Sled Push Workouts for Hyrox

What These Workouts Are Actually Training

Station 2 in HYROX^® is 50 metres of loaded sled. You push it 25 metres, turn it, push it back. Open men push 102 kg. Open women push 72 kg. Pro men push 152 kg. Pro women push 102 kg. The station lasts between 60 and 150 seconds depending on your current fitness, race weight, and floor surface.

That duration matters. It is long enough that you cannot sprint it. Short enough that pacing it like a tempo run will cost you time. It sits in a no-man's-land between power and endurance that requires training both qualities — and training them together, under load, in the right sequence.

ROXBASE data from 700,000+ athlete profiles shows that the sled push is one of the most undertrained stations relative to the time it steals. Most athletes run more, row more, and ski erg more than they sled. The few who structure dedicated sled push blocks — with progressive load, specific sets and rest periods, and periodised intensity — cut their station times by 15–25% over an eight-week block. This article gives you the structure to do the same.

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The Physical Demands You Are Actually Training Against

Before the workouts, the physiological picture. Three qualities determine how fast you push the sled:

Quad and glute peak force. The sled starts at rest. Getting it moving requires high contractile force from the quads and glutes in the first three to four strides. If you lack strength at this specific push angle — forward lean, short stride, ball-of-foot contact — the sled feels immovable rather than merely heavy.^[1]

Anterior chain endurance. Once the sled is moving, your quads, hip flexors, and anterior tibialis work under sustained load for 60–90+ seconds. This is not a strength demand. It is a local muscular endurance demand. Athletes who train only with heavy sets of three to five reps build the peak force but not the capacity to express it repeatedly across 50 metres.

Running recovery. Station 2 comes after a 1 km opening run. Your legs are not fresh. Race weight that felt manageable in isolation now feels heavier because the aerobic and neuromuscular cost of the run has depleted the systems you are about to ask to produce maximal horizontal force. Training the sled push in isolation, always when fully rested, does not prepare you for that state.

The workouts below address all three demands with different emphases depending on where they fall in a training cycle. For a full technical breakdown of body angle, cadence, and drive mechanics during the push, the HYROX^® sled push guide is the reference.

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Workout 1 — Volume Foundation (10–12 Weeks Out)

Goal: Build posterior and anterior chain capacity with moderate load. Establish stroke count and stride efficiency as measurable baselines before race weight is introduced.

Equipment: Sled on smooth floor or turf, loaded to 60–70% of race weight.

Set	Distance	Load	Rest
1	25m	60% race weight	75 sec
2	25m	60% race weight	75 sec
3	50m	65% race weight	90 sec
4	50m	65% race weight	90 sec
5	50m	70% race weight	2 min
6	25m	70% race weight	75 sec
7	25m	70% race weight	75 sec

Total volume: 250m.

Execution notes:

• Count strides per 25m on every set. Your number should be consistent across sets of equal distance. If stride count rises noticeably in sets 5–7, either reduce load or extend rest by 30 seconds.
• Use the 25m sets to drill your start protocol — set lean, set hand position, push second. Do not approach the sled at pace and immediately drive. Two seconds of position setup at the start prevents 10 seconds of mechanical correction mid-push.
• Rest periods begin when the sled stops. Keep them honest. The goal is quality per set, not compression of rest to create metabolic overload.

When to use: Twice per week during the first three to four weeks of a prep block.

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Workout 2 — Posterior Chain Power (8–10 Weeks Out)

Goal: Build peak force production with brief sets and full recovery. This session targets the neuromuscular capacity to accelerate the sled quickly — the quality that determines whether your first 10 metres are efficient or laboured.

Equipment: Sled at 85–95% of race weight on a smooth floor.

Set	Distance	Load	Rest
1	15m	85% race weight	2 min
2	15m	90% race weight	2 min
3	15m	90% race weight	2 min
4	15m	95% race weight	2.5 min
5	15m	95% race weight	2.5 min
6	15m	85% race weight	2 min
7	15m	85% race weight	2 min

Total volume: 105m at high intensity.

Execution notes:

• Short distances with full recovery. Each set should feel fast and powerful. If the sled moves slowly in the first three strides, you have either loaded too heavy or rested too little.
• The goal is horizontal force application — driving the sled away from you, not upward. Athletes who bounce on each stride are directing force vertically. The sled will tell you immediately: it should accelerate cleanly through the 15 metres, not stall.^[2]
• Do not confuse effort with effectiveness. A 15m set at 95% race weight that moves slowly is less useful than one at 90% that accelerates well. Keep the load at the point where you produce clean horizontal drive.

When to use: Once per week, replacing one volume session. Pair with an upper body or aerobic session the same day if needed, not a second high-intensity lower body session.

