“Biden can only enter the White House as President if he can prove that his ridiculous “80,000,000 votes” were not fraudulently or illegally obtained,” Trump tweeted on Friday.
The incumbent president added that Biden has a “big unsolvable problem,” citing allegations of “massive voter fraud” in cities like Detroit, Atlanta, Philadelphia and Milwaukee, which he has been raging about for weeks.
Biden can only enter the White House as President if he can prove that his ridiculous “80,000,000 votes” were not fraudulently or illegally obtained. When you see what happened in Detroit, Atlanta, Philadelphia & Milwaukee, massive voter fraud, he’s got a big unsolvable problem!
— Donald J. Trump (@realDonaldTrump) November 27, 2020
Trump’s apparent new requirement for an orderly transition of power comes on the heels of comments he made earlier this week, saying he would “certainly” leave the White House if the US Electoral College certifies the “rigged” election result for Biden.
He added, however, that it would be a “mistake” for them to accept “fraudulent” election results and that it would be a “very hard thing” to concede.
Trump has so far refused to concede the election to Biden, despite the Democrat leading in the popular vote and Electoral College, according to official tallies. He has instead set out on a quest to prove that illegally cast ballots in multiple states led to his opponent’s victory and launched multiple lawsuits in an effort to overturn results in certain states.
While Trump and some of his top lawyers have claimed several times he still has a “clear path to victory,” the president’s chances of victory appear to be growing slimmer as his campaign’s litigious efforts keep swinging and missing.
Multiple election suits have already been dismissed or withdrawn across the battleground states of Pennsylvania, Michigan, Wisconsin, Georgia and Arizona. Those left active are either fighting over thousands of votes, unlikely to overturn the election, or are uphill battles over the legality of a states’ electoral processes.
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