Hyrox Training Plan: 6-Week Quick Start

Who This Plan Is For

This 6-week programme is designed for athletes who already have a running base of at least 30 km per week and some prior exposure to functional gym work. You do not need to have competed in HYROX^® before, but you should be comfortable with a barbell squat, a set of lunges under load, and the broad strokes of stations like the SkiErg or wall balls. If you are starting from scratch, the 8-week beginners plan is a better entry point.

The target finishing window is sub-80 to sub-90 minutes for the solo open category. Across 700,000+ athlete profiles on ROXBASE, athletes hitting this bracket typically arrive at the race with a 5 km time under 22 minutes and can perform 15 unbroken wall balls at 6 kg without stopping for breath. If that describes you, this plan fits.

Six weeks is a short runway. The approach here is not to build everything from zero — it uses the aerobic and strength base you already have and layers race-specific competency on top. The structure is progressive: two weeks of station volume accumulation, two weeks of race-specific intensity, one peak simulation week, and a taper. Six sessions per week is the target, with one mandatory full rest day and one optional active recovery day built into every week.

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How the Plan Is Structured

Before reading the weekly tables, understand the session types used throughout.

Station circuit: A series of HYROX^®-specific functional movements performed back-to-back with minimal rest. Builds the specific strength-endurance required for race stations. In Weeks 1–2 the loads are moderate and the emphasis is movement quality; from Week 3 onwards intensity and load increase.

Running intervals: Structured run sessions using shorter repeats (400m–1 km) at or above target race pace. HYROX^® running accounts for roughly 40–50% of total finishing time^[1], so these sessions are not optional fillers — they are the single highest-leverage training input in this plan.

Long run: A continuous aerobic run at conversational pace (RPE 5–6). Builds the aerobic engine that everything else sits on top of. Do not turn long runs into tempo efforts — the physiological target is time at low intensity, not speed.

Strength session: One to two compound movements per session at moderate load, focused on patterns that transfer directly to HYROX^® stations: hip hinge, squat, push, carry. Not a bodybuilding session. For a detailed breakdown of strength priorities, see HYROX^® Strength Training.

RPE scale used throughout: 1–10. RPE 5 = easy, full sentences possible. RPE 6 = comfortably hard, short sentences only. RPE 7 = hard, one to two words. RPE 8 = very hard, no talking. RPE 9 = maximal effort.

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Week-by-Week Training Plan

Week 1 — Station Foundation

Goal: Introduce station-specific movement patterns at manageable loads. Many athletes skip this and go straight to hard work. That is how you reach Week 3 with degrading technique and accumulated fatigue rather than fitness.

Day	Session Type	Session Detail	RPE	Notes
1	Station circuit	SkiErg 250m + 10 sandbag lunges + 15 wall balls × 3 rounds	6	Focus on technique, not speed
2	Running intervals	6 × 800m at 5 km pace + 90 sec rest	7	Start conservatively — splits should be even
3	Strength	Back squat 4×6 at 70% 1RM + Romanian deadlift 3×10	7	Rest 3 min between squat sets
4	Rest	Full rest	—	No exceptions
5	Station circuit	Farmer's carry 50m + sled push 25m + roxer 15 reps × 3 rounds	6	Note which station feels weakest
6	Long run	8 km easy	5–6	Conversational pace throughout
7	Active recovery	20 min walk or easy bike	4	Optional

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Week 2 — Station Volume

Goal: Increase station volume and begin chaining movements without full recovery. By the end of this week you should be able to hold station form when fatigued, not just when fresh.^[2]

Day	Session Type	Session Detail	RPE	Notes
1	Station circuit	SkiErg 500m + 20 sandbag lunges + 20 wall balls × 3 rounds	6–7	2 min rest between rounds
2	Running intervals	5 × 1 km at 5 km pace + 2 min rest	7	Target identical splits across all 5
3	Strength	Bulgarian split squat 3×8/side + farmers carry 3×40m heavy	7	Carry load: challenging but controlled
4	Rest	Full rest	—
5	Station circuit	Burpee broad jumps 10 reps + sled pull 25m + roxer 20 reps × 4 rounds	7	Shorter rest: 90 sec between rounds
6	Long run	10 km easy	5–6	Do not push pace, this is aerobic volume
7	Active recovery	20 min easy swim or walk	4	Optional

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Week 3 — Race-Specific Intensity

Goal: Train at or above race effort. Station circuits now run at competition load and speed. Running intervals push into sub-race-pace territory. This is the hardest fortnight in the plan — protect sleep and nutrition accordingly.^[3]

Day	Session Type	Session Detail	RPE	Notes
1	Race-pace station circuit	SkiErg 1,000m + 50m sled push + 100m farmer's carry × 2 rounds	8	Race loads, race pace — clock the whole thing
2	Running intervals	8 × 400m at faster than 5 km pace + 60 sec rest	8	Short rest is intentional — builds lactate tolerance
3	Strength	Front squat 4×5 at 75% 1RM + weighted step-up 3×10/side	7–8	Front squat mimics upright torso needed for sandbag carry
4	Rest	Full rest	—
5	Combined run + station	3 km run + station circuit (20 wall balls + roxer 20 reps + SkiErg 500m) + 3 km run	7–8	Simulate running fatigue into stations
6	Long run	12 km easy	5–6	Longest run of the plan — keep it truly easy
7	Active recovery	Foam rolling, mobility work	3–4

