How to Train Like Spider-Man: What Tom Holland Actually Did

Spider-Man is the one superhero whose body looks like something an ordinary person could own. Not Thor's slab of granite, not powered armor — just a compact guy around 1.70 m (5 ft 7 in) who pulls himself up, jumps, and hangs upside down. Hence the endless stream of people asking how to get it. Good news: the principle behind that body is real and trainable at home. Bad news: half of what's written about Tom Holland's preparation was invented by fitness sites, and part of what you see on screen was drawn on a computer.

Let's separate the documented from the embellished.

How did Tom Holland actually train for Spider-Man?

Start with the background — it explains more than any program does. Holland has been moving since he was nine: hip-hop at a dance school, then two years of ballet, tap and acrobatics for Billy Elliot the Musical, where gymnastics got stacked on top. By the time he was cast as Spider-Man he had over a decade of acrobatic training behind him. That doesn't take anything away from the gym work, but it explains why he moves the way he does.

Two coaches, both confirmed in interviews:

• Duffy Gaver — a former Marine sniper who prepped Brad Pitt for Troy and Chris Hemsworth for Thor. The legendary ladder is his.
• George Ashwell — the London trainer who has worked with Holland since 2018, and who is refreshingly blunt about the limits of the job: he rarely gets more than six to eight weeks with a client.

Gaver's ladder runs like this. Round one: 1 pull-up, 2 dips, 3 push-ups, 4 crunches, 5 squats. Round two doubles everything, and you climb to round ten (10/20/30/40/50), then walk it back down. Total: about 1,500 reps in roughly an hour — 100 pull-ups, 200 dips, 300 push-ups, 400 crunches, 500 squats. Holland's summary of the result was short: they got into crazy shape.

None of this is in any primary source: "15 lb of lean muscle in six weeks," Monday-chest-Tuesday-back splits, a 3,000-calorie meal plan. The real number from the interviews is about 15 lb (6.8 kg) of muscle over an unspecified stretch of time, and "six weeks" is the trainer's line about how much time he usually gets. Two true things got glued into one tidy myth.

On food, Holland has stated exactly one principle: his diet matters more than what he does in the gym — 80% nutrition, 20% training — plus porridge with berries and nuts for breakfast, protein and creatine. No secret schemes.

What is the Cindy workout and how do you scale it?

The second documented protocol, and the most useful thing in the story: it asks for a bar and a floor, not a membership.

Cindy is a CrossFit benchmark workout: one round is 5 pull-ups + 10 push-ups + 15 air squats, and the task is as many rounds as possible in 20 minutes. Holland's personal best, in his own words, was "I think 27 rounds." Translated into reps, that's 135 pull-ups, 270 push-ups and 405 squats inside twenty minutes.

For reference, the usual benchmarks:

That puts 27 rounds in competitive-athlete territory — and Holland hedged with "I think," so hold the number loosely.

How to scale it down when five strict pull-ups aren't there yet:

• No pull-ups at all — swap in inverted rows (body under a low bar, heels on the floor) or band-assisted pulls; the route to rep number one is mapped out in getting your first pull-up.
• Push-ups are the limiter — go to your knees or put your hands on a bench; the form details are in push-ups for beginners.
• The pace buries you — use the version Holland falls back on himself on tired days: one round at the top of every minute, for 20 minutes. Finish a round in 40 seconds, rest 20.
• It's too easy — add rounds, not weight. The entire point is moving your own mass.

What is relative strength and why does it matter more than size?

This is the whole article in one idea. A Spider-Man body isn't about how much you can move. It's about how much you can move relative to what you weigh.

Relative strength decides whether you pull yourself up, get over the bar, hang off one arm, land a jump without folding. It tracks poorly with absolute strength: a man can pull 200 kg (440 lb) off the floor and still miss ten pull-ups.

How sensitive this is to bodyweight was shown by an elegant experiment from 1997: trained men had weight added artificially, and a 10% increase in total mass cut their pull-up reps roughly in half. Every extra kilogram gets lifted in every rep, in every session, for as long as you carry it.

Which leads somewhere counterintuitive: for an acrobatic body, gaining mass is not automatically progress. Gymnasts aren't lean because of diets. They're lean because their sport charges a fee for every extra kilogram.

An illustration from the top of that sport: holding an iron cross on the rings takes an elite gymnast roughly 63% of bodyweight in force, and lowering into it under control takes 94%. Numbers like that are unreachable through muscle size; they come from years of building strength in specific positions.

How do you build a lean, agile body instead of a bulky one?

Here are those principles assembled into a working week. This is not "Tom Holland's program" — no such thing exists publicly — but a structure built from what research supports and what he demonstrably did.

The rules holding it together:

• Three strength days a week, at least 48 hours apart. That's the sweet spot for a beginner learning complicated movements.
• Skill before volume. Pull-ups and handstand work belong on fresh muscles, at the start of the session, not tacked onto the end.
• Progress through reps and leverage, not only load. Research on progressive push-up training found gains in muscle thickness on par with bench pressing.
• Plyometrics twice a week. A meta-analysis of 56 studies puts the average gain from jump training at about 4 cm (1.5 in) of vertical, and two sessions a week did as much as four. Duration mattered more: the effect accumulates over 10+ weeks.
• Train grip separately. In a controlled study, bolting forearm work onto the same pull-up program sharply raised both rep counts and hang times. Grip quits before the back does for almost everyone.

