Man Vs Machine: The Clash of Strength
Eddie Hall, also known as "The Beast," is a name synonymous with raw, unadulterated power. As the 2017 World's Strongest Man, Eddie has demonstrated incredible feats of strength, pushing the limits of what the human body can achieve.
Today, we're having a bit of fun as we speculate on how Eddie Hall's brute strength could match up to the power of different torque multipliers. Let the showdown begin!
Eddie Hall: Stronger Than Steel?
Eddie Hall's accomplishments in the world of strength sports are nothing short of extraordinary. In 2017, he took the crown at the World's Strongest Man competition, proving himself to be the strongest human on the planet. Before that, in 2016, Eddie stunned the world by deadlifting an incredible 500 kg—a world record that shook the foundations of strength athletics.
Standing at 6'3" and weighing over 400 lbs, Eddie is built like a tank, capable of generating immense force. His other feats include lifting massive logs, pulling trucks, and pressing enormous weights overhead—truly showcasing his status as one of the strongest men to ever walk the earth.
Eddie also has a large social media following of over 3 million YouTube subscribers. Showcasing equal parts gym sweat, monstrous feats of strength, and surprisingly solid banter from "The Beast" himself.
Subscribe to Eddie's YouTube Channel @eddiehallwsm
Eddie Hall Fact Sheet
- World's Strongest Man winner in 2017
- First person to deadlift 500 kg (2016), equivalent to lifting over 1,100 lbs
- Height: 6'3" (190 cm)
- Weight: Typically around 186-190 Kg (410-420 lbs)
- Arm span: Approximately 6'8" (203 cm), providing great leverage for lifting
- Grip strength: Estimated at over 100 kg (220 lbs) of raw crushing power
- Known for feats like truck pulls, log lifts, overhead pressing, and flipping 500 kg tyres
- Nicknamed "The Beast"
- Daily calorie intake during training: Over 10,000 calories
- Holds multiple British records in powerlifting
- Bench press: Over 300 kg (661 lbs)
- Squat: Over 400 kg (882 lbs)
Torque Multipliers: Bionic Strength for Engineers
So, what exactly is a torque multiplier? Simply put, it's a device that uses gearing to increase the amount of torque applied to a fastener, making tasks like tightening or loosening huge bolts much more manageable. For jobs involving industrial equipment, where the required torque is beyond the capacity of an average human (or perhaps Eddie Hall), torque multipliers come to the rescue.
The mechanical advantage provided by a torque multiplier allows users to generate torque values ranging from 0.05NmNm to 300,000 Nm or even higher—all while applying minimal effort. These devices are indispensable when dealing with heavy-duty equipment, and they help bridge the gap between human strength and mechanical necessity.
Torque Multiplier Fact Sheet
- Low Torque Multiplier: Produces 1000 Nm of torque, easily used for moderate industrial tasks
- Extreme Torque Multiplier: Produces 10,000+ Nm of torque, beyond what even the world's strongest man can achieve?
- INSANE Torque Multiplier: Norbar PT18, capable of producing an incredible 300,000 Nm of torque
- Gear ratio: Typically ranges from 5:1 to 30:1, providing significant mechanical advantage
- Weight: Usually between 5-95.2 kg, making them portable despite their immense power
- Daily calorie intake: 0 Kcal
- Application: Used in construction, logistics, utilities and heavy industry to save both time and effort
- Nickname: "The Engineer's Beast Friend"—because even the toughest bolts are no match
Setting the Stage: The Match-Up
Now that we've met our contenders, it's time to set the stage for the ultimate match-up: Eddie Hall versus a torque multiplier. For this imaginary competition, let's assume Eddie is tasked with manually applying torque equivalent to what a torque multiplier can produce.
To keep things fair, we’ll be comparing Eddie’s strength to a series of hand torque multipliers of increasing capacity, ranging from 1000 Nm to 6000 Nm. Eddie will have a consistent attempt using a 1-metre breaker bar. The bolts involved are industrial-grade, the kind you'd find on massive construction machinery or in heavy-duty manufacturing. Let's see if Eddie has what it takes!
