Hyrox Pacing Plans: 90, 75, 60 Min Targets

The Race Is Won Before You Leave the Start Pen

Most HYROX^® athletes arrive at the start line with months of training behind them and no idea what pace to run when the clock starts. They have worked on their SkiErg, they have trained their wall balls, they have run long and lifted heavy — but they have no specific number for kilometer one. When the wave goes off, they follow the crowd.

That is how races are lost.

HYROX^® is eight 1 km runs alternating with eight functional stations. Total distance is roughly 9–11 km. The math looks simple. The execution is not. Because the stations sit between every run segment, pacing behaves differently here than in any pure running event. Going 15 seconds per kilometer too fast in run one does not just cost you 15 seconds — it accelerates glycogen depletion, spikes heart rate into a range that is difficult to recover from, and compounds across every subsequent round.^[1] ROXBASE data from 700,000+ athlete profiles shows that athletes who hold a written pre-race pacing plan finish more consistently than athletes who race by feel alone.

This guide gives you the exact split targets and station time budgets for four finish-time goals: sub-60, sub-75, sub-90, and sub-120 minutes. It also covers the specific mental and physiological challenge of sticking to those numbers when race-day adrenaline tells you to go faster.

For context on how these targets connect to the underlying physiological demands of the race, the HYROX^® training zones guide covers the aerobic and anaerobic framework that makes the numbers below work.

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Understanding HYROX^® Time Architecture

Before you can build a pacing plan, you need to understand how time is actually distributed in a HYROX^® race.

A race of 75 minutes is not 75 minutes of running. Roughly 15–20% of your race time — depending on your finish level — is spent in functional stations. The faster you go, the higher that percentage climbs in relative importance, because faster athletes spend a larger fraction of their total time on stations where margins are tighter.

Here is the time split structure at each finish level:

Finish Time Goal	Approx. Time in Stations	Approx. Time Running	Avg. Run Pace Needed
Sub-60 min	13–16 min	44–47 min	5:30–5:50 /km total
Sub-75 min	16–19 min	56–59 min	7:00–7:25 /km total
Sub-90 min	18–22 min	68–72 min	8:30–9:00 /km total
Sub-120 min	22–28 min	92–98 min	11:30–12:15 /km total

Note: "avg. run pace needed" reflects the total 8 km running component, not per-interval splits, which vary due to fatigue progression.

The average Open finish is approximately 86 minutes. Sub-90 is a solid, competitive target for most Open athletes. Sub-60 places you in the top 5% of all finishers — an elite result that requires a specific physiological foundation in addition to tactical discipline.

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The Four Pacing Tables

Sub-60 Minute Finish

Sub-60 is an elite result. On race day your run pace will sit around 4:35–4:50 /km across the middle laps. The opening and closing laps are where the race is shaped.^[2]

Segment	Target Pace / Time	Notes
Run 1	4:55–5:05 /km	Deliberately 15–20 sec slower than goal pace
Runs 2–5	4:40–4:50 /km	Controlled effort, Zone 3–4 ceiling
Runs 6–8	4:30–4:45 /km	Push here if you paced correctly earlier
SkiErg (1,000 m)	3:30–3:45 /500m	~3:50–4:05 total; aerobic, not maximal
Sled Push (50 m)	35–45 sec	Max controlled effort; drive through hips
Sled Pull (50 m)	35–45 sec	Slightly easier than push for most athletes
Burpee Broad Jumps (80 m)	2:30–2:55	1 rep every 1.8–2.2 sec; rhythm > speed
Rowing (1,000 m)	1:55–2:05 /500m	~4:00–4:10 total; your reset station
Farmers Carry (200 m)	2:00–2:30	Grip locked, no stops
Sandbag Lunges (100 m)	2:30–3:00	Short steps, consistent cadence
Wall Balls (100 reps)	4:30–5:30	Sets of 15–12–10–8 or similar
Station total budget	~14–16 min

Sub-75 Minute Finish

Sub-75 is the threshold that separates the upper tier of competitive Open athletes from the mid-pack. Your run pace across the middle laps sits around 5:30–5:50 /km.

Segment	Target Pace / Time	Notes
Run 1	5:55–6:05 /km	10–15 sec slower than your goal pace
Runs 2–5	5:40–5:55 /km	Steady Zone 3; conversational is too slow
Runs 6–8	5:35–5:50 /km	Controlled increase if energy allows
SkiErg (1,000 m)	3:50–4:10 /500m	~4:15–4:40 total
Sled Push (50 m)	45–55 sec	High effort; short explosive pushes
Sled Pull (50 m)	40–50 sec	Accept HR spike; it clears on the next run
Burpee Broad Jumps (80 m)	3:00–3:25	1 rep every 2.2–2.6 sec
Rowing (1,000 m)	2:05–2:15 /500m	~4:20–4:40 total; stay aerobic
Farmers Carry (200 m)	2:20–2:50	Walk with purpose, eyes forward
Sandbag Lunges (100 m)	3:00–3:30	Fatigue will show here; shorten step length
Wall Balls (100 reps)	5:30–6:30	Sets of 12–10–8–6 or similar
Station total budget	~17–19 min

Sub-90 Minute Finish

Sub-90 is the most common performance goal for athletes who have trained specifically for HYROX^®. The average Open finish is ~86 minutes, making sub-90 a meaningful threshold. Your goal run pace across the middle laps is around 7:00–7:20 /km.

