Buffalo Bills left tackle Dion Dawkins said that protecting quarterback Josh Allen "absolutely sucks" during recent interviews in New York City [1].
Dawkins' comments highlight the unique physical and mental toll placed on an offensive line when protecting a mobile quarterback. While Allen's ability to extend plays creates scoring opportunities, it often forces linemen to hold their blocks longer than they would for a traditional pocket passer.
Speaking at a Fanatics Fest event and on NFL Network's Good Morning Football, Dawkins said that blocking for a dual-threat quarterback such as Allen is not always a picnic [2]. He said that the role requires extra effort to ensure the quarterback remains safe while utilizing his mobility [3].
"It's a gift and a curse to block for a guy like Josh who can make plays with his arm and his legs," Dawkins said [1].
The tension between the benefit of a mobile quarterback and the difficulty of the protection scheme is a common theme for the Bills' front five. Because Allen frequently moves outside the pocket, the offensive line must maintain discipline and agility across a wider area of the field, a task that Dawkins described as demanding [3].
Despite the difficulty, the results of this dynamic have been significant. Allen was named the 2026 NFL MVP [1], a testament to the efficiency of the offense and the ability of the line to provide enough protection for him to execute high-impact plays.
Dawkins said that his description of the experience as "sucking" was intended in a positive context, reflecting the high standard of play and the effort required to support an elite athlete [1].
“"protecting Josh Allen 'absolutely sucks'"”
The comments from Dawkins illustrate the strategic trade-off inherent in the modern NFL's shift toward mobile quarterbacks. While a dual-threat player like Josh Allen increases a team's offensive ceiling by creating unpredictable plays, it fundamentally changes the requirements for the offensive line, shifting the job from static pocket protection to a more endurance-based, dynamic form of blocking.
