SkiErg Pace Chart: Target Times by Fitness Level

Why Your SkiErg Pace Sets the Tone for Everything That Follows

Station 1 in HYROX^® is the SkiErg — 1,000 meters, and the first real test of whether your race plan holds. Go out too hard and the lactate debt compounds across seven more stations. Go too conservative and you leave minutes on the table. The difference between those two outcomes often comes down to whether you had a target pace before the starting gun fired.

This chart gives you that target.

ROXBASE has analyzed finishing data from 700,000+ HYROX^® athlete profiles across divisions and race seasons. The splits below are drawn from real race data, not laboratory estimates, and they reflect what athletes at each level are actually hitting on competition day — not just in training.

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The SkiErg Pace Chart

The table below gives target times across five performance bands. The 500m split column is your in-race checkpoint; if you cross 500m ahead of that number, ease back. If you're behind it, stay calm — the SkiErg is long enough to recover within the rep.

Category	1,000m Target	500m Split	Pace per 100m
Elite Men	3:30 – 3:50	1:45 – 1:55	0:21 – 0:23
Elite Women	4:00 – 4:20	2:00 – 2:10	0:24 – 0:26
Sub-60 Men	3:50 – 4:10	1:55 – 2:05	0:23 – 0:25
Sub-60 Women	4:20 – 4:40	2:10 – 2:20	0:26 – 0:28
Sub-75 Men	4:10 – 4:40	2:05 – 2:20	0:25 – 0:28
Sub-75 Women	4:40 – 5:10	2:20 – 2:35	0:28 – 0:31
Sub-90 Men	4:40 – 5:15	2:20 – 2:38	0:28 – 0:32
Sub-90 Women	5:10 – 5:45	2:35 – 2:53	0:31 – 0:35
Open Men	4:30 – 5:30	2:15 – 2:45	0:27 – 0:33
Open Women	5:00 – 6:00	2:30 – 3:00	0:30 – 0:36

These are race-day targets, not training benchmarks. A 4:00 SkiErg in isolation means something different than a 4:00 SkiErg after a 1km run, with seven stations ahead of you. Factor in at least 5–8% slower pacing versus a standalone 1,000m effort.^[1]

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How the SkiErg Fits Into Your Total Race Strategy

The SkiErg is station 1 — the first exercise you encounter after the opening 1km run. That positioning matters for pacing in two directions.

First, you arrive at the SkiErg already elevated. Heart rate is typically 155–175 bpm at the end of run 1 for competitive athletes, meaning you're pulling the first stroke in a glycolytic state. A pace that feels controlled in the warm-up room will feel harder on race day.^[2]

Second, whatever metabolic cost you accumulate at station 1 carries forward. The Ski Erg feeds directly into run 2, then the sled push — arguably the two most demanding consecutive segments in the race. Athletes who blow up the SkiErg frequently report their sled push collapsing, not because their legs gave out, but because their breathing never recovered.

The practical rule: target the top end of your band, not the bottom. If you're a Sub-75 man, aim for 4:20 rather than 4:10. The 10 seconds you save at station 1 will cost you 30 seconds at station 6.

For a deeper breakdown of how station fatigue cascades across the full course, see the HYROX^® pacing strategy guide.

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Understanding What Drives SkiErg Speed

Power Output vs. Stroke Rate

The SkiErg monitors display pace per 500m. Most athletes instinctively pull up their stroke rate when pace drops — the same way a runner increases cadence when fatigued. In practice, this is the wrong response.

SkiErg speed is a product of force per stroke multiplied by stroke rate. At the stroke rates typical for HYROX^® (18–24 strokes per minute), driving more force per pull is far more efficient than spinning faster. Fast, shallow pulls empty your arms; slow, powerful pulls use your lats and core — much larger muscle groups with better endurance capacity.

A useful internal cue: imagine driving your hands to your hips, not just to your waist. The extra 10–15cm of pull arc adds meaningful force without costing extra strokes.

Damper Setting

Most athletes are best served by a damper setting of 3–5.^[3] Higher settings increase the air resistance per stroke, which feels "heavier" and mimics a harder rowing pull — but the recovery time between strokes increases, and for a 1,000m effort lasting 4–5+ minutes, the cumulative fatigue compounds.

Elite athletes occasionally run the SkiErg on damper 6–7, but this requires sport-specific shoulder and lat conditioning developed over months. For open and sub-90 athletes, damper 3–4 is the default.

Technique: Double-Pole vs. Alternating

Double-pole technique — both arms pull simultaneously — is the standard for HYROX^® and the fastest approach for most athletes.^[4] It maximizes force per pull and keeps the movement pattern simple under fatigue.

The common technical error is initiating the pull with the arms rather than the hips. Efficient double-pole mechanics start with a hip hinge: lean forward from the hips, extend your arms overhead, then drive your hips back as you pull down. The arms follow the hip hinge, not the other way around. See SkiErg technique drills for a full breakdown of the movement pattern.

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How Fatigue Degrades Your Pace Mid-Station

One of the most consistent findings in ROXBASE's athlete data is the pace degradation curve within a single SkiErg station. Athletes who start conservatively maintain pace through the full 1,000m. Athletes who start aggressively show a predictable collapse pattern: strong first 400m, then a significant pace drop from 500m–700m as peripheral fatigue accumulates in the forearms and shoulders, followed by a desperate effort in the final 200m that cannot compensate for the middle collapse.^[5]

The numbers bear this out. Among athletes targeting a sub-75 finish, those whose first 500m split was more than 5 seconds faster than their second 500m had a final 1,000m time approximately 8–12 seconds slower than athletes who ran even splits. That gap is not random — it directly reflects the metabolic cost of going out too hard in a station with no opportunity to "bank" time the way you can in running.

