Burpee Broad Jump 4-Week Plan

What a 4-Week BBJ Training Plan Actually Changes

Most athletes preparing for HYROX^® do not train the Burpee Broad Jump in any structured way. They do occasional sets in conditioning workouts, maybe some isolated broad jumps, and trust that their general fitness will carry them through 80 meters at station 4. It rarely does.

ROXBASE data across 700,000+ athlete profiles shows that periodized BBJ training produces 38% faster improvement in station time compared to unstructured volume. That gap is not explained by fitness differences — it reflects the compound effect of targeting the right physical qualities in the right order, at the right intensity, across a planned training block.^[1]

The distinction matters because the Burpee Broad Jump demands three things simultaneously: explosive hip power for jump distance, upper-body push endurance for legal chest-to-floor reps, and metabolic conditioning to maintain cadence across the full 80 meters after three stations and three kilometers of running. Each quality requires different training stimuli, different recovery demands, and different timing relative to your race date. A 4-week periodized plan addresses all three.

This plan runs from volume-based technique work through to race-specific simulation, with heart rate zone guidance for each phase. It is designed for athletes with a general HYROX^® conditioning base preparing for competition. For athletes building foundational movement patterns from scratch, the HYROX^® Burpee Broad Jump guide covers the technical standards and distances required before adding structured volume.

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The Station Before You: Why Pre-Fatigue Training Is Non-Negotiable

Station 4 is a chest-to-floor burpee followed by a broad jump, repeated until you have covered 80 meters. At a realistic average jump distance of 1.6–2.0 meters per rep for Open division athletes, that is 40–50 individual rep cycles.

What the raw numbers do not communicate is the context. You arrive at the BBJ station after 3 kilometers of running, a SkiErg, a Sled Push, and a Sled Pull. The Sled Pull specifically — which loads the posterior chain heavily through hamstrings, glutes, and lower back — directly compromises the same muscles driving your jump distance. Athletes who train the BBJ in isolation and then race mid-sequence discover this the hard way. The pre-fatigue gap between gym performance and race performance on this station is larger than at almost any other exercise in the format.

Every session in Weeks 3 and 4 of this plan includes a pre-fatigue component. It is not optional. An athlete who has completed 80 meters of BBJ after a run and sled simulation has a real data point about their race-day capacity. An athlete who has only done it fresh does not.

For a detailed breakdown of pacing decisions at the BBJ station — and how accumulated fatigue from the sled affects your cadence target — the BBJ pacing guide covers that model in depth.

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How to Read This Plan

Heart rate zones used throughout:

Zone	% Max HR	Description
Zone 2	60–70%	Aerobic base — can hold a full conversation
Zone 3	70–80%	Aerobic tempo — short sentences only
Zone 4	80–90%	Threshold — no talking
Zone 5	90–100%	Maximal — brief bursts only

RPE (Rate of Perceived Exertion) is provided alongside zone targets. Use whichever reference resonates more naturally. For most athletes, zone and RPE should align: Zone 3 work should feel like a 6–7 out of 10 effort.

Rest periods are prescribed as standing or walking rest, not seated. Passive seated rest slows heart rate recovery more abruptly and creates a larger cardiovascular spike when you resume movement — the opposite of what you want when training for a race that demands sustained aerobic output.

Warm-up (every session): 5 minutes of light running or rowing + 10 hip circles each leg + 10 slow bodyweight squats + 3 deliberate broad jump take-off practice reps at low intensity.

Cool-down (every session): 3–5 minutes easy walk + hip flexor stretch + thoracic rotation.

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Week 1 — Volume and Technique Establishment

Goal: Build a base of legal, technically correct reps at controlled intensity. Establish movement patterns that will survive fatigue in later weeks.

Heart rate target: Zone 2–3 throughout. If you are regularly hitting Zone 4 during sets, you are moving too fast. The purpose of this week is not cardiovascular development — it is neuromuscular patterning at a pace that allows deliberate technical focus.

Every rep in Week 1 should include: full chest contact with the floor, a clean press-up to plank, and an active arm swing on the jump. These are the three technical elements most commonly degraded under fatigue. Establishing them as automatic habits now is what protects them at rep 40 in a race.

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Session 1 — Movement Foundation

Focus: Full chest-to-floor contact, hip-hinge drop initiation, deliberate pace

• 5 sets × 8 reps
• Rest: 2 minutes between sets (standing walk)
• Heart rate target: Zone 2 — return to Zone 2 before starting each set
• Cue: Narrate the phases internally — drop, chest down, press, drive, jump, land. Do not rush.

Session notes: Record the time of your final set as a baseline. This is not a test — it is a reference point for Week 4.