Segment	Target Pace / Time	Notes
Run 1	7:25–7:45 /km	Deliberately conservative; most athletes blow this
Runs 2–5	7:05–7:25 /km	Goal average; lock this in early
Runs 6–8	7:00–7:20 /km	Slight push; cardiac drift will fight you
SkiErg (1,000 m)	4:20–4:45 /500m	~4:50–5:20 total; low Zone 3
Sled Push (50 m)	55–70 sec	Multiple short pushes; technique over brute force
Sled Pull (50 m)	50–65 sec	Full effort; brief rests acceptable
Burpee Broad Jumps (80 m)	3:25–4:00	1 rep every 2.5–3.0 sec; steady rhythm
Rowing (1,000 m)	2:20–2:35 /500m	~4:50–5:20 total; your mid-race reset
Farmers Carry (200 m)	2:45–3:15	One stop acceptable if grip fails
Sandbag Lunges (100 m)	3:30–4:00	By round 7 legs are compromised; shorter steps
Wall Balls (100 reps)	6:30–8:00	Sets of 10–8–6–5 or similar
Station total budget	~18–22 min

Sub-120 Minute Finish

Sub-120 is the goal for athletes completing their first or second HYROX^®, or athletes managing injury or significant aerobic deficit. Finishing under two hours is a genuine accomplishment at this level and deserves a proper plan. Your goal run pace across the middle laps is around 9:45–10:30 /km.

Segment	Target Pace / Time	Notes
Run 1	10:20–10:50 /km	Slow start is especially important here
Runs 2–5	9:50–10:30 /km	Comfortable sustainable effort
Runs 6–8	9:40–10:20 /km	Push gently; the race will feel long by now
SkiErg (1,000 m)	5:00–5:45 /500m	~5:40–6:30 total; comfortable breathing
Sled Push (50 m)	70–100 sec	Multiple breaks acceptable; technique first
Sled Pull (50 m)	65–90 sec	Rest between pulls if needed; do not rush
Burpee Broad Jumps (80 m)	4:00–5:00	1 rep every 3.0–3.75 sec; stay moving
Rowing (1,000 m)	2:45–3:10 /500m	~5:45–6:45 total; relaxed breathing
Farmers Carry (200 m)	3:15–4:00	Multiple stops allowed; set down with control
Sandbag Lunges (100 m)	4:00–5:00	Standing rests allowed; keep resting brief
Wall Balls (100 reps)	8:00–10:30	Sets of 8–6–5–4 or similar; steady rhythm
Station total budget	~24–28 min

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How to Set Your Opening Kilometer Ceiling

The opening kilometer is the single most important pacing decision you will make. The adrenaline at the start line will make your goal pace feel easy. That feeling is not reliable data.

The formula is simple: take your goal average run pace, add 15–20 seconds, and make that number your ceiling for kilometer one. If you run faster than that ceiling, you are spending aerobic currency you cannot earn back.

Here is the opening kilometer ceiling by goal:

Finish Goal	Goal Avg. Run Pace	Km 1 Ceiling
Sub-60	~5:30–5:45 /km	5:55–6:05 /km
Sub-75	~6:50–7:05 /km	7:10–7:25 /km
Sub-90	~8:20–8:35 /km	8:40–8:55 /km
Sub-120	~11:00–11:30 /km	11:20–11:50 /km

Write your km 1 ceiling on your wrist or forearm before you start. Check it at the 400-meter mark — not the 800-meter mark, when it is already too late to correct.^[3]

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Why Adrenaline Is Your Biggest Pacing Threat

Race-day adrenaline is not just a cliché. It is a measurable physiological phenomenon: elevated catecholamines (adrenaline and noradrenaline) suppress your perception of effort, increase heart rate above your normal resting baseline before the gun fires, and make your target race pace feel significantly slower than it does in training.^[4]

The practical result: you run kilometer one 15–25 seconds per kilometer faster than planned without feeling like you are working harder than usual. By kilometer three you are beginning to feel it. By kilometer six the legs are gone.

Three tactics that help:

Use your watch, not your body. For the first two runs, your primary feedback is the number on your watch. What your body tells you is not accurate at this point in the race. Trust the number.