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Workout 3 — Race-Weight Intervals (5–7 Weeks Out)

Goal: Build confidence and pacing precision at competition load. This is the session where you stop training the sled push and start racing it in training.

Equipment: Sled at full race weight on the most competition-representative surface available.

Set	Distance	Load	Rest
1	50m	Race weight	2.5 min
2	50m	Race weight	2.5 min
3	25m	Race weight	90 sec
4	25m	Race weight	90 sec
5	50m	Race weight	3 min
6	50m	Race weight	3 min

Total volume: 250m at race weight.

Execution notes:

• Time every 50m set. Write down splits. Your benchmark is consistent times across sets 1–2 and 5–6. A significant drop (more than 10 seconds slower on the later 50m sets) indicates either too little rest or an overly aggressive start pace.
• The 25m sets simulate the turnaround and second half of the race station. After the turn at 25m, the sled is already moving and momentum works with you. Use the 25m sets to practise pushing off the momentum rather than starting from dead stop.
• On set 5, you should be able to match or beat set 1 time. If you cannot, rest was insufficient. Add 30 seconds to inter-set rest in future sessions rather than grinding through degraded efforts.^[3]

When to use: Once per week, 5–7 weeks out. This becomes your primary sled session in this phase. Volume session (Workout 1) continues at 70% race weight on the second sled day.

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Workout 4 — Overload Protocol (4–6 Weeks Out)

Goal: Train above race weight to make competition weight feel lighter and develop tolerance for the specific fatigue of the full station. This session is demanding and should not be attempted without a base of race-weight training already in place.

Equipment: Sled loaded to 110–120% of race weight.

Set	Distance	Load	Rest
1	25m	110% race weight	2 min
2	25m	110% race weight	2 min
3	25m	115% race weight	2.5 min
4	25m	115% race weight	2.5 min
5	25m	120% race weight	3 min
6	25m	110% race weight	2 min

Total volume: 150m at overload weight.

Execution notes:

• Distance is limited to 25m intentionally. At 115–120% race weight, technique degrades significantly past 25m. The goal is to expose your muscles and nervous system to supramaximal load across a manageable distance — not to grind 50m with broken mechanics.
• The adaptation here is twofold: neuromuscular exposure to loads above race weight (which makes race weight feel more manageable when you return to it), and psychological acclimatisation to the feeling of a heavy, resistant sled.^[4]
• After each set, reset position fully. Do not rush back to the handles. Stand up, breathe, walk the reset — this is active recovery, not wasted time.
• Do not use this protocol if you have knee or hip discomfort. The loads here are significant. Technical discipline is more important than ever.

When to use: Once per week for three to four weeks, alongside a race-weight interval session (Workout 3) later in the week. Drop this protocol in the final three weeks before the race.

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Workout 5 — Post-Run Fatigue Simulation (3–5 Weeks Out)

Goal: Replicate the condition you will push the sled in on race day — legs already worked, lungs above resting, quads carrying the cost of a kilometre of running. Training fresh does not prepare you for this.

Equipment: Access to 400–800m of running space (outdoor or treadmill) plus sled at race weight.

Structure:

Step	Activity	Distance/Load	Notes
1	Run	400m at 5K race pace	Do not jog — run at effort
2	Sled Push	50m at race weight	Start immediately
3	Rest	3 min	Full recovery
4	Run	400m at 5K race pace	Same effort as step 1
5	Sled Push	50m at race weight	Start immediately
6	Rest	4 min	Full recovery
7	Run	400m at 5K race pace	Hold pace
8	Sled Push	25m at race weight	Start immediately

Total volume: 1200m running, 125m sled push.

Execution notes:

• The transition from run to sled must be immediate. No walking, no standing, no catching breath. Set your position on the handles the moment you arrive and begin the push. This is the exact demand of the race and the exact sensation most athletes have never trained.
• The primary discovery of this session is what pace is sustainable on the run before the push without destroying your sled mechanics. Athletes often find in their first attempt that their 5K race pace is too hard — their sled technique collapses on set 1. Adjust the run pace across sessions until you find the effort level that produces consistent sled mechanics across all three rounds.^[5]
• Time your sled push sets. Compare run-into-push times against your isolated race-weight times (Workout 3). The gap is what you are training to close over the following weeks.

When to use: Once per week from week 5 out to week 2 out. This replaces one of the two weekly sled sessions as race day approaches.

For race-day strategy on how to manage the run-to-push transition, the sled push race tips guide covers pacing, body angle on entry, and the mental cues that hold mechanics together when you arrive at the station already working hard.

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Workout 6 — Race Week Activation (Final 5–7 Days)

Goal: Maintain movement pattern sharpness and confirm the sled feels familiar without accumulating fatigue that will show up on race day.

