In recent years, HYROX has established itself as one of the most popular international fitness competition formats. The combination of running and functional movements organised in a standardised format makes this discipline accessible to many athletes, but at the same time physiologically and methodologically demanding.

Preparing for a HYROX competition requires a good understanding of the demands of competition, effort management and the fundamental principles of training to develop stamina, strength and recovery capacity in a balanced manner.

The commitment of SIDEA, an Italian company specialising in the development of equipment for physical preparation and functional training, fits into this context. In addition to designing professional products for gyms and training centres, SIDEA actively promotes the dissemination of a training culture based on quality, research and collaboration with trainers and professionals.

Through the contribution of technicians and collaborators at national and international level, the company supports the production of technical content and reference articles useful for coaches and athletes who wish to organise their competitive preparation effectively.

The following guide was created with this aim in mind: to offer a practical, accessible and evidence-based overview to accompany an athlete from his first training session to the day of his first HYROX competition.

The HYROX format and what it really requires from the body

HYROX is an indoor “mass participation” competition combining running and functional movements: 1 km running + 1 station repeated 8 times, for a total of 8 km running and 8 workouts, performed in a fixed order.
This has two decisive implications for a neophyte: (1) you have to train aerobic capacity and pace management because the running is recurring and “jams” the stations; (2) you have to train endurance strength and metabolic stress tolerance because the stations are repeated, dense and often lactacid, especially in the final part of the race.

Stations, distances and fundamental loads

In the Singles Open division (which is the most common choice for a “first time”), the stations and main parameters are summarised in the official division table.
Order and content (Singles): SkiErg → Sled Push → Sled Pull → Burpee Broad Jump → Row → Farmers Carry → Sandbag Lunges → Wall Balls.

Examples of key “standards” that influence technical training:

• Sled Push: distance 50 m (4 × 12.5 m).
• Sled Pull: distance 50 m (4 × 12.5 m).
• Burpee Broad Jump: 80 m distance with precise performance standards (hands, chest on the ground, jumping forward).
• Row: 1,000 m.
• Farmers Carry: 200 m.
• Sandbag Lunges: 100 m (with constraints: sandbags on shoulders and specific rules/penalties).
• Wall Balls: 100 repetitions, with different target heights (women 2.70 m; men 3.00 m).

Useful note for those preparing a first race: on SkiErg and RowErg the damper is preset to 6 (although it can be adjusted by the athlete), so it is worth knowing and testing that reference in training.

What specific research on HYROX tells us

An experimental study (HYROX Individual Open simulation) showed that the median total time was 86.5 min, and that the running time was significantly longer than the time spent at the stations (51.2 min vs. 32.8 min).
In the same simulation, the race was carried out predominantly at hard/very hard intensities (in %HRmax), with lactate and RPE higher at stations than at races; the highest peaks of HR, lactate and RPE occurred at the last station (wall balls).
Furthermore, better performance was mainly associated with “endurance” variables: higher VO₂max, higher endurance training volume and lower % of fat mass.
Translated into practice: for a neophyte, underestimating running is one of the most costly mistakes; and “arriving fresh” at wall balls (pacing + fatigue management) is often decisive.

Fundamentals of periodisation: macro, meso and micro cycle

Periodisation is, in essence, the art of organising volume, intensity and content to advance performance and reduce the risk of stagnation or overload. It is a concept popularised in modern literature by Tudor O. Bompa (Anglo-Saxon reference texts).

To speak clearly (and usefully), we will use three levels:

Macro-cycle: the complete horizon of preparation (e.g. 12-16 weeks towards the first competition).
Meso-cycle: blocks of several weeks with a dominant objective (e.g. “aerobic base + general strength”; then “HYROX specificity and race rhythm”).
Micro-cycle: the “typical week” (or 7-10 days) distributing quality, recovery, strength, running and metabolic work.

Why a neophyte needs to periodise even more

HYROX is a typical competitor training (strength + endurance). The literature on concurrent training shows that, under certain conditions (high volumes, too much high-frequency running, incorrect management of recovery), interference can arise on adaptations, especially on strength/hypertrophy.
Put pragmatically: training everything hard all the time is the shortcut to getting tired or injured. The load must be “dosed” with a strategy (load/unload cycles, progression, taper).