The Pacing Model That Works

Even splits are the gold standard for SkiErg performance. Some elite athletes use a negative split model — slightly slower first 500m, stronger second — but this requires precise pace awareness and significant sport-specific training volume to execute under race-day stress. For most HYROX^® athletes, even splits are the target and are more achievable in competition.

Set your pace based on the chart above, hold that pace through 400m, check your 500m split, and adjust only if you are more than 5 seconds off target.

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Setting Your 1,000m Race Target

To find your category and set a realistic pace target, work through these three steps.

Step 1: Establish your standalone 1,000m benchmark. If you have a recent SkiErg test (within 8 weeks), use that time. If not, a 500m SkiErg test time multiplied by 2.1 gives a reasonable 1,000m estimate — the 0.1 accounts for accumulated fatigue.

Step 2: Apply a race-day derating factor. Subtract 5–8% from your standalone benchmark to get your race-day target. A 3:45 standalone effort should target approximately 3:58–4:03 in a HYROX^® race.^[6] This factor accounts for the run 1 pre-load and the stations that follow.

Step 3: Convert to a 500m split. Halve your target time. Write that number on your hand, your watch, or remember it. Your only job at the SkiErg is to hit that split at the halfway monitor.

For structured training to hit these targets, the SkiErg 4-week training plan builds the specific pace endurance and power you need.

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Benchmarking by Division

HYROX^® race splits vary significantly by division. The chart above covers the major categories; here is additional context by division:

Pro / Elite Division

Pro athletes operate in a different physiological regime. Elite men are regularly hitting sub-3:30 SkiErg times in Pro events, with the fastest splits approaching 3:15. These athletes have VO2max values typically above 65 ml/kg/min and sport-specific training histories of 3–5+ years on the SkiErg.

Age Group Considerations

Masters athletes (40–49 and 50+) should apply an additional 3–5% derating to the standard category bands above. Cardiovascular recovery after run 1 is slightly slower and peripheral fatigue accumulates faster in shoulder musculature. The technique emphasis on hip-driven pulling is even more important for masters athletes.

Doubles Division

In HYROX^® Doubles, each athlete completes 500m rather than 1,000m. Doubles SkiErg pacing is closer to a maximal aerobic effort — pace per 100m targets are typically 3–4 seconds per 100m faster than the 1,000m targets in the chart above. Coordination of handoff timing matters here as much as raw pace.

For full training workouts targeting these splits across all divisions, SkiErg workouts for HYROX^® covers the session structures that build race-specific capacity.

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Frequently Asked Questions

What is a good SkiErg time for HYROX^® as a beginner? For first-time HYROX^® athletes, a 1,000m SkiErg time of 5:00–6:30 (men) or 5:30–7:00 (women) is typical. Focus on finishing without form breakdown rather than chasing a specific number. The SkiErg guide for beginners covers the fundamentals to build from.

Should my training SkiErg pace match my race target? No. Training at race pace for the full 1,000m has limited utility — you want to train both above and below race pace to build the capacity to hold it under fatigue. Race-pace intervals (e.g., 3 x 300m at target pace with 90s rest) are more effective than full-distance time trials done repeatedly.

What damper setting should I use for the HYROX^® SkiErg? Damper 3–5 is optimal for most athletes. This provides enough resistance to generate meaningful power without excessive fatigue in the shoulders and forearms. Test your setting in training at the exact duration of your target — what feels right at 3 minutes may feel different at 5 minutes.

How do I know if I'm pacing the SkiErg correctly during a race? Watch your 500m split on the SkiErg monitor — it's displayed continuously as pace/500m. If you're on a 4:30 target, your display should read approximately 2:15/500m from the first pull. If it reads 2:05, you're going out too hard. Most SkiErg units in HYROX^® venues show this in real time.

Does SkiErg technique actually matter that much for pace? Yes, substantially. ROXBASE data shows that athletes who have completed structured SkiErg coaching or technical training are significantly faster at equivalent fitness levels compared to self-taught athletes. The hip-driven double-pole technique reduces arm fatigue by shifting the load to larger muscle groups. Even 2–3 technique sessions can produce measurable improvements in 1,000m time. The HYROX^® SkiErg training guide covers the full technical model.

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Sources

1. Race-day derating for SkiErg performance is based on physiological pre-loading from run 1: cardiovascular state at SkiErg entry typically reflects 3–4 minutes of sustained aerobic effort, displacing the effective starting point for the station's energy demand curve. ↩

2. Heart rate data at station 1 entry is consistent with Zone 4 (threshold) effort for athletes running at competitive pace during run 1, per standard lactate threshold models at 75–85% HRmax. ↩

3. Concept2 SkiErg damper guidance and coaching consensus for endurance events of 3–6 minutes supports the 3–5 range as optimal for the majority of recreational and competitive athletes. ↩

4. Double-pole technique eliminates the alternating timing asymmetry and generates higher average power output per unit time for most athletes in competition settings of this duration. ↩

5. Pace degradation patterns at HYROX^® SkiErg station derived from aggregate ROXBASE athlete profile analysis; the 500m–700m collapse zone is consistent with peripheral fatigue accumulation in type II shoulder musculature under sustained aerobic loading. ↩

6. The 5–8% derating factor for SkiErg race-day pace versus standalone benchmark is an empirical estimate based on ROXBASE athlete data comparing training 1,000m times to station splits recorded in competition, controlling for fitness-level category. ↩