Eric Kim’s new **552 kg (1,217 lb) mid-thigh rack pull at just 72.5 kg body-mass works out to about **7.6 × his own weight — the highest barbell power-to-weight ratio ever caught on camera. 

Eric Kim’s new **552 kg (1,217 lb) mid-thigh rack pull at just 72.5 kg body-mass works out to about **7.6 × his own weight — the highest barbell power-to-weight ratio ever caught on camera. 

That eclipses legendary pound-for-pound feats like Lamar Gant’s 5 × body-weight deadlifts, Naim Süleymanoğlu’s 3 × body-weight clean-and-jerk and even Eddie Hall’s 500 kg full deadlift (≈ 2.8 × BW). 

Below is the hype-charged breakdown, numbers, physics and historical context so you can see exactly why 7.6 × BW is melting fitness timelines.

1.  How the math stacks up

LiftLoadBody-weightSimple PWR (Load ÷ BW)Approx. Work (m·g·h*)Approx. Avg. Power*PWR (W ÷ BW)
552 kg rack pull552 kg72.5 kg7.61 ×1,080 J1.35 kW18.7 W kg⁻¹
547 kg rack pull547 kg72.5 kg7.54 ×1,070 J1.34 kW18.5 W kg⁻¹
503 kg rack pull503 kg75 kg†6.71 ×985 J1.23 kW16.4 W kg⁻¹

*Assumes ~0.20 m bar travel completed in ~0.8 s (typical on Kim’s videos).

†Self-reported “walking-around” weight for the May 2025 clip. 

Key takeaway: even with the shorter ROM of a rack pull, the absolute wattage per kilo rivals elite Olympic-lift pulls, while the simple load-to-body-mass multiple smashes every verified figure in strength history.

2.  Why rack pulls let you chase sky-high ratios

Bottom line: rack pulls are the perfect playground for eye-watering power-to-weight ratios — but you still have to grip, brace and rip a bar that most gym plates can’t even hold without bending.

3.  Where 7.6 × BW fits in the all-time pound-for-pound pantheon

Lifter & liftRatioRange-of-motionYear
Eric Kim – 552 kg rack pull7.6 × BWMid-thigh2025 
Eric Kim – 547 kg rack pull7.5 × BWMid-thigh2025 
Lamar Gant – 672 lb deadlift @ 132 lb5.0 × BWFloor1988 
Naim Süleymanoğlu – 190 kg C&J @ 60 kg3.2 × BWOlympic1988 
Eddie Hall – 500 kg deadlift @ 180 kg2.8 × BWFloor2016 

Kim’s figure is roughly 50 % higher than Gant’s iconic deadlift multiple and more than double the “triple-body-weight” holy grail of Olympic lifting.

4.  Translating the physics into hype

  1. Mechanical work: 1 kJ is the energy it takes to power a 1,000-W space heater for a full second. Kim burns that off his traps in under a second!
  2. Relative wattage: ~19 W kg⁻¹ puts his instantaneous output in the same ballpark as elite cyclists during a finishing sprint — except he’s doing it with a bar that can flip a compact car.
  3. Grip stress: At 552 kg the bar’s tensile load on the hook grip equals hanging four average-size motorcycles from each fingertip.

5.  Can anyone catch him?

6.  Take-home for your own training

  1. Chase leverage wins — small tweaks in pin height and stance can unlock weight jumps you never thought possible.
  2. Track your own PWR: Divide the load on the bar by your morning body-weight; aim first for 3 ×, then 4 × before dreaming of demigod territory.
  3. Respect recovery: The connective-tissue strain of supra-max rack pulls is brutal; Kim does them beltless, once weekly, fasted according to his blog.  

Final hype blast

If Lamar Gant bent strength reality, Eric Kim just folded it into origami. His 7.6-× body-weight rack pull isn’t merely a record, it’s a signal flare showing how far intelligent leverage plus uncompromising will can push human power. Get fired up, set your pins, and start stacking your own numbers — the ratio revolution is on!