Rowing Machine Pace Chart for Hyrox Targets

What the Rower at Station 5 Actually Demands

Station 5 in HYROX^® is a 1,000-meter effort on the Concept2 RowErg. On paper it sounds straightforward. In practice, you arrive at it with four kilometers of running already in your legs, plus the accumulated cost of the SkiErg, Sled Push, Sled Pull, and Burpee Broad Jumps. Your quads are loaded, your cardiovascular system is elevated, and the Farmers Carry at station 6 is waiting the moment you step off the machine.

That context is why a rowing pace chart matters. Without a pre-set target, athletes either go by feel — which tends to be too hard — or they guess a round number that bears no relationship to what their physiology can actually sustain. This rowing pace chart gives you the data to pick the right number before race day, based on your division and your current fitness.

ROXBASE draws on athlete profile data from 700,000+ HYROX^® participants. The splits below reflect real competition performance across divisions, adjusted for the station 5 fatigue context.

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The Rowing Pace Chart by Division

The table below gives target 500m splits and estimated 1,000m finish times for station 5 across all major HYROX^® divisions. These are race-management targets, not standalone rowing benchmarks.

Division	Target 500m Split	Estimated 1,000m Time	2k Row PB Reference
Elite Men	1:45–1:55 / 500m	3:30–3:50	sub-6:30
Elite Women	1:55–2:10 / 500m	3:50–4:20	sub-7:30
Competitive Men	2:00–2:15 / 500m	4:00–4:30	6:30–7:30
Competitive Women	2:10–2:25 / 500m	4:20–4:50	7:30–8:30
Open Men	2:15–2:40 / 500m	4:30–5:20	7:30–9:00
Open Women	2:30–2:55 / 500m	5:00–5:50	8:30–10:30

The 500m split column is your in-race reference point. Your Concept2 monitor displays pace per 500m continuously. Pick your target, write it on your hand or your watch before the start, and use it as your single checkpoint at 500m elapsed distance.^[1]

For training-focused sessions that build capacity to hit these splits under fatigue, the 1,000m row workout guide covers the specific session structures that transfer most directly to race-day performance.

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How to Convert Your 2k PB to a Race Pace Target

Your 2,000m rowing personal best is the most useful reference point for setting a station 5 target, but the conversion is not as simple as halving the time. Two adjustments are needed.

Step 1 — Halve Your 2k Time to Get Your Baseline 500m Split

A 2k row is performed over four 500m intervals. Your average 500m split across those four is simply your 2k finish time divided by 4. Example: a 7:00 2k row = 1:45 average per 500m.

Step 2 — Apply the Fatigue Adjustment

This is the adjustment athletes consistently underestimate. By the time you reach station 5, you have covered approximately four kilometers of running and four full exercise stations. The physiological cost is significant: heart rate is typically elevated to Zone 4 territory, peripheral leg fatigue has accumulated from the Sled Push and Burpee Broad Jumps, and your aerobic capacity is partially depleted.^[2]

The practical correction: add 10–15% to your baseline 500m split before setting your race target.

Fresh 2k Pace (per 500m)	+10% Race Adjustment	+15% Race Adjustment	Recommended Target
1:30	1:39	1:44	1:40–1:45
1:45	1:56	2:01	1:55–2:00
2:00	2:12	2:18	2:10–2:15
2:15	2:28	2:35	2:25–2:35
2:30	2:45	2:52	2:43–2:52
2:45	3:01	3:10	3:00–3:10

Use the lower end of the recommended target if you have strong aerobic endurance and have raced HYROX^® before. Use the higher end if this is your first race, you have not done specific rowing endurance training, or you tend to blow up at stations 6–8.

For a practical framework on how to identify the right intensity across every HYROX^® station, the HYROX^® Training Zones guide maps effort levels to station-specific pacing decisions.

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Damper Settings and Their Effect on Pace

The Concept2 RowErg damper lever is one of the most misunderstood controls in HYROX^® preparation. It sits on the side of the flywheel housing and controls how much air enters the flywheel on each drive. Higher settings increase air resistance per stroke, creating a heavier feel — lower settings reduce resistance, producing a lighter, faster stroke.

What the Damper Actually Controls

The damper does not directly control how hard you are working. It controls how the workload is distributed between muscular force per stroke and stroke rate. High damper = fewer strokes, more force per stroke, more leg and back loading. Low damper = more strokes per minute, less force required, lower leg fatigue per unit of power output.