The week itself:

If a pull-up bar is the only equipment you own, the movement library in home workouts fills in the rest.

How many days a week, and how long until results?

The schedule half of that question is already answered by the week above: three strength days, spaced out. The harder half is time, so here are honest reference points instead of promises:

• Your first pull-up from zero — anywhere from a few weeks to several months. In one of the few studies on the question, 4 women out of 17 got their first pull-up over three months of training. That's not a verdict but a reminder: the movement is objectively hard, and harder the more you weigh.
• First noticeable strength changes — 4–6 weeks of consistent work.
• Visible changes in shape — 8–12 weeks.
• Advanced skills like a muscle-up — six months and up on a decent base; there is no peer-reviewed timeline data at all, and every number online comes from community experience.
• The famous "six to eight weeks" from the movie world is how long a professional actor, with a coach and a cook, needs to take an already-trained body to camera-ready. Don't confuse it with starting from scratch.

Sleep deserves its own line. Motor skills consolidate overnight: after a night's sleep, the speed of a movement learned the day before rises roughly 20% with no loss of accuracy, while short sleep costs an average 7–8% of performance. For skill training, sleep isn't a nice habit — it's part of the protocol.

Calisthenics vs weights: which builds this physique?

The argument is pointless, because the answer depends on the goal.

Where bodyweight matches iron. In an eight-week study, push-ups loaded to the equivalent of 40% of bench-press max produced 18.3% growth in pec thickness against 19.4% from bench pressing — effectively no difference. For hypertrophy, the tool matters less than proximity to failure and total volume.

Where bodyweight runs out. Maximal strength wants loads from 80% of your one-rep max, and with your own body you create that only by worsening the leverage — harder variations of the same movement. It works, but it takes technique and patience.

What's honest to say out loud. There isn't much research on calisthenics itself: the typical study runs 4–10 weeks with 13–30 participants, almost always young men. The data on gymnasts and climbers is more solid.

Practical verdict: a bar, parallel bars and the floor cover about 80% of the "strong and light" project. A gym is a useful supplement — heavy pulls, loaded squats, patching weak links. Training at home, pick bodyweight and progress through leverage. First principles are in strength training for beginners.

What in the movies is CGI, not muscle?

The most useful part, because it's about expectations.

The body on screen often isn't a body. No Way Home used 2,500 VFX shots across 12 studios, and one studio alone built 19 digital doubles of the characters. In the Iron Spider suit with the hood up, what you're watching is entirely computer-generated — no physical costume existed for those scenes.

Suits get padded. In 2026 Holland said it plainly: costumes are usually padded out, then CGI gets layered on so the padding moves like flesh. Preparing for the new film, he deliberately added muscle to skip that step.

Stunts belong to stunt performers. Greg Townley and Luke Scott doubled for Holland, and the actor has thanked them publicly. Bobby Holland Hanton, who gets credited with the Spider-Man work constantly, is Chris Hemsworth's double, not Holland's.

The price of a superhero body never makes it on screen. Hanton has described his own regimen: up to ten meals a day, alarms every two hours so he wouldn't miss one, plus three spinal surgeries over his career. Holland, prepping for Cherry, lived on under 500 calories a day and ran 16 km (10 miles), lost about 14 kg (30 lb), got badly ill, and later said he would never do that again.

Even for people who get paid for it, a movie body is a temporary state with a real bill attached. Copy the principles, not the picture on screen.

Frequently asked questions

The bottom line

• Two protocols are documented: the 1,500-rep ladder, and Cindy — 20 minutes of pull-ups, push-ups and squats on repeat.
• "15 lb in six weeks," day-by-day splits and calorie menus came from retellings, not primary sources.
• The key is relative strength: 10% more mass roughly halves your pull-up reps.
• The structure that works: three strength days, plyometrics twice a week, separate grip work, progression through reps and leverage.
• Honest timeline: strength shows in 4–6 weeks, shape in 8–12, a first pull-up from zero can take months.
• Part of what's on screen is CGI and suit padding — chase the principles, not the on-screen result.

Sources

• Vanderburgh P.M., Edmonds T. The Effect of Experimental Alterations in Excess Mass on Pull-up Performance in Fit Young Men. Journal of Strength and Conditioning Research, 1997;11(4):230–233.
• Ratamess N.A. et al. American College of Sports Medicine Position Stand: Progression Models in Resistance Training for Healthy Adults. Medicine & Science in Sports & Exercise, 2009;41(3):687–708.
• Kotarsky C.J. et al. Effect of Progressive Calisthenic Push-up Training on Muscle Strength and Thickness. Journal of Strength and Conditioning Research, 2018.
• de Villarreal E.S. et al. Determining variables of plyometric training for improving vertical jump height performance: a meta-analysis. Journal of Strength and Conditioning Research, 2009;23(2):495–506.
• Dunlavy J.K. et al. Strength performance assessment in a simulated men's gymnastics still rings cross. Journal of Sports Science and Medicine, 2007.
• Walker M.P., Stickgold R. Sleep-dependent motor memory plasticity in the human brain. Neuroscience, 2005.
• Interviews with Tom Holland and his trainers: Men's Health, GQ, Insider, 2019–2026.

This article is for informational purposes and does not replace medical advice.