Gilat’s $43M Antenna Deal Signals a New Orbit for In-Flight Connectivity

PETACH TIKVA, Israel – June 29, 2026 – Gilat Satellite Networks has announced another significant order, this time for $43 million of its advanced Sidewinder electronically steered antenna (ESA) terminals. While on the surface this is a straightforward, albeit substantial, commercial win, the transaction telegraphs a much deeper story about the future of how we connect from 35,000 feet. This deal, placed by an unnamed but “leading” in-flight connectivity (IFC) service provider, is a powerful validation of the industry’s accelerating pivot towards complex, multi-orbit satellite architectures as the new standard for aviation.

For years, the promise of reliable in-flight Wi-Fi has been a frustrating mix of slow speeds and spotty coverage. This latest move by a major industry player to double down on Gilat’s technology underscores a fundamental shift: airlines and their service partners are no longer just checking a box for connectivity; they are investing heavily in the high-performance infrastructure required to meet passenger expectations shaped by terrestrial broadband and 5G.

The Sidewinder's Strategic Ascent

The technology at the heart of this deal is Gilat’s Sidewinder ESA, developed by its U.S. subsidiary, Gilat Stellar Blu. Unlike traditional mechanically steered antennas with their bulky, drag-inducing radomes, the Sidewinder is a low-profile, radome-less flat panel. Its electronic beam steering contains no moving parts, increasing reliability and dramatically reducing maintenance—a critical factor for airline operational efficiency. More importantly, it is designed from the ground up to communicate with satellites in multiple orbits simultaneously.

While Gilat remains tight-lipped about the specific customer, the order fits a well-established pattern of adoption. Industry giants like SES, Panasonic Avionics, and Intelsat are all major partners, actively integrating the Sidewinder into their IFC solutions for a growing list of top-tier airlines, including American Airlines, Air Canada, and Japan Airlines. This $43 million commitment, with deliveries slated for both new aircraft line-fits and existing fleet retrofits, isn't an isolated bet. It’s an expansion of existing relationships and a clear indicator that the technology has proven its mettle in the demanding environment of commercial aviation.

Further cementing its strategic position, Gilat recently achieved a milestone with Boeing to offer the Sidewinder as a future line-fit solution. This move streamlines the installation process for airlines purchasing new aircraft, effectively embedding Gilat's technology into the future of the global commercial fleet and accelerating market adoption.

The Multi-Orbit Imperative

This deal is less about a single antenna and more about the network architecture it enables. The future of IFC lies in multi-orbit constellations, which blend the advantages of different satellite types. Traditional Geostationary (GEO) satellites provide vast, stable coverage but suffer from high latency due to their distance from Earth. In contrast, massive new Low Earth Orbit (LEO) constellations, like those operated by Eutelsat OneWeb and SpaceX's Starlink, offer fiber-like speeds and low latency, but require antennas that can rapidly switch between dozens of fast-moving satellites.

The Sidewinder was built for this hybrid environment. It can maintain a link to a GEO satellite for broad coverage while simultaneously tracking and switching between LEO satellites to provide high-capacity, low-latency service for data-intensive applications like video streaming and cloud-based work. As Mike Pigott, President of Gilat Stellar Blu, stated, “These significant orders reflect the continued evolution of IFC networks toward high-performance, scalable, multi-orbit architectures.” He added that the Sidewinder enables service providers to “deliver reliable, high-quality connectivity across diverse routes and increasingly complex network requirements.” This capability is the holy grail for IFC providers, allowing them to offer a resilient, high-quality passenger experience anywhere in the world.

A Calculated Bet on Next-Gen Dominance

For Gilat, this $43 million order is another brick in a rapidly growing financial foundation built on next-generation technology. The company’s strategic acquisition of Stellar Blu is clearly paying dividends, positioning it at the forefront of the lucrative IFC market. Analyst sentiment has been buoyed by the company’s performance, with reports from late 2025 indicating that Gilat’s ESA backlog was expected to more than double within months, driven by intense demand for the Sidewinder.

This momentum is supported by a strong balance sheet, with the company holding more cash than debt, giving it the stability to scale production to meet these large-scale orders. The deal validates Gilat’s long-term strategy of investing in deep technology to solve complex connectivity challenges. By providing the critical link between aircraft and the new space-based internet, Gilat is not merely selling hardware; it is selling access to the future of aviation communications.

Navigating a Competitive Airspace

Gilat’s success does not exist in a vacuum. The IFC antenna market is fiercely competitive, with formidable players vying for a piece of the sky. SpaceX’s Starlink Aviation has made waves by offering a vertically integrated solution, leveraging its own massive LEO constellation to deliver impressive speeds for airlines like Hawaiian and Qatar Airways. Meanwhile, established antenna makers like ThinKom Solutions continue to hold significant market share with their own proven high-throughput technologies.

However, Gilat's strategic advantage lies in its open-architecture, multi-orbit approach. While a vertically integrated player like Starlink locks airlines into a single network, Gilat’s Sidewinder provides IFC integrators like Panasonic and Intelsat with the flexibility to build best-in-class services using capacity from multiple satellite operators, including both GEO and LEO providers. This allows them to optimize for cost, performance, and redundancy—a compelling value proposition for risk-averse airlines. This latest order demonstrates that for many key players in the industry, the flexibility to navigate a multi-constellation world is the winning strategy.