Trump’s Mail Voting Order: Appeals Court Lifts Block on USPS Proposal
A federal appeals court has handed President Donald Trump a significant legal victory, clearing the way—at least temporarily—for a controversial proposal that could reshape how mail-in ballots are handled across the United States. A three-judge appeals panel temporarily lifted a nationwide block on the USPS proposal, which would significantly expand the agency’s role in elections. The proposed rule aims to standardize mail-in ballot procedures, but critics argue it could disenfranchise voters and create logistical chaos for election officials.nnBeyond the courtroom, election officials face major logistical challenges if the rule is implemented. Maine Secretary of State Shenna Bellows told the AP that the order was “laughably unconstitutional” and said her state would not comply. More than a quarter of Maine voters cast mail-in ballots in the 2024 election, highlighting the potential impact. Similarly, Oregon, which has a long-standing vote-by-mail system, has pushed back. Oregonians decided many years ago that vote-by-mail was our preferred way of voting, and it remains the gold standard for integrity and access nationwide, state officials emphasized.nnIn a related development, significant portions of an executive order from President Trump limiting mail-in voting were blocked by a federal judge on June 25 in a lawsuit from Oregon and several other states. The judge’s ruling underscored ongoing legal battles over voting access. Meanwhile, in April, Oregon settled a lawsuit with conservative group Judicial Watch over voter roll maintenance, further complicating the electoral landscape.nnAs the legal fight continues, the USPS proposal remains in limbo. Election officials across the country are preparing for potential changes, while voting rights advocates warn of risks to ballot integrity and accessibility. The appeals court’s decision marks a pivotal moment in the ongoing debate over mail-in voting, with implications for the 2026 midterm elections and beyond.