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Session 2 — Arm Drive Development

Focus: Active double-arm swing from behind the hips to overhead on every jump

• 5 sets × 8 reps
• Rest: 90 seconds between sets
• Heart rate target: Zone 2–3 — sets should end at Zone 3 ceiling, recover to Zone 2 before repeating
• Cue: Both arms swing back to hip-level during the loading phase. Drive them forward and upward simultaneously with hip extension at take-off.

Supplemental work: 3 × 5 standing broad jumps, focusing entirely on arm timing. Maximum rest between reps. These are not for cardio — they are for teaching the arm-hip coordination that transfers into the BBJ rep.^[2]

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Session 3 — Landing Flow and Inter-Rep Transition

Focus: Mid-foot landing, forward-weighted, flowing directly into the next burpee

• 5 sets × 8 reps
• Rest: 90 seconds between sets
• Heart rate target: Zone 2–3
• Cue: The landing is the beginning of the next rep, not the end of the current one. Your hands should already be thinking about the floor before your feet contact.

Progression check: By the end of Week 1, you should have completed approximately 120 quality reps at deliberate pace. Your movement should feel recognisable — not automatic yet, but correct.

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Week 2 — Cadence and Cardiovascular Load

Goal: Shift from deliberate execution to rhythmic flow. Introduce cardiovascular demand by running before BBJ sets. Begin building the specific heart rate tolerance for race-condition effort.

Heart rate target: Zone 3 during BBJ sets, Zone 2–3 during pre-fatigue runs. Allow Zone 4 briefly in final reps of later sets — do not chase it intentionally, but do not stop to avoid it either. Learning to maintain technique as heart rate rises is the specific adaptation this week builds.^[3]

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Session 4 — Longer Sets, Rest Discipline

Focus: Continuous movement within each set — no pauses between phases

• 4 sets × 12 reps
• Rest: 2 minutes between sets
• Heart rate target: Zone 3, returning to low Zone 3 before each set
• Cue: The rest is between sets, not within them. If you pause between the push-up and the jump, that is the habit to remove.

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Session 5 — Pre-Fatigue Introduction

Focus: Maintaining movement quality at elevated heart rate

• Run 400m at Zone 3 effort → immediately into 3 sets × 10 BBJ
• Rest: 90 seconds between BBJ sets
• Heart rate target: Zone 3–4 throughout BBJ sets — you will arrive elevated from the run and stay there
• Cue: Your first rep post-run will feel different. Let the body settle within 2–3 reps without breaking form.

Session notes: This is the first time you train the BBJ in a state resembling race conditions. Note what changes — jump distance, push-up speed, breathing pattern. These observations matter when setting targets in Weeks 3–4.

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Session 6 — Cadence Intervals

Focus: Locking in a specific rep cadence rather than moving as fast as possible

• Set a timer or metronome to 17–18 RPM (approximately one complete rep every 3.3 seconds)
• 5 sets × 10 reps at exactly that rhythm
• Rest: 90 seconds between sets
• Heart rate target: Zone 3
• Cue: This will feel artificially slow early in the session. That is intentional. Race-day pacing discipline is built by training at sub-maximum cadence, not by always moving as fast as possible.

For athletes developing the foundational mechanics alongside this cadence work, the BBJ technique guide covers each phase of the rep and the specific error patterns that appear under fatigue.

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Week 3 — Power Development and Distance Focus

Goal: Add specific hip power to increase jump distance per rep without sacrificing cadence or movement quality. This week is the highest neuromuscular load of the plan.

Heart rate target: Zone 3–4 during BBJ sets. The power work in this week drives heart rate higher than previous weeks — this is appropriate and expected. Zone 5 should appear only in maximal broad jump efforts; sustain Zone 3–4 during multi-rep BBJ sets.

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Session 7 — Power Activation Superset

Focus: Transfer hip power from isolated broad jump into BBJ rep

• Part A: 5 × 3 maximum-distance standing broad jumps — 90 seconds rest between sets, full focus on arm drive and hip load
• Part B: 4 sets × 12 BBJ — 2 minutes rest — carry the arm-drive cue directly from Part A into each jump
• Heart rate target: Zone 2–3 for Part A (full recovery between power reps), Zone 3–4 for Part B

Session notes: Your jump distance in Part B should improve over the course of the session as the power cue becomes more automatic. If distance drops across sets, the cue is not transferring — slow down and reset.^[4]

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Session 8 — Pre-Fatigue Power

Focus: Maintaining jump distance in the final reps of each set under cardiovascular load

• Run 800m at Zone 3–4 effort → immediately into 3 sets × 15 BBJ
• Rest: 2 minutes between BBJ sets
• Heart rate target: Zone 4 during BBJ sets — you arrive elevated, and the sets are long enough to sustain it
• Cue: In the final 5 reps of each set, actively resist jump distance decay. If your jumps are shortening, the cue is arm drive — not more leg effort.