Pick a reference athlete, not the crowd. If possible, identify an athlete in your wave who looks like they are racing your goal time and match their pace. Crowds in HYROX^® start lines tend to surge. A single steady athlete is a better reference point than the group.

Give yourself explicit permission to be overtaken. In the first kilometer, athletes will pass you. Some will be faster than you for the whole race. Others are running a time they cannot sustain. Knowing in advance that being overtaken early is part of the plan removes the emotional trigger that pulls most athletes into the opening surge.

For a deeper examination of how heart rate zones connect to perceived effort in HYROX^® — and why zone discipline in the early laps determines late-race performance — see heart rate zones for HYROX^®.

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Station Time Budgets: The Missing Half of Pacing

Most athletes track their running splits. Almost none track their station times. This is a significant oversight.

If you run all eight laps at goal pace and blow your station time budgets by 30 seconds each, you have added four minutes to your finish time with no explanation visible in your run splits. Station pacing is not a secondary consideration — it is half the race.

The framework is straightforward. In training, establish benchmark times for each station at race effort. Do this as standalone efforts after 10–15 minutes of warm-up, not from a cold start. Then use those benchmarks as target ceilings on race day.

Station benchmarks to establish in training:

• SkiErg 1,000 m: Your best unbroken time trial. Race target: 90–93% of that time.
• Sled Push 50 m: Time a full-effort set under race-weight load. Race target: match it; no padding.
• Rowing 1,000 m: Time a steady aerobic effort (not a sprint). Race target: match that effort level, not a sprint.
• Wall Balls: Count your unbroken reps at race weight. Use that to plan your set scheme. Never go to failure in the race.

Athletes who go into a race with station time benchmarks can course-correct in real time. Athletes who go in without them have no reference point when a station takes longer than expected.

For how to structure these benchmarks into your weekly training, the HYROX^® workout guide covers the session formats that develop station-specific fitness alongside running capacity.

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Managing the Second Half of the Race

The second half of a HYROX^® race — rounds 5 through 8 — behaves differently from the first half, and your pacing plan needs to account for that.

Cardiac drift is real and inevitable. As the race extends, your heart rate at a fixed pace will rise progressively due to dehydration, rising core temperature, and declining cardiac stroke volume.^[5] This means that by run 6 or 7, maintaining your goal pace requires more effort than the same pace cost in run 2. Do not interpret the increased effort as a sign that something has gone wrong. It is expected. Let the effort guide you, not the clock — your split may slow by 5–10 seconds per kilometer in the final laps even at honest effort.

The legs will feel different after stations 6 and 7. Farmers Carry and Sandbag Lunges create grip and quadricep fatigue, respectively, that directly degrades running economy into the final laps. Athletes who have done these stations in training will find the degradation predictable and manageable. Athletes who have not will be surprised by how much run 8 hurts.

The Rowing station (Round 5) is your mid-race reset. At the halfway point, the temptation is to sprint the row to "make up time." Resist this. The row is where you establish your physiological baseline for the second half. A disciplined aerobic row at 85–90% of your rowing time trial pace sets up your best possible performance in the four laps and three stations that follow. Sprinting the row buys you 30 seconds and costs you 90.

If you want to understand how to handle the pacing relationship between individual stations and the race as a whole, the HYROX^® pacing strategy guide covers the physiological framework in depth.

For race week execution — including taper protocol, nutrition timing, and mental preparation that supports clean pacing — HYROX^® race week walks through the seven days before competition in detail.

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Building a Race-Day Reference Card

Do not rely on memory to execute your pacing plan during the race. Build a reference card — a small physical or digital note — that contains exactly four numbers:

1. Km 1 ceiling: The maximum pace for your opening kilometer.
2. Laps 2–5 target: Your goal pace bracket for the mid-race runs.
3. Two key station targets: Choose the two stations where you historically overrun (often SkiErg or Wall Balls).
4. Elapsed time check: What your total elapsed time should read after round 4 (the halfway point).

The elapsed-time check at halfway is the single most useful real-time diagnostic available to you. If you are at halfway with less time elapsed than planned, you may have gone out too fast — or you may be having a great race. If you are ahead of plan by more than 90 seconds, assume the former.

Write these numbers on your left forearm with a permanent marker before your wave. They will survive sweat for the full race duration.

For a complete approach to race-day preparation that supports this kind of operational discipline — from venue logistics to warm-up protocol — see the HYROX^® race day guide.

For station-specific execution tactics including approach and exit mechanics that can save 60–90 seconds across the race without any additional fitness, the HYROX^® transitions guide is essential reading alongside your pacing plan.

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What Happens When the Plan Falls Apart

No plan survives first contact with a HYROX^® race perfectly. Sled weight can feel heavier than expected. The SkiErg may spike your heart rate above target in the first minute. A slow athlete in your lane can extend your sled push. These are race conditions, and they require adjustments.

