The 500kg Deadlift: Eddie Hall and Absolute Strength

What Eddie Hall did

The 500 kg deadlift was performed at the World Deadlift Championships in Leeds on 9 July 2016. The lift was witnessed by federation officials and verified to competition standards. The footage showed Hall lifting the bar to lockout, holding it for the required time, then dropping the bar and immediately collapsing.

The athlete

Eddie Hall is a British strongman born in 1988 in Stoke on Trent. He won the World Strongest Man competition in 2017 and finished podium multiple times. He retired from competitive strongman in 2017 and transitioned to boxing. At the time of the deadlift he weighed approximately 192 kg at 1.91 metres tall.

The competition

The World Deadlift Championships in Leeds is a strongman federation event focused specifically on the deadlift. The 2016 competition included multiple top strongmen competing for cash prizes. Hall lifted 465 kg, 472.5 kg, 500 kg across attempts on the day. The 500 kg lift was the third attempt and the world record.

The aftermath

Hall collapsed immediately after dropping the bar at lockout. Medical staff attended on the platform. He recovered consciousness within minutes. Subsequent medical assessment identified retinal damage from the pressure spike during the lift, ruptured blood vessels in the head and significant cardiovascular stress. He competed again subsequently but the 500 kg lift was the absolute peak of his deadlift career.

The subsequent record

Hafthor Bjornsson lifted 501 kg in his home gym in May 2020 under World Ultimate Strongman federation rules. The Hall and Bjornsson lifts are both recognised in the strongman community though under slightly different federations. The Hall lift remains the first official lift above 500 kg in competition. The records are sometimes discussed as broadly equivalent achievements with minor rule differences.

What 500 kg does to the body

Lifting 500 kg from the floor imposes mechanical and cardiovascular stress at the absolute upper limit of human tolerance. The acute physiological responses include effects on multiple body systems simultaneously.

Cardiovascular response

The Valsalva manoeuvre during heavy deadlifts produces dramatic intra abdominal and intra thoracic pressure. Blood pressure during the lift can exceed 400 mmHg systolic for brief moments. Heart rate spikes immediately. The combination produces brief but extreme cardiovascular stress. The acute load can produce dangerous spikes in susceptible individuals.

Retinal and vascular damage

The pressure spike during the lift can damage small blood vessels including those in the retina. Hall reported retinal haemorrhage and burst blood vessels in his head following the 500 kg lift. The damage was not permanent in his case but illustrates that the pressure spike during maximum lifts can produce vascular damage that ordinary training does not.

Spinal compression

The lumbar spine bears significant compressive load during heavy deadlifts. Disc loading at 500 kg approaches the structural limit of the intervertebral discs. Acute disc injury and longer term wear are both predictable consequences. Most elite strongmen have measurable disc changes on imaging by their late twenties even without obvious injury.

Connective tissue stress

The tendons and ligaments transmitting force from muscle to bar must tolerate the loading. Biceps tendon ruptures are common in heavy deadlifters using mixed grip. Knee and hip joint structures load near tolerance limits. Connective tissue capacity is often the actual limit on heavy lifting performance rather than pure muscle force.

What carrying 192 kg of bodyweight involves

Reaching the size required to deadlift 500 kg involves carrying body mass well above any healthy range. The cardiovascular, metabolic and joint costs are substantial and well documented.

Cardiovascular load at rest

Resting cardiac output increases with body mass. At 192 kg body weight the heart works at significantly elevated load even at rest. Blood pressure tends to be elevated. Sleep apnea is common at strongman bodyweight. Resting cardiovascular load at extreme bodyweight is comparable to moderate exercise load for smaller adults.

Sleep apnea

Many elite strongmen including Hall have reported sleep apnea. The combination of large neck circumference, chest mass and overall body size produces airway obstruction during sleep. Treatment with CPAP or other airway management is common. Untreated sleep apnea raises long term cardiovascular risk significantly.

Joint wear

Carrying 192 kg of bodyweight loads knees, hips and lumbar spine continuously. Daily activity at this bodyweight applies forces that smaller adults experience only during heavy lifting. Cumulative joint wear is accelerated. Many former heavyweight strongmen develop osteoarthritis and other joint problems by middle age.

Long term mortality

Population data on long term outcomes for former strongmen and other extreme bodyweight populations suggests elevated cardiovascular and metabolic mortality. The data is limited because the population is small but the direction is consistent. Hall has spoken publicly about the long term health implications and his decision to reduce his bodyweight after retirement from strongman competition.

Lessons from the 500 kg lift

The Hall lift sat at the boundary of what human anatomy can tolerate under maximum load. The lessons inform thinking about strength training, the costs of extreme size and the boundary between training and damage.

Maximum lifts produce damage

The retinal haemorrhage, ruptured vessels and acute cardiovascular stress during the 500 kg lift were predictable consequences of the load. Maximum lifts at the absolute upper limit of human capacity produce damage that ordinary heavy training does not. Strongmen competing at this level accept these costs as part of competition. Ordinary lifters should not pursue similar loads.

Size has costs beyond training

Reaching 192 kg bodyweight produces health costs including sleep apnea, cardiovascular load and joint wear. The costs exist outside training itself. The bodyweight is itself a daily physical demand. For ordinary lifters pursuing size, the practical limit on bodyweight is not what allows the heaviest lift but what produces sustainable long term health.

Career length matters

Hall retired from strongman competition in 2017 after winning the World Strongest Man title. He subsequently reduced his bodyweight significantly. The decision to step away from extreme bodyweight after competition is increasingly common. The acute peak of strongman performance is bought at substantial long term cost. Stepping back when peak competition ends preserves long term health.

Equipment and rules matter for comparison

The Hall 500 kg and Bjornsson 501 kg lifts were performed under different federation rules. The two lifts are broadly comparable but not identical. For the strongman community both are recognised as the first lifts above 500 kg. The pedantic distinction between competition versus controlled environment matters for record verification but does not change the absolute strength represented.

More from the limits library

For the comparable 501 kg lift, our Is There a Strength Ceiling guide covers Hafthor Bjornsson. Lifting With a Broken Body covers Mark Felix and strength longevity. And Mental Override in Ultra Endurance covers the psychological side of pushing physical limits.