How much time is needed and how to set up the macro-cycle for the first race

For a “true” neophyte (little experience of structured running and/or dense metabolic work), a typical and realistic window is 12-16 weeks. This is not a magic number: it depends on athletic history, body weight, weekly availability, access to sled and wall ball targets, and running volume tolerance. The key point is that the preparation must cover:

• basic building (technique, general strength, “easy” aerobic)
• transition to specificity (race standard stations + running under fatigue)
• finishing (partial simulations + taper).

An “academic” but practical principle: effective stimulus + sufficient recovery

The consensus on overreaching/overtraining emphasises that effective training requires overload, but avoids the combination of excessive overload + insufficient recovery. This is particularly important in HYROX, where many amateur athletes report unstructured recovery habits: a descriptive study of HYROX athletes shows that recovery strategies are often unstructured or insufficient, with possible implications on performance and injury risk.

Choice of division and “target” load

For a first HYROX, the most sensible choice is often Open, to familiarise yourself with flows, judges, Roxzone and stations. The load differences between Women Open, Men Open and Pro are substantial (e.g. sleds and wall balls). Example (official table): Sled Push Women Open 102 kg, Men Open/Mixed 152 kg, Men Pro 202 kg (including sled).

Training structure: exercises, intensity and metabolic stress management

The “skills” to be built

For a HYROX neophyte, there are five main qualities:

Aerobic capacity and sustainable pace: because running weighs heavily on total time and correlates with overall performance.
General strength and “useful” strength (squat/hinge/push/pull): because sleds, carries, lunges and wall balls are limited by neuromuscular capacity and “local resistance”.
Resistance strength and work density management: to repeat acceptable output with short recoveries.
Standards-specific technique: to avoid inefficiencies and (when applicable) no-rep.
Pacing and transitions: because physiological peaks tend to arrive late (e.g. wall balls), so energy strategy is needed.

Mother“ exercises and their transfer to stations

An accessible guide starts with the motor basics:

Squat pattern: back/front squat, goblet squat, tempo squat → transfers to wall balls and lunges (postural hold).
Hinge pattern: deadlift/RDL/kettlebell swing (if well taught) → transfers to pull-ups, locomotion with loads and lumbar “resilience”.
Horizontal/vertical push + pull: push press, strict press, assisted rowing/pull-up → transfers to postures and trunk control under fatigue (indirect but useful).
Carry: heavy and medium farmers carry, suitcase carry → direct transfer to farmers station (200 m).
Lunges: walking lunges, split squats, step-ups (progressions) → direct transfer to sandbag lunges (100 m).
Metabolic GPP: controlled circuits, bike/row/ski intervals → build tolerance to prolonged effort and ability to “restart” after station.

How to “administer” metabolic stress without burning yourself out

In muscle adaptation literature, metabolic stress (metabolite accumulation, local hypoxia and the like) is one of the possible contributors to adaptations, alongside mechanical tension and other stimuli.
In a HYROX context, however, metabolic stress is also a risk: if you make it dominant too early, you raise residual fatigue, worsen the quality of the run, and increase the likelihood of overload.

Here is a simple but solid model to “dose” it:

Dose: start with 1 “true” metabolic session per week (high RPE) and 1 “moderate” session (medium RPE), then increase to 2 “true” sessions only in the specific block. This respects the idea of progression and the principle of avoiding excessive accumulation without recovery.
Type: alternates HIIT/interval training (cardiopulmonary stimulus) and functional circuits (neuromuscular density). The reviews on HIIT show that the programming depends on the manipulation of many variables (duration/intensity of work and recovery, repetitions, series, etc.).
Weekly sequence: if you do heavy strength and intense running, separate them (ideally on different days or with many hours apart) to reduce interference and improve quality execution.

Monitoring: the most accessible “scientific” way

For an amateur HYROX programme, an extremely practical and validated tool is the session-RPE (sRPE): a method proposed to quantify the internal load of even very different sessions.
A simple form (used in many contexts) is: Session load ≈ RPE of the session × duration (minutes); the review on the method highlights its wide use and ecological usefulness in monitoring.

