Sat Sep 14 03:47:28 UTC 2024: ## Astronauts to Vote from Space in Upcoming US Election

**Houston, TX -** Two American astronauts currently orbiting Earth aboard the International Space Station (ISS) have announced their plans to participate in the upcoming November election. Butch Wilmore and Sunita Williams, who have been stranded in space since early June due to technical issues with their spacecraft, will cast their votes from orbit.

“It’s a very important role that we play as citizens, including those elections,” said Wilmore during a call with reporters. “NASA makes it very easy for us to do that.” Williams echoed his sentiment, highlighting the unique opportunity: “It’s a very important duty that we have as citizens and looking forward to being able to vote from space, which is pretty cool.”

Facilitating this unique voting process is the Harris County, Texas election officials, where NASA’s Johnson Space Center is located. They provide astronauts with a secure PDF ballot with clickable options and password protection to ensure confidentiality. “A test ballot with a unique password is always sent first. Once they vote on their live ballot, it is returned, printed, and processed with other ballots,” explained Rosio Torres-Segura, a spokesperson for the county clerk.

This isn’t the first time astronauts have voted from space. Since 1997, when Texas legislation allowed astronauts to vote from orbit, it has become an established practice. David Wolf was the first American astronaut to vote from space aboard the Mir Space Station, followed by Kate Rubins who cast her vote from the ISS during the 2020 election.

Wilmore and Williams’ mission was initially planned to last about eight days, but complications with their spacecraft have extended their stay in space. They are scheduled to return to Earth aboard a SpaceX capsule in February.

As the November elections approach, Wilmore and Williams’ commitment to fulfilling their civic duties from space highlights the dedication of astronauts to their responsibilities, regardless of location.

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