Hyrox Sled Push & Pull: Technique and Pacing Strategy to Save Time

For most Hyrox athletes, the sled push and sled pull are the two stations where the most time gets lost to technique — and where there's the most room to cut seconds without adding an ounce of raw strength. A poorly executed sled push can cost you 15 to 30 seconds and leave your legs empty for the runs that follow; a sled pull with bad grip mechanics forces you to let go of the rope and stop, the worst-case scenario on that station. This guide breaks down the exact technique, the official weights by category, and the pacing strategy so both stations stop being your bottleneck.

Official sled push and sled pull weights by category

Before talking about technique, you need to know what weight you'll actually be racing against. Hyrox sets different loads for push and pull, and both increase from Open to Pro. The weight includes the sled itself, not just the added plates.

In doubles, the weight is NOT split in half: the pair pushes or pulls the same sled at the full load and simply divides the total 50-meter distance between them. This changes the strategy: if your partner is stronger on the push, have them cover the longer segments there while you make up for it on the pull.

Both stations cover 50 meters split into 4 segments of 12.5 meters, and the sled must fully cross the line on each segment for it to count. Leaving it halfway and pushing the next segment from there doesn't work.

Sled push: step-by-step technique

On paper, the sled push is the simplest of the eight stations: push a weight forward. In practice, most athletes lose time to an inefficient posture that turns every segment into a series of starts and stops instead of one continuous push.

Torso and spine position

Lean your torso between 30 and 45 degrees from vertical, with your hips slightly below your shoulders. This position transfers leg force directly into the sled instead of wasting it in the arms. Keep your spine neutral at all times: as fatigue sets in, the temptation is to round the back, which bleeds power and raises the risk of lower-back strain.

Arm and hand placement

There are two valid schools of thought, and which one you choose depends on your height and how heavy the sled is relative to your strength. Try both in training before race day.

• Shoulders against the posts: elbows bent, shoulders tucked directly against the sled's vertical bars. This gives a more stable base for heavy loads (Pro, 152-202 kg) because it spreads the load across the torso instead of just the arms.
• Extended arms: hands above the center of the posts, arms fully extended with wrist, elbow, and shoulder aligned. This works better with moderate loads (Open) and for athletes with strong core strength, since it allows a longer, smoother stride.

Short steps, not long strides

The most common beginner mistake is taking long steps to cover more ground per stride. The result is the exact opposite: every long step reduces foot-ground contact time and breaks the continuity of applied force. The efficient technique uses short, powerful steps, driving from the midfoot, almost like climbing a steep hill with short, powerful strides.

Pacing strategy on the push

The goal on every 12.5-meter segment is to minimize complete stops. Stopping and restarting costs far more energy than maintaining a steady push, even if it's somewhat slower. Treat each segment as a controlled effort from start to finish, not a series of explosive shoves followed by pauses to catch your breath.

1. Set up with your torso already leaned in before applying the first force — don't start from an upright position.
2. Take the first 2-3 steps slightly shorter to build momentum without the sled stalling.
3. Hold a steady cadence for the rest of the segment, breathing in a controlled way every 2-3 steps.
4. If you need to stop, do it briefly without losing contact with the sled: restarting from zero costs more than a micro-pause.
5. Use the turn at each 12.5 m mark to reset your posture before the next segment.

Sled pull: step-by-step technique

The sled pull comes after the second kilometer of running, with your legs already fatigued, and it demands a completely different movement pattern than the push: instead of driving forward, you pull a thick rope toward you using your posterior chain. Here, the most expensive mistake isn't strength — it's grip.

Starting position: hip hinge

Adopt a hip flexion of 20 to 30 degrees from vertical, hips pushed back, spine neutral and long, with a deliberate forward lean. This posture recruits the glutes, hamstrings, and lower back on every pull. Staying too upright is the most common mistake: it disconnects the posterior chain and leaves the forearms and biceps as the sole engines — muscles that simply can't sustain 50 meters at race pace.

Pull mechanics

Grab the rope with both hands and settle into a low, stable stance: feet wider than shoulder-width, knees bent, hips below shoulder level. This keeps the sled's weight from dragging you forward as you start the pull.

• Hand-over-hand pull: reach forward with one hand, grab the rope, pull it past your hip while the other hand is already reaching for the next section of rope.
• Elbows close to the body: every pull is driven by the lats and biceps, with elbows tucked against the torso, not flared out.
• Hook grip, not a closed fist: hold the rope resting against the base of your fingers, relaxed, rather than squeezing it in a tight fist. A closed fist overloads the forearm flexors much faster than a hook grip.

Why your forearms fail (and how to prevent it)

Grip failure around the 30-meter mark is usually a technique problem, not a fitness problem. If you're pulling mainly with your arms instead of your posterior chain, your forearms will fatigue long before the effort is over. The fix is as much mental as technical: hips back, arms acting as transmission hooks, and legs as the real engine of the movement.

Backward-walking variant

Some coaches teach a variant where, facing away from the sled, you hold the rope at hip or chest height and walk backward, dragging the sled behind you. It distributes the load more evenly across the whole posterior chain (glutes, hamstrings, upper back) and demands much less from the grip. Check with your box first — not every Hyrox venue allows this technique in competition, so always check the local rulebook.

The kettlebell above doesn't replace the sled, but it's the most accessible tool for strengthening the hip hinge pattern the sled pull demands. Kettlebell swings train exactly the same hip motion you'll later use to pull the rope, and you can progress from 12-16 kg up to heavier loads without needing a sled at home.