Practical goal: avoid weeks with “too many 8-9/10 days”, and build progression with planned unloading weeks (or deload micro-cycles). This is consistent with the principles of overtraining prevention.

From day one to race day: example of complete route

Below is a complete 16-week example for a neophyte who can train 4 days a week (with options 3 or 5 days). It is written as a “template”, i.e. it needs to be adapted to your level and availability, but covers logic, cycles and content.

Initial assessment

Before you start (week 0), do 3 very simple checks:

Running check: time over 3 km or 5 km “controlled” (not maximum), to estimate sustainable pace.
Check locomotion + strength: 3-5 submaximal sets of squat (or goblet squat), hinge (RDL), push (light push press), carry (medium farmers), observing technique and recovery.
Check technical stations: try (low-intensity) SkiErg and Row 500 m, wall ball at target (correct height) with small sets (10-15 reps), and unloaded or light lunges.

If you have an injury or need to alter movements/weights, the regulations state that the organisers must be contacted in advance (and that any adjustments may lead to “Out of Competition”).

Structure of the macro-cycle

We will use four mesocycles:

Base and technique (weeks 1-4): easy aerobic building + general strength + learning stations.
Volume and endurance strength (weeks 5-8): more progressive volume, moderate circuits, light “tempo” running.
HYROX specificity (weeks 9-13): running+station combinations, race pace work, a partial simulation.
Taper and finishing (weeks 14-16): volume reduction, intensity maintenance, neuromuscular freshness; performance target.

Standard 4-day microcycle

You can imagine a “standard” week this way (it will then be modulated by phase):

Day A - Strength + station technique
Day B - Quality running (interval/time) + mobility
Day C - Resistance force / controlled circuit
Day D - Easy long run or easy “hybrid” (run + skill station)

The rest: 1-2 days rest/light activity (walking, mobility). This respects the need for recovery to avoid maladaptive accumulation.

Mesocycle Base and Technique

Goals: learn the movements safely, build aerobic “motor”, start strength without devastating DOMS.

Running (2 sessions/week):
An easy 30-45 min run (RPE 4-5/10)
A run with “technical progressive”: 10’ easy + 6×(1’ a little faster / 1’ easy) + defatigue

Strength (2 sessions/week):
Full body with moderate loads, 2-4 sets of 6-10 repetitions on fundamentals. The ACSM guidelines for progression and frequency in novices (2-3 days/week of RT, with progression) are a solid basis.

Stations (skill, not race):
SkiErg: technique + 3×250 m easy (focus on rhythm)
Row: 3×250 m easy
Wall ball: 6-10 small sets (8-12 reps), correct height, breathing
Lunges: 3×10-12 per leg, without sandbag or with light load

Progression week 1→4: first increase continuity (train consistently), then light volume. Enter a slightly easier week 4 (unloading).

Mesocycle Volume and resistant strength

Objectives: to increase running volume and tolerance to dense blocks of work, without turning each session into a competition.

Running (3 sessions/week if possible):
Easy 40-55’
Soft“ time/threshold: 3×8” at RPE 7/10 with 3’ easy
Fartlek or interval: 8×2’ at a fast pace with 2’ easy

HIIT and programming: remember that the effect depends on many variables (work duration/intensity and recovery, repetitions, series), so don't change everything at once.

Strength (2 sessions/week):
A “heavier” (strength) session: 4-5 sets of 3-6 reps on squat/hinge + complementary work
A “resistant” session: 3-4 circuit laps (e.g. carry + step-up/lunge + row/ski short) with controlled recoveries

Hyrox-compatibility: watch out for high-frequency running + heavy strength; literature on concurrent training suggests managing frequency and separation of sessions well to reduce interference.

Mesocycle HYROX specificity

Objectives: to learn to run “after” stations and to do stations “after” running; to build pacing; to approach race standards/volumes.

