The elephant bar does not look like a normal barbell.
It runs about 10 feet long, built to flex and whip under a heavy load, and it turns a deadlift into a different fight against gravity than a standard bar ever presents.
At the 2019 Arnold Strongman Classic, Hafthor Bjornsson loaded that bar to 474.5 kilograms, or 1,046 pounds, and pulled it clean off the floor.
The mark still stands as the heaviest elephant bar deadlift in strongman history.
It is a different record from the one most people associate with Bjornsson’s name.
His famous 501-kilogram standard bar pull came a year later, in 2020, under a completely different set of rules on a completely different bar.
This article is about the 2019 lift specifically: what an elephant bar actually is, why it gets tracked as its own record, and whether the “still current” claim attached to it actually holds up.
What Happened at the 2019 Arnold Strongman Classic
The lift took place at the 2019 Arnold Strongman Classic in Columbus, Ohio.
Bjornsson pulled 474.5 kilograms off the floor, which converts to 1,046.09 pounds.
The Arnold Sports Festival’s own YouTube channel later published footage of the lift, titled “Hafthor Björnsson World Record ROGUE Elephant Bar Deadlift 1,046 pounds.”
That detail matters, because it confirms the footage came from the event’s own organizers, not from a fan account or a secondhand clip.
The 474.5 kilogram pull broke Bjornsson’s own previous elephant bar mark of 472 kilograms, which he had set at the same competition one year earlier, in 2018.
So this was not a first-time record for him.
It was the second time in two years that he raised his own bar, literally and figuratively, on this specific event.
What Makes an Elephant Bar Different From a Normal Barbell
A regular competition deadlift bar runs roughly 7 feet long and is built to stay fairly stiff under load.
The elephant bar is different by design.
It stretches about 10 feet from end to end, and it carries far more give in the steel, so it visibly bends and whips as weight comes on.
Rogue Fitness designed and manufactured the bar used at the Arnold Strongman Classic specifically for this event, paired with 2-inch thick stainless steel plates engraved with Arnold Schwarzenegger’s name.
That extra length and flex change the lift itself.
A stiffer bar transfers a lifter’s force to the plates almost immediately once the pull starts.
A whippier bar bends first, then catches up, so the plates lag slightly behind the lifter’s effort before they actually leave the ground.
Competition rules for the event lock the plates at a standard starting height of 9 inches off the floor, which keeps every athlete pulling through the same range no matter how much their own effort bends the bar underneath them.
The rules also require the lift to be done completely raw, with no lifting straps allowed.
Research comparing different deadlift setups has found real differences in how much load reaches the lower back and which muscles do the most work, even when two lifts look broadly similar from the outside (Andersen et al., 2018).
A longer, whippier bar is an extreme version of that same idea.
Change the implement, and the demands on the body change with it, even though the movement pattern looks like an ordinary deadlift to anyone watching from the crowd.
A bar that bends does not care how strong a lifter’s grip is until the plates actually start to move.
A Record the Arnold Tracks, Not Guinness
It is worth being precise about who actually verifies a number like 474.5 kilograms.
Bjornsson’s 501-kilogram standard bar deadlift from 2020 is a Guinness World Records title, verified with calibrated scales, a professional strongman referee, and live broadcast coverage.
The elephant bar deadlift record does not carry that same Guinness listing.
It is a competition-specific mark, set under the Arnold Strongman Classic’s own rules on its own purpose-built bar, tracked through the event’s own results and the strongman media that covers it every year, including outlets like BarBend and Fitness Volt.
That does not make the lift less real.
It happened in front of judges, at a sanctioned competition, on camera, with the load weighed and the attempt scored like every other event held that day.
It simply means “world record” here refers to the heaviest verified lift within one specific competition discipline, not an entry in the general Guinness deadlift database.
Readers who know Bjornsson mainly through his 501-kilogram pull should treat these as two separate record books, each with its own rules for what counts.
The Record Before Bjornsson Broke It
Bjornsson did not invent the elephant bar deadlift as a competition event.
Strongman Jerry Pritchett held the previous mark, 467.5 kilograms, or roughly 1,031 pounds, set the year before Bjornsson’s first elephant bar win.
Bjornsson beat that number in 2018 with 472 kilograms, then beat his own number again in 2019 with 474.5 kilograms.