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Week 4 — Sustained Race Effort

Goal: Build capacity to hold race effort across a longer continuous block. The key session this week is Day 5 — a 60-minute continuous effort mixing running and stations that directly mirrors the race experience.^[4]

Day	Session Type	Session Detail	RPE	Notes
1	Race-pace station circuit	SkiErg 1,000m + 25m sled push + 50 sandbag lunges + 25m sled pull × 2 rounds	8	Full race loads — record total time per round
2	Running intervals	4 × 1 km at race pace + 90 sec rest	7–8	Controlled even splits, not all-out
3	Strength	Trap bar deadlift 4×5 at 75–80% 1RM + push press 3×8	7	Wall ball strength pattern for push press
4	Rest	Full rest	—
5	60-min race simulation	2 km run + 4 stations at race load + 2 km run + 4 stations + 2 km run	8	Aim to replicate your target race effort continuously
6	Easy run	6 km easy	5	Recovery run — no pressure on pace
7	Active recovery	Light walk or yoga	3–4

For guidance on pacing across the full race and how to distribute effort between running and stations, see HYROX^® Pacing Strategy. The HYROX^® Training Plan guide also covers periodisation principles that sit behind this structure.

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Week 5 — Peak Simulation

Goal: One full race simulation, then back off. This week contains the highest-intensity single session of the plan. Everything else is structured to support it and recover from it. Do not add extra sessions because you feel good on Day 3.^[5]

Day	Session Type	Session Detail	RPE	Notes
1	Sharpening intervals	6 × 400m at faster than race pace + 75 sec rest	8	Fast and sharp — should feel hard but controlled
2	Easy run	5 km easy	5	Flush session — do not skip
3	Full race simulation	Complete 8-station mock race at full competition loads + 1 km run between each station	8–9	Clock the whole thing; this is your benchmark
4	Full rest	No training	—	Mandatory — this is a recovery day, not a skip
5	Station sharpening	SkiErg 500m + wall balls 30 reps + burpee broad jumps 20 reps × 2 rounds	7	Technique quality, not speed
6	Easy run	5 km easy	5
7	Rest	Full rest	—

Race simulation note (Day 3): Clock your transitions, not just your station and running splits. ROXBASE data shows that recreational athletes lose 3–6 minutes per race in transitions that go unmanaged — stopping fully between segments, resetting breathing passively instead of actively managing it, and starting the next running kilometre too slowly after a hard station. Practice moving through transitions without standing still.

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Week 6 — Taper

Goal: Reduce training volume by 40–50% while maintaining short bursts of intensity. Your fitness is already set. The purpose of this week is to arrive at the start line rested, sharp, and confident — not to squeeze out last-minute gains.

Day	Session Type	Session Detail	RPE	Notes
1	Sharpening	4 × 400m at race pace + 2 min rest	7–8	Short and done — do not extend
2	Station activation	SkiErg 500m + sled push 25m + 15 wall balls × 2 rounds	7	Light load, good movement quality
3	Easy run	5 km easy	5
4	Rest	Full rest	—
5	Race preview	SkiErg 500m at race pace + 1 km run at race pace	7–8	20 min total — feel sharp, stop there
6	Easy walk or jog	15–20 min easy	4	Keep neuromuscular patterns warm
7	Race day	—	9–10	Execute your plan

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Nutrition and Recovery Priorities

Training load in Weeks 3–5 of this plan is high. Attempting to run it in a large caloric deficit will blunt adaptation and increase injury risk — particularly for tendons, which respond poorly to under-fuelling under high mechanical load.

Practical priorities:

• Carbohydrate availability on high-intensity days: Running intervals and race-pace station circuits performed with depleted glycogen produce inferior training stimuli and worse recovery. Eat carbohydrates the evening before and the morning of any RPE 7+ session.
• Protein distribution: 1.6–2.0 g per kg of bodyweight per day, spread across 4–5 meals. Single large protein boluses are less effective than distributed intake for muscle protein synthesis.
• Sleep: This is not optional. Eight or more hours of sleep is the highest-ROI recovery tool available. Two nights of restricted sleep measurably reduces peak power output and increases perceived exertion at a given pace.^[6]
• Hydration on race day: For guidance on how dehydration affects HYROX^® performance specifically, the HYROX^® Weekly Schedule article covers pre-race fuelling and hydration timelines that transfer directly to this plan.

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Managing Fatigue Across the 6 Weeks

The plan is periodised deliberately. Weeks 1–2 build; Weeks 3–4 intensify; Week 5 peaks; Week 6 tapers. Do not rearrange the order. The body adapts to progressive overload followed by recovery — disrupting that sequence disrupts adaptation.