Equipment: Sled at race weight.

Set	Distance	Load	Rest
1	25m	Race weight	2 min
2	25m	Race weight	2 min
3	50m	Race weight	Full recovery

Total volume: 100m. Stop here.

Execution notes:

• This is not a training session. It is a rehearsal. Move with intent but do not push to maximum effort. The goal is to confirm your mechanics and remind your neuromuscular system what race weight feels like.
• Complete this session no closer than 4 days before your race. Any later and residual quad fatigue will still be present on race day.
• If the sled feels significantly harder than it has in recent weeks, that is normal. Race week adrenaline and taper anxiety create a distorted perception of effort. The work is done. Trust the preparation.

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Progression Across Training Blocks

These six workouts are not random sessions — they form a progressive structure. Here is how they connect across a 12-week build:

Weeks 1–4 (Early Prep): Workout 1 twice per week. Sub-race weight, high volume, establish baselines. Workout 2 added in week 3 as a power day once per week.

Weeks 5–8 (Mid Prep): Workout 3 (race weight intervals) replaces Workout 1 as the primary session. Workout 4 (overload) introduced once per week in week 5. Workout 2 maintained once per week for power.

Weeks 9–10 (Peak): Workout 5 (post-run fatigue) added once per week. Workout 3 maintained. Overload protocol dropped by week 10. Total sled volume begins reducing.

Weeks 11–12 (Taper): Workout 5 reduced to one round only. Workout 3 at reduced volume (three sets of 25m). Workout 6 four to five days out.

This structure follows the progressive overload, specificity, and taper principles that apply to any athletic quality. Loading without progression leads to plateaus. Specificity without volume leads to limited transfer. Neither works without a proper taper that allows the accumulated adaptations to express on race day.

For a full 12-week HYROX^® training plan structure that integrates sled push alongside running, ski erg, rowing, and the other functional stations, the HYROX^® training plan guide is the place to start. If you want to understand where sled push fits within the broader training zone model — when to push aerobically versus anaerobically — the HYROX^® training zones guide gives the physiological framework.

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What to Do If You Do Not Have a Sled

Sled access is the single biggest barrier to specific preparation for Station 2. If your gym does not have a push sled, these substitutions develop the same physical qualities with acceptable transfer:

Horizontal band walks. Attach a resistance band to a fixed anchor at waist height behind you. Adopt the 45-degree sled push position and walk forward against the band for 15–20 metres. This trains the exact forward lean, hip extension, and ball-of-foot mechanics without any equipment beyond a band. Three to four sets with band tension at roughly 30–40% of bodyweight is the starting point.

Loaded prowler alternatives. Pushing a loaded wheelbarrow, a loaded furniture dolly on a smooth floor, or a cart in a parking garage all approximate the loading pattern. None are perfect — friction and load distribution differ — but anterior chain endurance adaptations transfer well.

Heavy goblet squats with forward lean. A goblet squat held at the chest with a deliberate forward lean replicates the quad angle demanded during the sled push drive phase. Four sets of 12–15 reps at moderate weight builds the muscular endurance component without the horizontal force production component.

For more detail on training Station 2 when sled equipment is unavailable, the sled push alternatives guide covers the full range of options with load recommendations.

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How Sled Push Workouts Affect Your Running Splits

An underappreciated aspect of structured sled training: it improves your running. Not because the sled is aerobically demanding in the same way running is, but because the horizontal force production mechanics it develops — forward lean, ball-of-foot contact, hip extension through each stride — are the same mechanics that produce efficient running ground contact.

Athletes who complete a dedicated 8-week sled push block typically see improvement not just in Station 2 but in the 1 km running splits that bookend it. The posterior chain strength and specific stride mechanics built through overload sled work transfer to more efficient running propulsion. The HYROX^® workout guide covers how these adaptations distribute across all eight stations and the running splits between them.

For athletes specifically interested in the combined physiological effects of weighted sled training on conditioning, the weighted sled push guide covers the evidence on load selection, adaptation timelines, and why training above race weight produces benefits beyond the sled station itself.

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Common Programming Mistakes

Training only when fresh. If every sled session happens at the start of a workout when legs are fully recovered, you are not training the physical state in which you will actually push. Add at least one sled session per week at the end of a hard session or immediately after running.

Ignoring the surface. Smooth sports hall flooring creates different friction to turf, rubber matting, and concrete. Competition HYROX^® surfaces are typically smooth, low-friction. Turf training at the same weight will feel harder — which can be useful for overload — but should not be mistaken for race-representative effort. Know your training surface and adjust expectations accordingly.

