Hyrox sled push: technique, weight, and how to actually train it

The sled push is the second station of every Hyrox race. It is also where most first-time athletes lose 90 seconds they were not expecting to lose. The combination of the just-finished 1km run, the load (152kg for Men's Open), and the burning quads is brutal, and the technique you used in the gym does not always survive race day.

This guide covers what the sled push actually demands, the technique that holds up under fatigue, the load you should be training at, and three specific sessions that prepare you for it.

What the sled push demands at race weight

Sled weights at the major Hyrox divisions:

• Men's Open: 152kg total (102kg sled + 50kg added)
• Women's Open: 102kg total
• Men's Pro: 202kg total
• Women's Pro: 152kg total
• Doubles + relay: Same as the corresponding Open weights, split between partners

You push 4 × 12.5m, totalling 50m, with no rest between rep blocks. Most age-group athletes finish in 1:30–2:30. The fastest open athletes finish under 1:00.

The technique that survives Station 2

Three things differentiate a fast sled push from a slow one:

1. Hand position low, hips low

Hands belong on the lower handles, not the high ones. The lower hands give you a longer leg-drive arc and force you into the position you actually generate force from, hips driving forward, chest angled at roughly 45°. Athletes who push from the high handles tend to walk the sled rather than drive it.

This low-hand position is what Hunter McIntyre teaches consistently across his Hyrox technique series. His framing: the lowest practical grip is the only position that lets the hips travel through a full extension arc on every step, and athletes who default to the high handles are usually missing the hip mobility to use the low ones rather than choosing them deliberately.

2. Short, fast steps

Long strides feel powerful but waste time getting your foot back to the ground. Short, fast contact-times keep the sled moving. Aim for 2 contacts per second once the sled is under way.

3. Don't lock out

If your knees fully extend on each step, you've stopped pushing forward and started pushing up. Stay in a constant slight knee bend through the whole rep. The leg never straightens, the leg never rests.

Form mechanics: body angle, stride, arms, breathing

The three points above are the skeleton. These four mechanical details are what separate a 90-second push from a 60-second one, and every one of them degrades under fatigue unless you've drilled it deliberately.

Body angle: 45 to 60 degrees from the ground

Your torso should sit at 45 to 60 degrees from the ground, a near-horizontal lean where your body forms one rigid line from ankle to shoulder. The physics is unforgiving: the angle of that line decides how much of your leg drive moves the sled forward versus pressing it into the turf. Standing upright means vertical shins and no hip extension arc to work with: 0% leg drive, 100% arm push. Your quads and glutes are the only muscles strong enough to move 152kg for 50 meters, and the lean is the only thing that puts them in the chain. If your push feels like an arm exercise, you are not low enough.

Stride length: 15 to 25cm, weight on the forefoot

Each step should cover 15 to 25cm, roughly half a foot length, with plantar pressure staying on the forefoot the whole way. The 2-contacts-per-second cadence above only works at this stride length. Reach further and your foot spends too long in the air, the sled decelerates between contacts, and you pay the static-friction cost of re-accelerating it on every step. Long strides feel athletic and lose time; short choppy steps keep the sled in continuous motion, which is the entire game against high-friction race turf.

Arms: locked straight, elbows extended

Whatever your grip, your elbows stay extended for the full 50m. Bent arms absorb force instead of transferring it: every degree of elbow flex is a spring between your hips and the sled that soaks up leg drive before it reaches the load. Lock the elbows and your arms become rigid struts, so every newton your legs produce arrives at the sled. Athletes who finish with smoked triceps were pushing with bent arms; the arms should do almost nothing except hold the line.

Breathing: exhale on every push phase

The instinct under a heavy sled is to hold your breath and brace, and it works for about 10 meters. Breath-holding spikes intrathoracic pressure, restricts blood return to the heart, and sends your heart rate vertical: that is the mechanism behind blowing up halfway down the lane. Instead, pair a controlled exhale with each push phase, one breath per step cycle. It keeps the brace without the pressure spike and buys you a usable heart rate for the run that follows.