For a 1,000m station completed under accumulated race fatigue, the damper choice has measurable consequences for leg preservation.^[3]

The Optimal Range for HYROX^® Station 5

Damper 3–5 is the recommended range for the majority of HYROX^® athletes — from first-time Open competitors to experienced Competitive athletes. Within that range:

• Damper 3–4: Best for athletes who are not experienced rowers, or who know their quads take significant punishment from the Sled Push. Lighter stroke, higher cadence, lower per-stroke leg cost.
• Damper 4–5: Best for athletes with a rowing background or who have trained the station specifically. Allows a more powerful stroke pattern that transfers well to trained pulling mechanics.
• Damper 6–7: Occasionally used by Elite athletes with specific strength-to-endurance profiles. Requires significant sport-specific conditioning. Not recommended for Open or Competitive athletes in a race context.

A damper at 7 or above on tired legs means near-maximum quad engagement on every single drive. Over 1,000 meters, that accumulates into the exact leg fatigue that makes the Farmers Carry and Sandbag Lunge at stations 6 and 7 fall apart.^[4]

Practical rule: check the damper before you sit down. At a busy race venue, the previous athlete may have set it to 10. Do not assume, and do not sit down without verifying. It takes two seconds.

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How Fatigue Changes Your Pace Through the Station

The 1,000m row divides into three distinct phases under race conditions, and each one requires a different internal reference.

Phase 1 — First 250m: Controlled Entry

Your heart rate is elevated from the Burpee Broad Jumps and the run into station 5. If you match that cardiovascular state with maximum rowing intensity, you will hit an unsustainable zone within 60–90 seconds. The correct approach: set your target split on the first stroke and hold it, even if it feels slow in the first 100m. Resist the race-day adrenaline that pushes you faster than the plan.

Phase 2 — 250m to 750m: Execution Window

This is the longest and most important segment. Your breathing should be rhythmic and controllable — a useful self-check is whether you can fully exhale on each drive. If your breathing has become shallow and uncontrollable, you are likely 5–10 seconds per 500m too fast.

Leg drive contributes roughly 60% of total rowing power. As fatigue accumulates, keep the leg push as the primary power source — arms and back follow the legs, not the other way around.

Phase 3 — Final 250m: Controlled Lift

With 250m remaining, you have the capacity to increase. Raise stroke rate by one or two strokes per minute and let your split drop by 3–8 seconds per 500m. This is a gear-up, not a sprint. The goal is to finish the row strong without spiking your heart rate to a level that will not recover before the Farmers Carry transition.^[5]

For a deeper breakdown of in-race pacing decisions at station 5, the HYROX^® Rowing Pacing guide covers the specific RPE and monitor targets for each phase.

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Technique Points That Protect Your Pace

Even split rowing at station 5 is partly technique. The form breakdowns that collapse pace are consistent across athletes and predictable once you know what to watch for.

Arms-before-legs: The most common error under fatigue. Athletes start the arm draw before full leg extension, disconnecting the kinetic chain and reducing power transfer. Cue: legs drive first, back layback second, arms draw last. Every stroke, even when it feels mechanical.

Short leg drive: Tired quads produce a shortened catch-to-finish arc. The fix is conscious emphasis on driving through to full extension — partial leg drive produces proportionally less power per stroke and forces higher stroke rates to compensate.

Grip tension: Excessive grip loads the forearms for no additional power benefit. Loose but firm grip, steering rather than strangling the handle. This matters directly for the Farmers Carry that follows.

Rushed recovery: The slide back to the catch position is where your cardiovascular system gets a brief recovery window. Rushing it eliminates that window and elevates average heart rate over the full 1,000m. Slow the return.

For a full technical model with cues specific to race conditions, HYROX^® Rowing Technique covers the stroke cycle in detail.

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Translating the Pace Chart Into Training

The pace chart is only useful if you have actually trained at those splits before race day. Here is how to structure that preparation.

Race-Pace Intervals

The most effective format for building rowing pace endurance is interval work at or slightly above your target race split. A practical session: 4–5 rounds of 250m at target race pace, with 90 seconds of rest between intervals. This conditions your system to sustain the target split under accumulating fatigue without the full depletion cost of a time trial.

Post-Fatigue Rows

The highest-specificity training format for station 5: complete 3 minutes of Burpee Broad Jumps at race tempo, then immediately sit down and row 1,000m at your target split. This replicates the cardiovascular and muscular state in which you will actually row on race day. Run this session once per week in the final 6–8 weeks before your race.

Damper-Consistent Training

Row all your HYROX^®-specific sessions at the damper setting you plan to use on race day. Athletes who train at damper 8 and race at damper 4 find the stroke rhythm unfamiliar under race stress. Consistency removes that variable.

For specific workouts targeting rowing endurance at race pace, the Rowing Endurance training guide provides structured progressions across a four-week training cycle. Race tips and tactical preparation are covered in the Rowing Race Tips guide.

