DISH Agrees to First FCC Enforcement Action Over Space Debris

DISH did not adhere to its plan for disposing of a satellite, the commission said.

DISH Agrees to First FCC Enforcement Action Over Space Debris
Photo of Loyaan Egal, head of the FCC's Enforcement Bureau.

WASHINGTON, October 3, 2023 – DISH Network has agreed Monday to settle with the Federal Communications Commission over the carrier’s failing to properly dispose of a satellite.

As part of the settlement – the first space debris enforcement action from the commission – DISH agreed to pay a $150,000 fine and adhere to a compliance plan.

When the company’s EchoStar-7 satellite reached the end of its life, the order read, DISH moved it 122 kilometers above its normal position into a disposal orbit – an orbit designated for old and unused equipment that sits far away from currently operating satellites and communication equipment.

But DISH had agreed as part of its operating license to put the satellite almost 180 km further into space by May 2022.

The company was unable to fully move the satellite because it ran out of fuel in February of that year. But the failure to comply with its FCC license still constituted a violation of the Communications Act of 1934, the agency said in a statement, and the dead satellite “could pose orbital debris concerns.”

The first-of-its-kind fine comes as the FCC is looking to expand its regulatory presence in space and crack down on debris orbiting the planet. The commission established its Space Bureau this year and adopted a rule in September 2022 shortening the window for companies to dispose of satellites after they complete their missions.

The commission also voted in September 2023 to streamline satellite application processing.

“As satellite operations become more prevalent and the space economy accelerates, we must be certain that operators comply with their commitments,” FCC Enforcement Bureau chief  Loyaan Egal said.

FCC Chairwoman Jessica Rosenworcel said in September the commission is working on new regulatory frameworks to support satellite-to-smartphone communications.

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