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5 SkiErg Workouts for Hyrox

Five SkiErg workout formats for HYROX, with interval variations, work-distance totals and pacing guidance. Choose examples to fit your wider training.

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RepzHYROX Training Engine
··Updated ·6 min read
Ink illustration: Athlete using a SkiErg

Choose a purpose for the session

HYROX® Singles 26/27 places the 1,000 m SkiErg after run 1. Run 2 comes next, before Sled Push. SkiErg is not performed before all running or after the final run.

The five formats below include variations, so you can choose a task rather than do every workout in one week. Distances, rests and scheduling are editorial examples, not a set of protocols proven to cover every energy system or improve every athlete’s race time. The SkiErg guide explains the station context.

HYROX® Singles 26/27 · §1 / §8.1 · Concept2 · Beginner programme (2018)

Data from Repz's division benchmarks shows a consistent pattern: athletes who build structured SkiErg work into their weekly training finish the full event faster and, critically, finish the back half of the race stronger. The SkiErg isn't just a strength tool: it's an aerobic and pacing discipline that responds to systematic training.

1. A controlled 1,000 m and a pacing variation

Example: 1 × 1,000 m at a controlled effort, recording the first and second 500 m. This is 1,000 m of work, not a complete race simulation. Decide whether any further work is appropriate; a five-to-eight-minute break does not guarantee full recovery.

Variation: 2 × 1,000 m with four minutes between efforts. Within each repetition, try a second 500 m faster than the first: that is a negative split. It totals 2,000 m. Use this to practise a pacing decision, not to promise glycogen preservation, less lactate or a faster whole race. Ribeiro’s 2024 study tested pacing during a CrossFit workout in 13 male competitors, not HYROX® SkiErg negative splits.

Concept2 · PM5 · Ribeiro et al. (2024) · abstract

2. Repeated 500 m efforts

Example: 4 × 500 m with two minutes between repetitions, giving 2,000 m of work. Choose a manageable repeatable effort and record each result. Reduce the number of repetitions or change recovery when needed.

The distance and rest do not automatically make this a lactate-threshold session. An effort you can sustain for only six to eight minutes is not a universal threshold definition, and RPE 8 does not identify the same physiological boundary in every athlete. A ten-second fade is a useful observation to investigate, not a diagnosis with only one possible cause.

Concept2 · PM5 · Jamnick et al. (2020) · abstract

3. Longer steady work

Example for athletes already accustomed to this volume: 2 × 2,000 m with three to four minutes between pieces, totalling 4,000 m. Choose an effort suited to the purpose of the session; shorten it if this volume does not fit your preparation.

Variation: 5 × 1,000 m with 90 seconds between efforts totals 5,000 m. This is an alternative to the first format, not an extra requirement. Record how pace and movement change. Ninety seconds does not guarantee an identical recovery state for everyone, and a ten-to-fifteen-second drift does not prove that more volume is the answer. Neither RPE 6 nor a fixed percentage slower than race pace establishes an individual training zone.

Concept2 · PM5 · Jamnick et al. (2020) · abstract · Storoschuk et al. (2025) · abstract

4. Short efforts and a distance pyramid

Example: up to 10 × 100 m with 45 seconds between efforts totals 1,000 m if all ten are completed. Use a controlled effort appropriate to your current training; an all-out start is not compulsory. Stop the set or extend recovery if you cannot perform the intended movement. A fixed extra 15 seconds is not a universal solution.

Alternative: 200–400–600–400–200 m totals 1,800 m. Example rests are three minutes after the first 200 m, two after the first 400 m, two after 600 m and one after the second 400 m. Thus the second 400 m follows a two-minute break, not a one-minute break. Choose this instead of the short-repetition session. Neither example guarantees a higher cadence ceiling or a particular finishing kick.

Concept2 · PM5 · Concept2 · Beginner programme (2018)

5. Run-to-SkiErg practice

Example: 1 km of running followed by up to 1,000 m SkiErg. This practises the opening sequence; it does not reproduce the exact physiology, Roxzone travel or whole-race demands of an event. Account for the transition and any break you take.

Choose whether this combined task belongs in the week rather than making it compulsory for every athlete. There is no verified rule here that the first 100–150 m is the unique adaptation window or that a warm training result predicts race performance better for everyone. Fit it into your overall HYROX® preparation.

HYROX® Singles 26/27 · §1 / §8.1

Fit the session into the week

Choose one format for the purpose of the session. The distances above exclude warm-up, cool-down and rest. The longer alternatives are not default beginner sessions; Concept2’s first-session guidance starts with short attempts and makes repetition conditional on how you feel.

There is no universal one-to-two-session dose, third-session overuse threshold, or six-to-eight-hour separation rule established by the sources here. Plan alongside running, strength and other stations. Taper research supports considering training reduction before endurance competition, but the 2023 meta-analysis does not validate one mandatory 3 × 200 m SkiErg session four or five days before HYROX® or guarantee no fatigue.

Concept2 · First Workouts on the SkiErg · Wang et al. (2023) · abstract

Use the monitor and current technique

Use current and average pace, distance and stroke rate as different pieces of information. At an average of 2:15 per 500 m, 1,000 m takes 4:30; a lower time per 500 m is faster. Stroke rate alone does not determine power or efficiency.

Concept2’s current start uses arms bent around 90 degrees with hands slightly above eye level. Initiate with the trunk, hinge at the hips and coordinate arms and knees; finish with handles alongside the thighs. Training damper guidance of 3–5 is adjustable; Singles uses a preset of 6 that athletes may change. A fixed cadence range or damper setting is not established here as optimal for all athletes.

Concept2 · PM5 · Concept2 · SkiErg Technique · Concept2 · Getting Started · HYROX® Singles 26/27 · §1 / §8.1

FAQ

How many of these workouts should I do each week?

Treat them as a menu. Choose the format and amount within your whole training plan; completing every format or adding a third session is not required.

Concept2 · Beginner programme (2018) · Concept2 · First Workouts on the SkiErg

Are 4 × 500 m automatically threshold intervals?

No. Distance, rest and an RPE number do not establish an individual physiological threshold. Record the actual effort and output without assuming the label proves the training effect.

Jamnick et al. (2020) · abstract · Concept2 · PM5

What is a good 1,000 m race time?

These sources do not establish a universal category benchmark. Use recorded training under comparable conditions and your wider race plan; a fresh machine result is not automatically a race target.

Concept2 · PM5 · HYROX® Singles 26/27 · §1 / §8.1

Does a negative split guarantee a better HYROX® result?

No. It means completing the second half faster than the first. The cited CrossFit pacing study does not validate a guaranteed benefit for the HYROX® SkiErg station.

Ribeiro et al. (2024) · abstract

How should I reduce SkiErg work before racing?

Adjust it within the taper for your complete preparation. The cited endurance meta-analysis does not prescribe one exact SkiErg session or guarantee that a specific dose creates no fatigue.

Wang et al. (2023) · abstract

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