The rules for mid-race plan adaptation:

Do not compensate on the run. If a station took 45 seconds longer than planned, the instinct is to sprint the subsequent run to "get back on track." This nearly always makes the situation worse. The time is gone. Returning to your goal pace on the next run is the correct move, not exceeding it.

Reset at the rowing station. Round 5 is your only mid-race checkpoint where the station itself provides partial recovery. If the first half went poorly, the row is where you recalibrate effort for the second half.

Use RPE, not split data, when the wheels come off. If your watch data is creating anxiety rather than guiding execution — if staring at your pace is making you run faster than you should — shift to a Rate of Perceived Exertion model. A 7–8 out of 10 RPE on runs is the right range for most finish time goals. A 9–10 RPE in runs 1–5 is how races blow up.

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Frequently Asked Questions

Q: How do I figure out my realistic finish time goal before my first race?

The most reliable predictor is your current 5 km run time. Multiply your 5 km time by 5.5–6.5 depending on your functional fitness level (lower multiplier for athletes with a strong gym background, higher for pure runners). A 22-minute 5 km translates to approximately 120–143 minutes — so sub-120 to sub-140 is a realistic first-race window. From there, specific HYROX^® training will improve the station efficiency component substantially.

Q: Should I pace the same way for Open, Pro, and Doubles categories?

No. Pro category adds weight to most stations — heavier sled loads, heavier Farmers Carry kettlebells, heavier wall ball. Budget an additional 15–25 seconds per weighted station compared to Open targets, and adjust your run pacing to account for higher station effort output. Doubles fundamentally changes the structure because each partner handles half the station volume, allowing more aggressive run splits between stations. For Doubles-specific pacing considerations, the HYROX^® training plan guide covers the category differences in detail.

Q: My run fitness is strong but my stations are slow. How does that change the budgets?

Add time to your station budgets and reduce your running pace targets slightly. If your SkiErg is 60 seconds slower than the target above, you need to run approximately 7 seconds per kilometer faster across all eight laps to compensate — which may not be sustainable. A more honest approach is to accept the slower station, race your running at goal pace, and calculate a realistic finish time from there. Chasing station limitations with running aggression compounds fatigue rather than compensating for it.

Q: At what point in a race should I start pushing harder than planned?

Run 7 is the earliest point to consciously increase effort above your goal pace. By run 7, you have enough race data to know whether you have been conservative. If your heart rate has stayed consistently below Zone 4 and your splits have been at the easy end of your target bracket, you have capacity. If you have been at the hard end of your bracket all race, hold your pace and let the fitness carry you home. Under no circumstances should you push before round 6 — there is not enough race remaining to absorb the early cost and still benefit.

Q: Is the pacing plan the same for a first race versus a goal race?

No. For a first race, treat the entire event as a data collection session. Run the sub-120 table regardless of your fitness, complete every station conservatively, and finish with information about where your real limiters are. First-race PRs are essentially automatic if you avoid blowing up. First-race blow-ups — running km 1 in 5 minutes on a 90-minute fitness base — create a deeply unpleasant experience and a distorted view of what HYROX^® actually demands. The sub-120 table is not slow; it is smart for anyone without specific HYROX^® race experience.

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Sources

1. Early anaerobic work depletes glycogen at 2–3 times the rate of aerobic effort at equivalent power output. In a race lasting 60–120 minutes, depleting carbohydrate stores in the first two laps through excessive intensity leaves insufficient fuel for the final station and run segments where the pace should be increasing, not collapsing. ↩

2. Sub-60 places athletes in the top 5% of Open finishers globally. At most HYROX^® events, fewer than 5–8 males break 60 minutes in the Open wave, and fewer than 1–2 females. The physiological prerequisites — VO2max of 55+ ml/kg/min, 5 km under 20 minutes, peak training weeks of 50+ km of running — make this a multi-cycle project for athletes starting from an 80–90 minute baseline. ↩

3. Checking split data at 400 meters into the opening run provides enough time to decelerate to goal pace across the remaining 600 meters. Checking at 800 meters means the damage is largely done and only the final 200 meters can be corrected — insufficient to meaningfully change the average pace for that kilometer. ↩

4. Catecholamine elevation under competitive conditions raises resting heart rate by 8–15 BPM before race start and reduces the perceived effort associated with any given pace. This "adrenaline bias" is most pronounced in the first 5–10 minutes of the event, precisely the window when pacing discipline matters most. ↩

5. Cardiovascular drift describes the progressive rise in heart rate at constant pace over sustained aerobic exercise, driven by plasma volume loss through sweat, rising core temperature, and compensatory increases in cardiac output to maintain stroke volume. Athletes can expect 5–12 BPM of drift over a 60–90 minute HYROX^® race even with consistent hydration, which translates to 5–15 seconds per kilometer of pace degradation at the same perceived effort level. ↩