Heaviest Elevated Deadlifts
The elevated deadlift, performed from 18-inch blocks or using the Hummer Tire, allows athletes to handle loads far beyond what is possible from the floor. By reducing the range of motion, the elevated pull shifts the demands toward lockout strength and pure spinal erector power, producing the heaviest individual pulls in all of strength sport.
These partial-range deadlifts have become signature events at marquee competitions like the Arnold Strongman Classic, where the Hummer Tire Deadlift has produced some of the most jaw-dropping displays of pulling power ever witnessed. The reduced range of motion is deceptive: the weights involved are so extreme that the lift remains brutally demanding despite the mechanical advantage.
The Elevated Deadlift: Strongman's Heaviest Pulls
The 18-inch deadlift occupies a unique place in strongman. While purists may argue that a full-range pull from the floor is the truest test of deadlift strength, the elevated variation has its own distinct appeal. The loads involved routinely exceed 500 kg (1,102 lbs), entering a realm of weight that simply cannot be moved through a full range of motion by any human being. This makes the elevated deadlift less about conventional pulling technique and more about the ability to withstand and lock out crushing axial loads.
The Hummer Tire Deadlift, a staple of the Arnold Strongman Classic, uses large industrial tires stacked on each side of a specialized barbell. The flex in the bar and the height of the tires create a starting position roughly 18 inches above the ground. Athletes must contend with the whip of the bar under extreme loading, timing their pull to coincide with the bar's flex pattern. Mistiming the pull by even a fraction of a second can mean the difference between a successful lift and a missed attempt.
Training for the elevated deadlift requires specific rack pull and block pull work at various heights, combined with heavy isometric holds at the sticking point. Athletes must also develop exceptional upper back and trap strength to maintain position as the bar bends and settles under massive loads. The competitors who top this list have mastered these demands, producing single pulls that represent the absolute limit of human pulling capacity.