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How Station 5 Connects to Everything That Follows

The rowing pace chart is ultimately a tool for total race time management, not just station 5 time management. Rowing 20 seconds faster at station 5 than your target is almost never worth it if it costs you 30 cumulative seconds across stations 6, 7, and 8.

ROXBASE data from 700,000+ athlete profiles consistently shows that athletes who spike their effort at station 5 pay a measurable penalty through the Farmers Carry, Sandbag Lunge, and Wall Balls. The row is the pivot point of the race — the moment where the early stations are done and the four closing stations begin. Arriving at station 6 with legs you can still use is the primary objective. The pace chart gives you the split at which that is achievable.

For the full race strategy framework across all eight stations, the HYROX^® Workout guide and the HYROX^® Rowing guide cover how to build and execute a race-wide effort plan that accounts for station dependencies.

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Frequently Asked Questions

What 500m split should I target on the Concept2 rower at station 5?

Take your 2,000m rowing personal best time and divide by 4 to get your baseline 500m split, then add 10–15% to account for the fatigue already in your legs by station 5. If you do not have a 2k PB, row 2,000m in training at a hard but sustainable pace, note your average 500m split, and add 15 seconds as your race target. The rowing pace chart table above gives reference ranges by division for a direct comparison.

Does the damper setting on the rower actually affect performance at station 5?

Yes, significantly. A high damper (7–10) requires near-maximum quad force on every drive stroke. Over 1,000m, on legs that have already absorbed the Sled Push and Burpee Broad Jumps, this accumulates into leg fatigue that degrades your Farmers Carry and Sandbag Lunge at stations 6 and 7. Set the damper to 3–5 before you sit down. Check it — do not assume the previous athlete left it where you need it.

How much slower should my race rowing pace be compared to a standalone 2k row?

Your race pace at station 5 should be 10–15% slower than your equivalent fresh 500m split from a 2k row. In practical terms, that typically means adding 15–25 seconds per 500m to your fresh rowing pace. The exact adjustment depends on how far into the race you are (station 5 is roughly the midpoint), your aerobic capacity, and how hard the preceding stations affected you. Athletes racing HYROX^® for the first time should use the full 15% adjustment; experienced athletes who know their aerobic base can work with 10–12%.

What stroke rate should I target at station 5?

For most HYROX^® athletes, a stroke rate of 20–26 strokes per minute is appropriate for a 1,000m race row. This is lower than many athletes expect — recreational rowing often happens at 28–32 strokes per minute. The lower rate at HYROX^® station 5 is intentional: it allows more force per stroke from the legs rather than relying on arm speed, which reduces leg fatigue over the full distance. Focus on your 500m split number on the monitor rather than chasing a specific stroke rate.

How do I practice the specific fatigue state of station 5 in training?

The most effective method is to simulate the preceding demand before your row. A practical training session: run a moderate 1km at race-pace effort, then do 3 minutes of Burpee Broad Jumps at race tempo, then immediately row 1,000m at your target race split. This is not a pleasant session, but it conditions both your pacing instincts and your cardiovascular system to the specific fatigue pattern of HYROX^® station 5. Run this session once per week in the 6–8 weeks before your race.

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Sources

1. The 500m split displayed on the Concept2 monitor is a rolling average of current output expressed as the time it would take to complete 500m at the current effort. It updates every stroke and is the most reliable in-race reference for pace management on the RowErg. ↩

2. Physiological research on cumulative exercise fatigue in multi-station protocols shows that cardiovascular and peripheral fatigue compound non-linearly across successive high-intensity efforts. By station 5, effective aerobic capacity is reduced by approximately 10–18% compared to a fresh testing state, depending on preceding station intensity. ↩

3. Concept2 damper settings modulate drag factor — the resistance coefficient applied by the flywheel during each drive. Higher drag factors produce heavier per-stroke loading with longer flywheel deceleration curves between strokes. At drag factors above 130 (approximately damper 7+), per-stroke muscular demand increases substantially, with documented increases in quadriceps activation amplitude under fatigue conditions. ↩

4. Quadriceps fatigue from station 4 (Burpee Broad Jumps) combined with high-damper rowing at station 5 creates cumulative muscle loading that is consistently associated with pace degradation at station 7 (Sandbag Lunge), where stride length shortening under load is the primary mechanism of performance loss. ↩

5. Post-row cardiovascular state directly affects Farmers Carry posture. When heart rate exceeds approximately 175–180 bpm at the end of the row, athletes compensate with upper-back flexion to facilitate breathing, reducing thoracic extension and compromising the upright posture required for efficient heavy carry mechanics over 200m. ↩