What weight to train at

The standard mistake is training only at race weight. Race weight builds technique under exact conditions but does little for capacity. A better split:

• Heavy (130% race weight): 1 session every 10 days, 6 × 10m max effort with 90s rest. Builds raw drive force.
• Race weight (100%): 1 session per week, 4 × 12.5m at target pace. Locks in the exact stimulus you'll face.
• Capacity (70-80%): 1 session per week as part of a brick (after a 1km run), 6 × 25m continuous. Builds the ability to push when the legs are pre-fatigued.

If you only have access to one sled and one weight: prioritise the capacity session. It's the closest match to what race day asks of you.

Three specific sessions to add to your block

Session A, pure power (early in the block)

5-minute warm-up jog. 6 × 10m sled push at 130% race weight, 90 seconds full rest. Focus on the first three steps off the line, they're the hardest. Cool down 5 minutes.

Session B, race-pace simulation (mid-block)

10-minute warm-up. 1km run at race pace immediately into 4 × 12.5m sled push at race weight. 5 minutes rest. Repeat the round 2-3 times. This is the brick that closes the gap between your gym sled work and your race-day sled work.

The run-then-sled pattern is the highest-leverage session in the publicly-shared training cycles of Lauren Weeks, multiple-time Hyrox women's world champion. Her position: race-day sled push performance lives almost entirely in your ability to push immediately after a 1km run, not in your ability to push fresh. Athletes who only ever sled push at the start of a session train a stimulus the race never asks them to produce.

Session C, finisher (late block, race-week)

Standard warm-up. Full 8 stations + 1km runs simulation at 70% race weight on the sleds (everything else at 100%). Time it. This is your race rehearsal, confidence and pacing more than fitness gain.

Race day: the approach and the pacing

Jog the last 50m of the run before the station

Most first-timers sprint the end of the preceding 1km run, arrive at the sled redlined, grab whatever part of it they touch first, and start pushing from a panic grip with their feet wherever they landed. Do the opposite: jog the final 50m of the run, then take a deliberate 5 seconds at the sled to set your hands and feet exactly where you trained them. The jog costs you a few seconds on the run; the clean setup saves 15 to 20 seconds on the push, because a sled started from the right position keeps moving and a sled started from a panic grip stalls twice in the first lane.

This is station 2 of 8: target 70% effort

The sled push arrives early, your legs feel fresh enough to attack it, and the race punishes you for doing so twice: once at the sandbag lunges (station 7) and again at the wall balls (station 8), both leg-dominant stations that arrive after your quads have already done an hour of work. Push at roughly 70% effort, the pace you could hold for another 25m if the lane were longer. Trading 10 seconds here for 60 seconds of survival at the back half of the race is the single best pacing trade on the course.

Common mistakes

• Resting between rep blocks during training. The race doesn't have rest. Keep moving even at slow pace between the 4 × 12.5m blocks.
• Treating sled push as a leg day. Skip leg day the day before any heavy sled session. You'll just be teaching yourself bad form under fatigue.
• Skipping the warm-up. A cold quad against a 152kg sled is how athletes pull a hip flexor 4 weeks out from race day.
• Wearing flat-soled shoes. A small heel lift gives you a better drive angle. Most Hyrox athletes race in trainers, not weightlifting shoes: but a 4mm drop shoe outperforms a zero-drop shoe at this station.

Frequently asked questions

Can I substitute a sled push if my gym doesn't have one?

The closest substitute is a heavy weighted carry (farmer's carry at 90% bodyweight) or a Prowler. Neither is identical, but both train the same hip-drive position. If you're in a commercial gym with no sled or Prowler, sled push is the one station you'll need to find a Hyrox-specific gym for at least once a month.

How fast should I aim to be?

Targets by division: Men's Open under 1:50, Women's Open under 2:00, Men's Pro under 2:00, Women's Pro under 2:15. Sub-elite athletes go faster: but at age-group level these are realistic season targets.

What if I struggle even to move the sled?

Drop the weight to 80% of race weight and work back up. Building the position with repetition matters more than failing at race weight. Most athletes who can't move it have a hip-flexor mobility limit, not a strength limit, add 5 minutes of couch stretch and 90/90 daily for 4 weeks before returning to heavy pushes.

The sled push is one end of the race. The wall ball technique guide covers station 8, where the legs you saved (or didn't) on the sled get their final audit.

If you want a structured 15-week plan that prescribes your sled push sessions in order, integrates them with the runs, and adapts as you log times, the Hyrox Training Planner builds it from your race date and current fitness in 6 questions.