Pritchett’s own story, and exactly how his record came together, is worth reading on its own terms elsewhere.
For this article, the short version is enough: the elephant bar deadlift already had a real competitive history before Bjornsson ever touched the bar, and his 2019 lift was the third record set on it in three years.
Did Anyone Break It Since 2019? What the 2025 and 2026 Arnolds Showed
The workbook note attached to this lift calls it “still current,” and that claim deserves a real check rather than a repeat.
Bjornsson himself came close to it, unofficially, during training ahead of the 2020 Arnold, reportedly pulling around 480 kilograms on an elephant bar inside his own gym.
That number never counted as a record, because it happened outside of competition, without judges, calibrated plates, or a sanctioned meet around it.
A gym video, even a genuine one, is not the same thing as a verified competition result.
The real test came six years later.
At the 2025 Arnold Strongman Classic, Bjornsson stepped up to the elephant bar again, this time chasing a publicized six-figure bounty for a new record.
He attempted roughly 501 kilograms and failed, with the bar reportedly never leaving the floor.
Bjornsson still won that year’s elephant bar event with a lift of 1,026 pounds, well short of his own 2019 number.
No other competitor at that event came close to 474.5 kilograms either.
The record also survived the 2026 Arnold Strongman Classic. Strongman Archives lists the 2026 contest and its elephant-bar event, whose winning result remained below Bjornsson’s 474.5-kilogram mark.
As of the most recent Arnold Strongman Classic results available, the 2019 mark has survived a serious, well-funded attempt to beat it and still stands as the heaviest elephant bar deadlift on record.
Why Grip Fails Before Anything Else at This Weight
Every heavy deadlift eventually comes down to how well a lifter can hold onto the bar.
At lighter weights, the back or hips usually give out first.
Near a four-figure pound total, grip is often the actual limiter, especially on an event that bans straps by rule.
Research on strongman athletes helps explain why grip and pulling strength get trained as their own skill, not as an afterthought to squats and deadlifts.
A study of novice strongman competitors found that grip and pulling strength correlated closely with performance across strongman-style events, more so than bodyweight alone (Winwood et al., 2012).
Separate research on strongman-style training methods found that implement work, including thick and irregular bars, builds a kind of strength and durability that standard barbell training alone does not fully replicate (Zemke & Wright, 2011).
An elephant bar is exactly that kind of irregular implement.
Its length and flex load the hands and forearms differently than a stiff Olympic bar, in ways a lifter cannot fully prepare for using standard bar work alone.
Why Grip Strength Matters Beyond the Competition Floor
A strong grip is not just useful for chasing a heavy deadlift number.
Large population research has linked grip strength to broader health outcomes, independent of overall muscle mass.
A widely cited analysis of more than 140,000 adults across 17 countries found that grip strength predicted cardiovascular disease and death better than blood pressure did, even after adjusting for other risk factors (Leong et al., 2015).
That does not mean training grip alone protects the heart.
Grip strength in that research functions mainly as a marker, a simple, measurable stand-in for overall muscular fitness and how well a person’s body has held onto strength over the years.
Bjornsson’s elephant bar pull sits at the extreme end of a spectrum that, for most people, matters at a far more modest level.
A grip strong enough to carry groceries, open a stuck jar, or catch a railing during a stumble later in life is the same basic quality Bjornsson trained to its outer limit.
What This Record Does Not Prove
A 1,046-pound elephant bar pull is real, verified, and enormously impressive.
It is not proof that grip training alone can get an average lifter anywhere close to it.
Bjornsson stands 6 feet 9 inches tall and competed at roughly 440 pounds bodyweight during his prime strongman years, a frame that gives him leverages and joint positions almost no one else in a gym will ever have.
The lift also happened on a specific piece of equipment, built to exact competition specifications, that most gyms do not own and most lifters will never touch.
None of that erases the achievement.
It does mean this single number cannot be generalized into “anyone can do this with enough grip work,” and readers should be skeptical of any fitness content that implies otherwise.
What the lift does prove, reliably, is that grip and full-body bracing can be trained to a genuinely elite level, given enough time and the right specific practice.
WorkoutHealthy has covered other verified strength feats built the same way, including DonnaJean Wilde’s push-up world record and Edith Connor’s Guinness bodybuilding record.