Weekly key session: hybrid run + stations, but “dosed”.
Example (progression over 5 weeks):

• Week 9: 3×(800 m run + 500 m ski)
• Week 10: 3×(1 km run + 25 m sled push at 70-80% of race load)
• Week 11: 2×(1 km run + 500 m row + 100 m farmers carry)
• Week 12: 1 “half-race” simulation: 4×(1 km run + 1 station) following the actual initial order (ski→sled push→sled pull→burpee broad jump)
• Week 13: 1 “quasi-competition” simulation but with reduced reps (e.g. wall ball 60 reps instead of 100) to experience fatigue management without destroying yourself.

Why this progression works: the HYROX simulation study shows that intensity and fatigue go up a lot and that wall balls are often the peak point (HR/lactate/RPE). In specificity you therefore have to train “the finish” to the finish, not just the start.

Practical recommendation: “real competition” in training (8 stations + 8 km) is rarely useful for a neophyte, and often increases the risk of insufficient recovery. Better partial and targeted simulations. This is consistent with the need to balance load and recovery.

Mesocycle Taper and Finishing

Tapering is not “doing nothing”: it is reducing fatigue while maintaining the ability to perform. Evidence on taper in endurance indicates that reducing volume (while maintaining an intensity quota) is a typically effective strategy for improving performance.

Simple scheme (last 2 weeks):

• Reduce total volume 30-50%
• Keep 1 running intensity booster (e.g. 6×1’ brilliant with ample recovery)
• Keep 1 recall stations “light” (wall ball technique + breathing, short carries)
• Avoid DOMS: no experiments, no heavy PR.

Race day

Warm-up: progressive (activation + a few short intense calls), then calm.
Pacing: start “under control”; remember that physiology tends to ramp up late.
Standard wall ball: make sure you know target height and control squat depth; it is the station with the most accumulation and often the most “no rep” if you are out of control.
Hydration and nutrition: starting out euhydrated and with good energy reserves is a cornerstone of the guidelines (although HYROX is not a marathon, it is still a prolonged effort).

Dr. Michael Tisselli

The rapporteur: Tisselli Michael

Founder of IRON PARADISE, hybrid amateur athlete and 6 completed HYROX PRO races. Sport and training have always been part of my life. Over the years I have developed an ever-increasing passion for fitness, strength and endurance training, until I turned this passion into my job. I started out as a trainer with the goal of helping people improve f isically, but above all to build a stronger mindset through training. IRON PARADISE is a training centre dedicated to functional training, bodybuilding and hybrid sports, where strength, endurance and performance meet. The aim is to offer a place where anyone, from beginners to the most advanced athlete, can improve their physical abilities, overcome their limits and achieve their goals. Alongside my work as a COACH and manager, I also continue to challenge myself personally in hybrid fitness and endurance competitions, because I believe that to be a good coach it is essential to experience the challenges of training and performance first-hand. HYROX is a sport that gives us the opportunity to test ourselves, to understand what our limits are, so that we can focus on those to become the best version of us. A sport for everyone, very low risk of injury and lots of energy!!!

Biographical references

Official HYROX Italy regulations.
HYROX Singles Rulebook 25/26.
Brandt et al., 2025 (Frontiers in Physiology): physiological responses and performance determinants in HYROX Open simulation (HR, lactate, RPE, stroke weight, wall balls as peak).
López & Juárez Santos-García, 2025 (Applied Sciences, MDPI): HYROX athlete profile, mean training frequency and criticality on unstructured recovery.
ACSM Position Stand (2009): Progression models in resistance training.
Wilson et al., 2012: Meta-analysis on the interference effect in concurrent training.
Meeusen et al., 2013: ECSS/ACSM consensus on overtraining (overload + recovery).
Bosquet et al., 2007: Meta-analysis on taper (volume reduction and impact on performance).
Buchheit & Laursen, 2013: review on HIIT programming and prescriptive variables.
Schoenfeld, 2013: review on metabolic stress and hypertrophic adaptations (theoretical framework for controlled “metabolic conditioning”).
ACSM Position Stand “Exercise and Fluid Replacement” + Academy/DC/ACSM “Nutrition and Athletic Performance”: fundamentals on hydration and nutritional strategies for performance and recovery.