Calculation Time: How Much Torque Can Eddie Generate?
To determine how Eddie stacks up, we need to estimate just how much torque he can generate. In physics, torque is calculated using the formula:
Torque = Force x Length
Let’s consider Eddie's 500 kg deadlift capability. If Eddie were to pull with 500 kg of force on a 1-metre breaker bar, the torque generated would be:
Torque = 500 kg x 9.81 m/s² (gravity) x 1 m = 4905 Nm
Rounded up, Eddie can theoretically generate about 5000 Nm of torque using the breaker bar.
Round 1: Eddie Hall VS The Gedore LKV Series 12 (up to 1,300 Nm)
First up, we have a Gedore torque multiplier that produces up to 1300 Nm of torque. With Eddie’s estimated torque output of almost 5000 Nm, he’s more than capable of taking this one down.
Verdict: Eddie wins! He’s got the power to beat this torque multiplier with ease.
Round 2: Eddie Hall VS The (up to 2,000 Nm)
Next, we have the Alkitronic HG-15, a torque multiplier that provides 2000 Nm of torque. This is a tougher challenge, but Eddie’s got more than enough in the tank to handle it. He might be putting in a good amount of effort, but he’s not breaking a sweat just yet.
Verdict: Eddie still takes the win! The torque multiplier is no match for his brute strength.
Round 3: Eddie Hall VS a Teng Tools MP2700 (up to 3,000 Nm)
Next, Eddie takes on the Teng Tools MP2700 torque multiplier that produces 3000 Nm of torque. This one puts up a strong fight, but Eddie’s estimated torque of nearly 5000 Nm means he has the upper hand here. It’s a challenge, but Eddie powers through it.
Verdict: Eddie wins again! He manages to overcome this torque multiplier with his phenomenal strength.
Round 4: Eddie Hall VS a The 0 (up to 6,000 Nm)
Now, let’s bring out the heavy artillery, the Norbar HT 60 - a torque multiplier that produces a massive 6000 Nm of torque. Even for Eddie, this is a monumental challenge. With his estimated nearly 5,000 Nm of torque, this one is just out of reach.
Verdict: The torque multiplier wins! Even Eddie Hall, with all his strength, can’t match up to this mechanical powerhouse.
Torque multipliers are specifically designed to go beyond the physical limits of humans—even those as incredibly strong as Eddie. In this round, engineering takes the crown.
Conclusion: The Real Torque Winner
After four rounds of intense (and imaginary) competition, we have our answer. While Eddie Hall is one of the strongest humans ever, torque multipliers are engineering powerhouses designed to achieve what even the strongest among us cannot. Eddie might take the first three rounds, but ultimately, the torque multiplier proves why it's an essential tool in heavy-duty industries.
We imagine Eddie might appreciate the help of a torque multiplier now and then—after all, even the strongest need a helping hand sometimes!
Purchase or Hire a Torque Multiplier Today!
Think you’ve got what it takes to match a torque multiplier? Probably not… but that’s okay, because that’s what our tools are for! Check out Applied Torque Systems' range of torque multipliers and let the machines do the heavy lifting for you.
Or get in touch with our team for expert assistance.
Closing Fun Facts
- Did you know that the force Eddie exerted in his record-breaking deadlift was roughly equivalent to lifting the nose of a small aeroplane?
- If Eddie applied his deadlift power using a 2-metre-long lever, he could generate over 10,000 Nm of torque—enough to twist steel beams!
- The Norbar PT18 torque multiplier can produce 300,000 Nm of torque, which is equivalent to the combined effort of 60 Eddie Halls on a 1m breaker bar!
- The Gedore Pro Pre-set Torque Screwdrivers can apply as low as 0.05 Nm of torque—about the same torque needed to twist the cap off a bottle of water
