SpaceX Launches EchoStar 25, First New Dish TV Satellite in 16 Years

The Florida coast lit up just after midnight March 10 as a veteran Falcon 9 rocket climbed into a clear, dark sky, carrying what sounded like a throwback payload: a 15,000-pound television satellite.

Thirty-five minutes after liftoff from Space Launch Complex 40 at Cape Canaveral Space Force Station, the SpaceX rocket released EchoStar 25, also known as EchoStar XXV, into a geostationary transfer orbit. The spacecraft is bound for an orbital slot about 22,000 miles above the equator, where it will beam television channels to Dish Network customers across North America.

For SpaceX, it was the company’s 30th orbital launch of 2026, and one of the few this year not dedicated to its own Starlink broadband constellation. For Dish Network and its parent, EchoStar Corp., it was something rarer still: the first new broadcast television satellite the company has launched in 16 years, at a time when streaming services and cord-cutting have eroded the traditional pay-TV business the satellite is designed to support.

A new satellite for an old business — in a changed market

The launch highlights a tension at the heart of EchoStar’s strategy. Even as the Colorado-based company sells off tens of billions of dollars in wireless spectrum and faces heavy regulatory and financial pressure, it is investing in another 15-plus years of broadcasting television from geostationary orbit.

EchoStar 25 was built by Lanteris Space Systems, the satellite manufacturer formerly known as Maxar Space Systems and before that Space Systems/Loral. Based on the company’s 1300-series geostationary platform, the spacecraft weighs about 6,800 kilograms at launch and is designed to operate for more than 15 years.

Once it completes several weeks of orbit-raising and checkout, the satellite will take up station at 110 degrees west longitude, one of Dish Network’s primary orbital slots. From there, high-power Ku-band transmitters will send programming to small satellite dishes mounted on homes and businesses throughout the continental United States and other parts of North America.

Lanteris and EchoStar say the new satellite uses multiple independently steerable beams, allowing engineers to concentrate capacity over regions where demand is highest rather than illuminating the entire continent evenly. The additional capacity is expected to support more high-definition and ultra-high-definition channels, as well as added redundancy for an aging fleet.

Reuse, recovery — and a cleaner finish for the upper stage

The Falcon 9 first stage that boosted EchoStar 25 toward orbit, identified by SpaceX as booster B1085, was making its 14th flight. According to the company’s mission commentary, it had previously launched a NASA crewed mission, commercial payloads and several Starlink batches. About nine minutes after liftoff, the booster returned to Earth, touching down on the droneship A Shortfall of Gravitas in the Atlantic Ocean.

Spaceflight analysts tracking the mission said the upper stage performed an additional burn to drop itself out of its high-energy transfer orbit, leading to a controlled reentry on its first pass around Earth. Commercial geostationary missions have historically left spent upper stages in long-lasting orbits, and the apparent decision to deorbit the stage drew praise from space-debris advocates who have urged operators to adopt more aggressive disposal practices.

While the technical details reflect how routine—and increasingly sustainable—these missions have become for SpaceX, the EchoStar payload underscores a more fragile business back on the ground.

EchoStar’s long arc: from satellite TV pioneer to spectrum seller

Dish Network, originally founded as EchoStar Communications, helped pioneer U.S. direct-broadcast satellite television in the 1990s. The company spun off its satellite infrastructure business as EchoStar in 2007, then recombined the two in 2023 in an all-stock deal that reunited satellite TV, broadband and wireless spectrum holdings under a single corporate umbrella.

During that period, the market around them changed dramatically. Dish and other pay-TV providers have lost millions of subscribers as viewers shifted to streaming platforms. Industry trade publications reported that Dish’s satellite TV business shed hundreds of thousands of subscribers in 2025 alone.

Despite the losses, company founder and chairman Charlie Ergen has repeatedly argued that satellite television retains a durable niche, especially outside major cities.

“We don’t think that the [direct broadcast satellite] business is going away,” Ergen said in a 2023 interview cited by industry press. “It’s still the preferred choice for a lot of Americans in terms of an efficient way to watch TV.”