Adding load before adding quality. The most common error in HYROX^® sled training is increasing weight before technique is sound. A poor lean angle at race weight is slower and more exhausting than a good lean angle at 90% race weight. Technique first, then load. The sled push technique guide is the prerequisite to these workouts if your mechanics are not yet consistent.

Skipping the second sled session. Most athletes do one sled session per week. The data is clear: two sessions per week during the eight-week build phase is what produces the 12–18% time improvement. One session maintains. Two sessions improve. If time is the constraint, the second session can be short — Workout 6 volume at 80% race weight — but it should exist.

Peaking too early. Overload training and post-run fatigue sessions close to race day generate residual fatigue that shows up at the station. The taper schedule matters. Back off volume in weeks 11–12. The fitness is built — the final two weeks are about expressing it, not adding to it.

For a wider look at how sled push training fits within full HYROX^® programming, including its interaction with the sled pull at Station 7, the sled push and pull combo guide addresses the sequencing decisions that determine how hard to push at Station 2 given what comes later in the race.

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Frequently Asked Questions

How heavy is the sled push in HYROX^®? The total sled weight in the Open category is 102 kg for men and 72 kg for women. Pro category athletes push 152 kg (men) and 102 kg (women). These are total loaded sled weights. Floor surface affects perceived difficulty significantly — smooth sports hall flooring creates less friction than turf, which means the same weight can feel meaningfully different on different training surfaces. Account for this when setting training loads and interpreting how race weight compares to your training experience.

How long should my sled push take at HYROX^®? For Open category athletes, 1:15–2:00 is achievable at full fitness; 2:00–3:00 is the realistic range for athletes newer to the station. Sub-1:15 is competitive territory. ROXBASE data from 700,000+ athlete profiles shows that sled push time has more variance than almost any other station — athletes at equivalent aerobic fitness levels can split by 45+ seconds depending on whether they have trained sled specifically or not. Training the station consistently is the highest-return action for closing that gap.

How often should I train the sled push in my HYROX^® prep? Two sessions per week during an 8-week build block produces the best results. One session per week maintains current fitness but does not generate the progressive adaptation needed to meaningfully cut your station time. In the final two weeks before race day, reduce to one short session at race weight and stop at 3–5 days out. More volume close to race day generates residual fatigue without adding fitness.

Can I build sled push fitness without owning a sled? The push-specific posterior chain endurance and horizontal force production require a sled for full specificity. That said, resistance band walks in the sled push position, heavy goblet squats with forward lean, and loaded prowler substitutes develop the key physical qualities with reasonable transfer. Combining these with any available sled access — even once every two weeks — is significantly better than no sled training at all. The sled push alternatives guide covers the full toolkit.

Why is my sled push always slower in race conditions than in training? Three factors explain most of the gap. First, you are arriving at Station 2 after a 1 km run — something most training sessions do not replicate. Second, race adrenaline tends to drive athletes to start too fast, burning through their anterior chain endurance in the first 20 metres and slowing sharply toward the finish. Third, competition floor surfaces are often smoother than training surfaces, but the combination of race stress and accumulated fatigue from the opening run still takes a toll. Workout 5 in this article — the post-run fatigue simulation — is specifically designed to address the first two factors.

Sources

1. The initial inertia resistance of a stationary loaded sled demands peak rate of force development from the quads and glutes. Athletes who lack specific strength in the forward-lean, ball-of-foot drive position typically show their greatest time loss in the first 5–8 metres of the push rather than across the full 50 metres. ↩

2. Horizontal force application during the sled push requires the ground reaction force vector to point rearward and downward rather than directly downward. When athletes drive too vertically, the sled receives minimal horizontal impulse and moves slowly despite high perceived effort from the pusher. The forward lean and hip extension pattern specifically redirects force along the horizontal axis. ↩

3. Rest interval management in sport-specific power-endurance training follows the principle that quality of force output across sets predicts race-day performance better than total volume completed under fatigue. Short rests may increase perceived difficulty while reducing the quality of the neuromuscular stimulus — the opposite of the goal in race-weight interval training. ↩

4. Supramaximal loading (110–120% of target event weight) produces acute overload adaptations in type II muscle fibres that include increased contractile protein synthesis, improved rate of force development, and reduced perceived exertion at the lower event weight. This is the physiological mechanism behind the "race weight feels easier" response athletes report after overload training blocks. ↩

5. The run-to-push fatigue interaction reflects the concept of post-activation potentiation complicated by acute metabolic fatigue. A short, high-intensity run raises heart rate and blood lactate to levels that partially compromise quad force production during the subsequent push — exactly the physiological state created by the opening 1 km run in a HYROX^® race. Training this sequence produces specific adaptation to performing under that combined fatigue state. ↩