft are receiving communications infrastructure commensurate with the difficulty of the task thanks to a $7.5 million multi-year contract obtained by SD Government, a division of Broomfield-based Gogo Inc.
A complete satellite communications package for the Hurricane Hunter fleet, including L-Band SATCOM, ground infrastructure, cybersecurity solutions routed through Gogo’s data center in Melbourne, Florida, and the company’s FlightDeck Freedom cockpit datalink software suite, was included in the deal, which was announced in early June 2026. When you’re flying through a Category 4 storm at low altitude and attempting to send real-time data to meteorologists who are currently determining whether to order a coastal evacuation, the system’s layering is crucial. At 30,000 feet inside a hurricane, a dropped signal is more than just an annoyance; it’s a cascading issue.
Since acquiring Satcom Direct, Gogo—better known in aviation circles for its in-flight Wi-Fi business—has been discreetly developing a government and military division under the SD Government brand. With that deal, the company gained a significant foothold in mission-critical connectivity, where latency isn’t about whether your movie buffers but rather about whether life-saving weather data gets to a National Hurricane Center analyst in time for action. It’s possible that a lot of people still primarily associate Gogo with expensive airline internet, which would make this contract seem unexpected. For a business that has spent years developing the infrastructure to manage the most challenging conditions that aviation can present, it is actually more of a logical conclusion.
The contract is about obtaining crucial information “from the storm’s eye to decision-makers,” according to Ben Massey, Senior Vice President of Government Sales at Gogo.That statement merits some thought. Instead of circling storms from a safe distance, these aircraft penetrate the eyewall, which is a band of thunderstorms that rotates violently around the calm center of a hurricane, sometimes several times in a single flight. The models that generate the storm track forecasts that the majority of Americans rely on use the pressure, wind speed, temperature, and humidity data they collect without ever considering how those figures were obtained. Background technology is not the communications link that keeps that data flowing. It’s the entire purpose of the flight.
As storms have become more unpredictable, there is a feeling that this contract also represents a larger trend for NOAA’s Hurricane Hunter program. The fleet has been in operation for many years, and “Kermit” and “Miss Piggy” have almost become institutional icons in the field of atmospheric science. However, the expectations for the data those aircraft generate have increased along with the demands placed on them. Even though they worked, older communications systems weren’t built to handle the volume and security demands of contemporary storm operations. This deal’s cybersecurity component is especially noteworthy because it wasn’t always necessary for a weather aircraft’s communications package to include it.
The larger portfolio of SD Government includes satellite constellations in GEO, MEO, and LEO orbits, catering to government and military customers who need what the company refers to as “agnostic” solutions—systems that function across various satellite networks without being dependent on a single supplier. That redundancy is probably important to the Hurricane Hunters. An entire data collection mission could be negatively impacted by a single satellite path failing during a crucial reconnaissance flight, so it’s not just a theoretical issue. This contract’s ground infrastructure component, which runs through Gogo’s data center in Melbourne, is likely built with precisely that kind of resilience in mind.
It’s difficult to ignore the fact that this agreement was made with the hurricane season of 2026 as a clear deadline for motivation. Because of the unpredictability of the Atlantic basin in recent years, meteorologists have been advocating for improved observational instruments. It is still unclear if $7.5 million will be sufficient to completely future-proof NOAA’s airborne communications capability. However, there is a sense that the boundaries between those two worlds are becoming more hazy in ways that could potentially help those who live in coastal communities and check their phones when a storm is three days away and the track models are still not entirely in agreement. This is because a commercial aviation connectivity company is entering government science operations.