EchoStar’s own regulatory filings describe EchoStar 25 as a direct-broadcast satellite capable of serving the continental United States and say it is part of a continuing program that also includes EchoStar 26, another broadcast spacecraft planned for launch later this decade.

The new satellite will help replace and augment a fleet whose last addition for Dish’s core broadcast business, EchoStar XV, reached orbit in 2010. The 16-year gap between broadcast satellite launches mirrors the rise of Netflix, Hulu and other streaming services that have reshaped how television is delivered and sold.

A financial pivot, and SpaceX’s dual role

The timing of EchoStar 25’s launch also coincides with a financial and regulatory reckoning for the company. EchoStar spent years amassing licenses for wireless spectrum and pledged to build out a national 5G network that could compete with established carriers. By 2024, however, the company had missed interest payments totaling more than $500 million, and the Federal Communications Commission pressed for answers on whether required network deployment milestones were being met.

In late 2025 and early 2026, EchoStar announced a pair of transactions that will largely unwind its ambitions as a fourth national wireless carrier while bringing in substantial cash.

In one deal, AT&T agreed to pay roughly $23 billion to acquire a portfolio of EchoStar’s spectrum licenses. In a separate agreement, SpaceX said it would buy EchoStar’s AWS-4 and H-block spectrum licenses in a transaction valued at about $17 billion. That arrangement calls for up to $8.5 billion in cash and up to $8.5 billion in SpaceX stock, along with approximately $2 billion in cash interest payments on EchoStar debt through November 2027.

EchoStar has told investors it plans to use the proceeds primarily to pay down debt and stabilize its balance sheet, while continuing to operate Dish Network, its Sling TV streaming service and its Hughes Network Systems satellite broadband business.

The dual role of SpaceX in EchoStar’s pivot—as both buyer of key spectrum assets and launch provider for its satellites—illustrates how tightly intertwined the satellite and terrestrial connectivity markets have become.

Why geostationary TV still matters

From an engineering and economic standpoint, the EchoStar 25 mission also highlights the different roles played by geostationary satellites, low-Earth-orbit constellations and ground-based networks.

A single geostationary satellite can blanket a continent with broadcast signals from a fixed point in the sky, making it highly efficient for sending the same content to millions of receivers. The trade-off is high latency and limited ability to tailor connections individually.

Low-Earth-orbit systems such as SpaceX’s Starlink operate a few hundred miles above Earth and move quickly across the sky. They require hundreds or thousands of satellites to provide continuous coverage but can deliver low-latency, two-way broadband better suited to internet access and mobile applications.

Terrestrial 5G networks, meanwhile, offer very high capacity in dense areas but are costly to extend across sparsely populated regions.

Analysts say the future of connectivity is likely to be a mix of all three. For households in rural parts of the Mountain West, Great Plains and tribal lands where fiber and cable remain scarce, a satellite dish may still be the most reliable way to receive television, and in some cases internet backhaul. For those same areas, LEO satellites and fixed wireless may gradually fill in broadband gaps.

An overlap between eras

As EchoStar 25 begins its long climb to geostationary orbit, it carries with it a set of open questions.

The company is committing capital to infrastructure designed to last into the 2040s while shrinking its terrestrial wireless footprint and depending more heavily on traditional satellite TV and broadband revenue. AT&T and SpaceX will control a larger share of the nation’s spectrum, even as regulators weigh how best to foster competition and ensure spectrum is put to productive use.

For now, the hardware is the most tangible sign of those choices. Far above the equator, EchoStar 25 will soon join a crowded ring of geostationary spacecraft, quietly relaying television channels to millions of viewers who may never know its name. Below, the same launch provider that delivered it to space will continue lofting fleets of Starlink satellites and preparing to use newly acquired frequencies for direct-to-cell services.

The contrast captures a moment of overlap between eras. The same rocket that powers a broadband megaconstellation has just extended the life of a business model many assumed would fade away. Whether EchoStar 25 proves to be the start of a renewed chapter for satellite television or the last of its kind, its journey to orbit shows that old and new architectures—and the companies behind them—are likely to coexist for years to come.