Burnham as prime minister would be beaten by Farage at general election, poll shows

A recent poll indicates that Andy Burnham, the Greater Manchester mayor, would be defeated by Reform UK leader Nigel Farage in a general election scenario. The survey shows Burnham’s Labour Party polling at 20 percent, two points higher than under current Labour leader Sir Keir Starmer, but still three points behind Reform UK’s 23 percent. While Burnham’s leadership appears to slightly reduce support for Reform and the Greens, it also increases voter uncertainty and abstention compared to a Starmer-led Labour. Burnham is currently contesting the Makerfield by-election, a key battleground where he aims to return to Westminster and secure a parliamentary seat. Makerfield voted to leave the EU in 2016, making it a challenging constituency for Labour amid strong pro-Brexit sentiment and Reform UK’s growing influence. Burnham’s campaign is focused on countering this threat, including a pledge to scrap costly asylum accommodation contracts and devolve responsibility for refugee housing to local authorities, a policy designed to appeal to voters concerned about public spending. These polling results contrast with a recent survey by More in Common, which suggested Burnham could outperform Farage by 14 percentage points in a direct contest. However, that study also highlighted significant voter indecision and warned that internal Labour divisions over Brexit could undermine Burnham’s prospects in Makerfield. Analysts note that head-to-head polls do not fully capture the complexities of a general election, where party records, manifestos, and local candidate appeal also influence voter behavior. Burnham’s ability to win Makerfield is crucial for his ambitions to lead Labour, as securing a parliamentary seat is a prerequisite for any leadership bid. The by-election and the broader contest between Labour and Reform UK in former Leave-voting areas will be closely watched as indicators of the political landscape ahead of the next general election.