Luton Town have been linked with another forward during the January transfer window, as they are tipped to be battling it out with fellow League One side Bradford City for the signature of Burton Albion striker Jake Beesley.
The Hatters have struggled for goals throughout the season, Jerry Yates and Nahki Wells netting just four goals between them in the league, with only two of them coming from open play.
Midfielder Jordan Clark was forced to play in the number nine role during Luton’s 1-0 defeat against Huddersfield Town. With Yates not even included on the bench.
Beesley has been absolutely central to Burton Albion’s attacking output this season, not just through his goals but through the structure he gives the front line.
He leads the side for shots per 90, ranks among their best for xG contribution, and consistently provides the highest volume of penalty‑area touches, showing how often he occupies dangerous spaces.
His hold‑up play has been just as important, with one of the squad’s strongest progressive reception numbers, allowing The Brewers to move up the pitch and play in more advanced areas.
In a team that often relies on fine margins, Beesley’s ability to turn half‑chances into real opportunities has made him the focal point of everything they do in the final third.
Beesley would bring Luton a reliable, ready‑made focal point. He’s been one of the most consistent finishers at his level this season, leading his side for goals and shots inside the box.
His physical presence gives teams a platform to play off, and his hold‑up work helps move attacks higher up the pitch.
Add in the fact he wins a strong share of his duels and presses with real intensity, and you get a striker who offers both end product and work rate.
When joining Burton, he described himself as an “honest player who gives one hundred per cent every time” and a “physical player that also likes to run in behind,” adding that he is “good in the air” and hopes to score goals.
Beesley is the kind of all‑round centre‑forward who fits perfectly into a direct, high‑energy system.