Signs you are accumulating too much fatigue:

• Resting heart rate elevated by more than 5 bpm above your normal baseline on three consecutive mornings
• Running splits falling more than 10 seconds per km compared to the same session the previous week
• Sleep quality degrading (waking frequently or unrefreshed) without external cause

If any of these appear during Weeks 3–4, take an extra rest day before the next hard session. Do not push through. An extra 48 hours of recovery in Week 3 costs nothing. Arriving at Week 5 broken costs the race.

For how to think about training zones and how each session in this plan maps to physiological targets, HYROX^® Training Zones provides the underpinning framework. The HYROX^® Workout guide covers the competition format in detail if you need a refresher on what the actual race demands before your simulation sessions.

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Race Day Execution

By the end of Week 5 you have run the race once, at full load, under fatigue. Race day is an execution task, not a new experience.

Three principles:

Run Kilometres 1–3 at 5–10 seconds per km slower than you think is right. The adrenaline and crowd effect at HYROX^® events consistently pushes athletes into the first running kilometre 15–20 seconds per km faster than their training pace. You will feel invincible for 800m. You will pay for it from station three onwards. Hold back early. The field will come back to you.

Start every station within three seconds of arriving at it. Standing at the sled or the SkiErg, hands on knees, while your heart rate drops is one of the most common and most fixable time losses in HYROX^®. Practice transitioning directly from movement to movement in your simulation sessions so it is automatic on race day.

Set a floor, not just a ceiling. Athletes who say "I want to go sub-80" and then go out at sub-75 pace are gambling. Plan your splits using the HYROX^® Training Plan PDF split calculator and commit to your minimum acceptable pace — the pace you know you can hold to the line — rather than chasing a best case from kilometre one.

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Frequently Asked Questions

Q: Can I run this plan if I have a 5 km time around 22–24 minutes but limited station experience?

Yes, but reduce station loads in Weeks 1–2 and prioritise movement quality over volume. Athletes with strong running fitness but poor station mechanics often mask station weakness in training (because they recover faster) and then hit a wall in races when cumulative station fatigue compounds. Use Weeks 1–2 to audit your weak stations honestly. For most athletes with a running background, the limiting stations are the SkiErg (shoulder endurance), sled pull (grip and hip), and sandbag lunges (loaded single-leg volume).

Q: What if I miss a session mid-plan?

Missing one session in any given week is manageable — prioritise the station circuit and running intervals if you have to choose. Missing two or more sessions in a single week is a signal to reassess your schedule rather than cram them in at the end of the week. Cramming increases injury risk and degrades the quality of subsequent sessions. If you miss a full week due to illness, repeat the week you missed rather than jumping forward.

Q: Should I also do the separate SkiErg plan alongside this one?

Not simultaneously. This 6-week plan already includes SkiErg work embedded in station circuits and race simulations. Running a dedicated SkiErg volume block on top of this would overload the shoulder girdle and interfere with upper-body recovery between sessions. If SkiErg is your weakest station, prioritise it within the station circuits — extend the SkiErg distance in those sessions rather than adding separate SkiErg training.

Q: How should I warm up before high-intensity sessions?

For running intervals: 10 minutes easy jog + dynamic leg swings, hip circles, and high knees, ending with 2–3 strides at race pace. For station circuits: 5 minutes easy cardio + 2 sets of each station movement at 40% load to prime the pattern before the working sets begin. For the race simulation in Week 5, run 1–2 km easy before starting the clock.

Q: What is the single most important session in this plan?

The Day 5 race simulation in Week 5. Everything else in the plan prepares you for that session and is designed to deliver you into it in peak condition. If you execute that session well — completing all stations at race loads, hitting your target running splits, and finishing feeling like you could have gone 5–10% harder — you are ready to race. If the simulation exposes a specific weakness (a particular station collapses under fatigue, or your running pace drops sharply from kilometre 5 onwards), you now have two weeks of lighter training in which to address it before race day.

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Sources

1. HYROX^® running accounts for 8 km of the total race distance across eight 1 km running segments. For athletes finishing between 70–90 minutes, running typically represents 40–55% of total finishing time depending on individual station strengths and loads. ↩

2. Station technique under fatigue is a trained adaptation distinct from technique when fresh. Practising movements only when recovered underestimates the actual race demand, where each station is preceded by a 1 km run and one or more previous stations. ↩

3. Lactate threshold training at RPE 7–8 creates metabolic adaptations including increased mitochondrial density and improved lactate clearance rates. These adaptations require 10–14 days to consolidate after the training stimulus, which is why the taper in Week 6 is necessary rather than optional. ↩

4. A 60-minute continuous mixed-mode session at RPE 7–8 directly mimics the cardiovascular and metabolic demands of a sub-90-minute HYROX^® race. The psychological benefit — knowing you have sustained that effort in training — is an undervalued component of race-day confidence. ↩

5. Adding training volume in a peak week is a common athlete error driven by taper anxiety. Research consistently shows that reducing volume by 40–50% while maintaining short bouts of high intensity preserves acute fitness while allowing neuromuscular recovery and glycogen supercompensation. ↩

6. Restricting sleep to under 6 hours for two consecutive nights reduces peak anaerobic power by approximately 3–8% and increases RPE at a given sub-maximal workload — an effect size comparable to a moderate negative taper or slight dehydration. ↩