Both are very different feats from a strongman deadlift, but they share the same underlying pattern of years of progressive training behind a single headline number.
Common Mistakes People Make Training Grip
Most lifters chasing a stronger grip make the same handful of mistakes.
The first is training grip only with isolated tools, like hand grippers, and skipping the heavy carries and pulls that load the hand the way a real deadlift does.
The second is reaching for lifting straps the moment a set gets hard, which removes the exact stimulus that would have made the grip stronger in the first place.
The third is ignoring forearm and wrist recovery, then wondering why grip strength plateaus or joints start to ache.
The fourth is skipping bracing work entirely and assuming grip is only about the hands.
A strong pull depends on a stiff, braced trunk transmitting force down to the hands and up through the bar, not on hand strength working in isolation.
Building the kind of consistency Bjornsson has shown across years of competition, the same pattern behind George Foreman’s long comeback in boxing, matters more than any single training trick.
Who Should Check With a Doctor First
Heavy pulling, even at ordinary gym weights, is not automatically safe for everyone.
Anyone with a history of hand, wrist, or elbow injuries should get cleared before adding heavy grip work or maximal pulls.
The same goes for anyone managing high blood pressure, since bracing hard against a heavy weight raises blood pressure sharply and briefly.
People with a hernia, a disc injury, or uncontrolled joint pain should talk to a doctor or physical therapist before working toward a heavier deadlift of any kind.
None of this is about avoiding strength training.
It is about building toward it the same way every serious lifter, Bjornsson included, actually did it: gradually, with professional input whenever something does not feel right.
A Practical Way to Build Grip and Bracing for Heavy Pulls
Nobody needs an elephant bar to build a genuinely strong grip and a braced trunk.
Start with double overhand deadlifts, holding the bar without straps until grip, not the back, becomes the reason a set ends.
Add farmer’s carries once or twice a week, walking for time or distance with a genuinely heavy pair of weights in each hand.
Include static holds, like a heavy suitcase carry or a timed dead hang from a pull-up bar, to build the kind of sustained grip endurance a long pull demands.
Practice bracing on its own, outside of a heavy set, by taking a full breath into the belly and pressurizing the trunk before every rep, even light ones.
Progress the actual pulling weight slowly, in small increments, rather than jumping straight toward a new personal best.
Rest grip-dominant sessions at least 48 hours apart, since forearm and hand tissue recovers more slowly than most lifters expect.
Consistency across months, not a single hard session, is what separates a genuinely strong grip from a sore one.
Giants are built one heavy session at a time, and the hands have to keep up with everything else.
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References
Andersen, V., Fimland, M. S., Mo, D.-A., Iversen, V. M., Vederhus, T., Rockland Hellebø, L. R., Nordaune, K. I., & Saeterbakken, A. H. (2018). Electromyographic comparison of barbell deadlift, hex bar deadlift, and hip thrust exercises: A cross-over study. Journal of Strength and Conditioning Research, 32(3), 587-593. https://doi.org/10.1519/JSC.0000000000001826
Leong, D. P., Teo, K. K., Rangarajan, S., Lopez-Jaramillo, P., Avezum, A., Orlandini, A., Seron, P., Ahmed, S. H., Rosengren, A., Kelishadi, R., Rahman, O., Swaminathan, S., Iqbal, R., Gupta, R., Lear, S. A., Oguz, A., Yusoff, K., Zatonska, K., Chifamba, J., … Yusuf, S. (2015). Prognostic value of grip strength: Findings from the Prospective Urban Rural Epidemiology (PURE) study. The Lancet, 386(9990), 266-273. https://doi.org/10.1016/S0140-6736(14)62000-6
Winwood, P. W., Keogh, J. W. L., & Harris, N. K. (2012). Interrelationships between strength, anthropometrics, and strongman performance in novice strongman athletes. Journal of Strength and Conditioning Research, 26(2), 513-522. https://doi.org/10.1519/JSC.0b013e318220db1a
Zemke, B., & Wright, G. (2011). The use of strongman type implements and training to increase sport performance in collegiate athletes. Strength and Conditioning Journal, 33(4), 1-7. https://doi.org/10.1519/SSC.0b013e3182221f96
This article is for general information only and is not medical advice. If you have an injury, ongoing pain, or a medical condition, talk to a doctor or physical therapist before you change how you train or eat.