How to train push and pull without daily access to a sled

Most athletes don't have a competition-grade sled at home, but that's no excuse to skip training the movement pattern. One or two box sessions a week with a real sled, combined with supplementary work at home, is enough for most time goals.

A resistance band set with a door anchor like this one lets you simulate part of the pull pattern (shoulder, lats, grip) at home between box sessions. It won't replace the actual weight of the sled, but it keeps the motor pattern sharp during weeks when you don't have access to specific equipment.

Common mistakes that cost you seconds

Most of the time lost on these two stations comes down to a handful of repeated mistakes. Identify yours before your next race.

• Long strides on the push: reduces ground contact time and turns the push into a series of uneven jerks. Fix it by shortening your step and driving from the midfoot.
• Rounded back under fatigue: shows up in the final meters of the push, bleeding power and raising the risk of lower-back discomfort. Keep your spine neutral even when it hurts.
• Standing too upright on the pull: disconnects the posterior chain and dumps all the work onto the arms and forearms, which fail long before the legs do.
• Closed fist instead of a hook grip: overloads the forearm flexors and triggers grip failure, the worst-case scenario on this station.
• Stopping completely between segments: restarting from zero (on both push and pull) costs far more energy than maintaining a steady, if somewhat slower, pace.
• Always training below competition weight: if you never feel the real load, the official weight feels much harder than expected on race day.

Race strategy: when to push harder and when to hold back

The sled push and sled pull hit at different points in the race, and that should shape your strategy. The push is station 2 (after the first kilometer of running), with legs still relatively fresh. The pull is station 3, right after the second kilometer, with legs already more loaded and grip as the limiting factor.

1. On the push, you can afford a slightly more aggressive pace on the first two 12.5 m segments since your legs are still fresh. Save some margin so you don't collapse in the final meters.
2. On the pull, start controlled. Going out too hard in the first 15 meters and torching your grip costs more than starting 5-10% more conservatively.
3. Use the turn between segments (on both stations) to briefly reset your posture, not as a full rest: a well-used second of repositioning is worth more than a long pause.
4. If you're racing doubles, split the segments based on each partner's strength: whoever has more leg power should take more of the push, and whoever has better grip should take more of the pull.
5. Practice the transition out of the push and into the pull: these are spots where time is lost to disorientation, not lack of fitness.

To place these two stations within your total race time, use PesaFit's Hyrox calculator: it lets you estimate your final time by combining all 8 runs and 8 stations, including push and pull, and set a realistic target pace based on your category.

What to buy (and what not to) for training sled push and pull

You don't need a competition-grade sled at home to improve on these two stations. What's actually worth having are the pieces of equipment that reinforce the specific movement patterns and let you monitor your heart rate during simulation sets.

Training push and pull as intervals (for example, 4 segments of 12.5 m with short rests) is demanding zone 3-4 work for the cardiovascular system. A chest strap like this one gives much more reliable heart rate data than a wrist watch during pushing and pulling efforts, where arm movement distorts the optical wrist reading. You can cross-reference that data with PesaFit's heart rate zone calculator to fine-tune the intensity of your sets.

Creatine monohydrate is the supplement with the strongest evidence for short, explosive efforts like the push and pull, with a standard dose of 3-5 g a day and no loading phase needed. It doesn't replace technique, but it helps sustain power across repeated sled sets during your toughest training weeks.

The magnesium citrate in this kit helps prevent cramps and improves recovery after high-intensity sled sets, especially during high-volume weeks when grip and posterior chain fatigue builds up day after day.

Frequently asked questions

How much does the sled weigh in Hyrox sled push and sled pull?

It varies by category: for the push, 102 kg (Women's Open), 152 kg (Women's Pro / Men's Open), and 202 kg (Men's Pro). For the pull, 78 kg, 103 kg, and 153 kg respectively. In doubles, the pair shares the same total weight and splits the distance, not the load.

Why does my forearm get so tired during the sled pull?

It's almost always a technique issue, not a strength issue. If you're pulling mainly with your arms and a closed fist instead of with your hips and a relaxed hook grip, your forearms will fail long before you finish the 50 meters. Fix the hip hinge position and your grip type before adding more forearm strength.

Is it better to push the sled with extended arms or with shoulders against the posts?

It depends on the load and your height. Shoulders against the posts distributes heavy loads better (Pro category); extended arms allow a smoother stride with moderate loads (Open). Try both in training and pick whichever lets you maintain short, continuous steps.

Should I stop between the 12.5-meter segments of the sled push or pull?

Avoid it if you can. Restarting from a complete stop costs far more energy than maintaining a somewhat slower but continuous pace. Use the turn between segments only to briefly reset your posture, not as a full rest.

What weight should I train the sled at, at home or in the box?

Your main reference should be the official weight for your category, or slightly above during strength phases. Always training below competition weight means the real load feels much harder than expected on race day.

Do the sled push and sled pull train the same muscles?

Not quite. The push is primarily quads, glutes, and core with a lunge-type leg drive pattern. The pull relies more on the posterior chain (glutes, hamstrings, lower back) plus lats, biceps, and, above all, grip endurance.

What should I do if I lose my grip on the rope mid-sled-pull during a race?

It's the worst-case scenario because it forces you to stop completely and re-grip from zero. To avoid it, drop the intensity of your pull by 10-15% in the final third of the distance instead of risking a failed grip by going all-out.