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Session 9 — Distance Discipline

Focus: Consistent jump distance to a fixed external target

• Place a marker or cone 3.5–4 meters ahead of your feet
• 4 sets × 15 BBJ — 2 minutes rest — reach the marker on every jump
• Heart rate target: Zone 3–4
• Cue: The marker is a consistency target, not a personal best. The aim is landing at or beyond it on rep 15 at the same distance as rep 1.

For athletes who want deeper work on the plyometric foundations driving jump distance, the exercises for BBJ guide covers the specific accessory movements that develop horizontal power most efficiently.

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Week 4 — Race Simulation and Taper

Goal: Complete the full 80-meter station under conditions that replicate race fatigue. Leave this week with a known station time, a known cadence, and a specific race-day target.

Heart rate target: Mirrors race conditions — you will spend significant time in Zone 4 during simulation sessions, with brief Zone 5 excursions when pre-fatigue from running and sled work is highest. This is the intent. Zone 4 is where the BBJ is contested on race day.

The biggest mistake in taper week is adding extra volume because you feel good. Resist it. Week 3 has built the fitness. Week 4 expresses it.

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Session 10 — Half-Distance Race Simulation

Focus: Pacing discipline across 40 meters of BBJ after cumulative fatigue

• Run 1km at Zone 3–4 effort → 50 seconds of heavy posterior-chain loading (sled push, prowler, or loaded carry) → 40m BBJ
• Rest: Full recovery (5 minutes)
• Repeat: Run 800m → 40m BBJ
• Heart rate target: Zone 4 during both BBJ runs
• Cue: Count your cadence in the final 10 meters. If it drops more than 20% from your first-10m cadence, you started the BBJ run too hot.^[5]

Session notes: Record both 40m split times. Compare cadence in the first vs. final 15 meters of each run. The gap between those two numbers is your current pacing consistency score.

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Session 11 — Full Race Distance

Focus: Complete 80 meters under race conditions and establish a benchmark station time

• Run 1km at Zone 3–4 effort → 50 seconds heavy posterior-chain loading → full 80m BBJ
• Rest: Full recovery (6 minutes)
• 3 sets × 15 BBJ at race cadence — 90 seconds rest
• Heart rate target: Zone 4 for the full simulation, Zone 3–4 for the subsequent sets
• Cue: Start the 80m at 10–15% below your maximum cadence. You have 80 meters — treat the first 40 as building rhythm, the second 40 as maintaining it.

Record: Your full 80m BBJ time from this session is your race-day baseline. Compare it to the pacing targets in the BBJ pacing guide to identify your current bracket and target cadence.

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Session 12 — Sharpening

Focus: Movement quality and race readiness — not fitness gains

• 4 sets × 12 BBJ at target race cadence — 2 minutes rest
• Finish: One timed 25-rep set as a final benchmark
• Heart rate target: Zone 3–4 — this session should feel hard but manageable
• Cue: Smooth, not fast. By this point the pattern should feel owned. If anything feels labored, slow down — this is not the session to force new fitness.

For athletes who want to connect this block to a longer race-preparation structure, the HYROX^® training plan guide provides the full periodization framework for building toward a target event across a 12–16 week cycle.

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Weekly Structure Summary

Week	Theme	Weekly BBJ Volume	Pre-Fatigue	HR Zone
1	Technique establishment	~120 reps	None	Z2–3
2	Cadence and cardiovascular load	~150 reps	Light (400m run)	Z3–4
3	Power and distance	~180 reps	Moderate (800m run)	Z3–4
4	Race simulation and taper	~140 reps + 80m full sim	Race-condition	Z4

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Fitting This Block Into Your Full HYROX^® Programme

This 4-week block is a targeted BBJ-specific training concentration, not a complete HYROX^® programme. It is designed to sit inside an existing training structure — alongside running, sled work, and gym sessions.

Running volume: Maintain your weekly running throughout. The BBJ station accounts for 2–4 minutes of a 60–90-minute race. Running fitness governs the largest share of total race time and must not be sacrificed for extra BBJ sets.

Sled and station work: One weekly session covering additional stations (Sled Push, Sled Pull, Rowing, Wall Balls) is sufficient alongside this block. More than two dedicated station sessions per week alongside the BBJ plan increases total volume risk.

Strength training: One to two lower-body strength sessions per week — Romanian deadlifts, hip thrusts, or Bulgarian split squats — directly support the posterior chain power required in Week 3 and protect against the compounding load of jump landings across Sessions 9–12.

Timing relative to race date: Weeks 1–2 align with a general preparation phase (8–12 weeks out). Weeks 3–4 align with a specific preparation phase (4–6 weeks out). If your race is within 4 weeks, run Weeks 3–4 only. The race simulation sessions in Week 4 are the highest-priority component of the entire block.

The HYROX^® workout guide covers how the BBJ station's demands interact with the rest of the race — including how posterior chain fatigue from the Sled Pull compounds directly into jump distance at station 4.

For athletes who want to see the specific accessory exercises and drills that support this training plan, the improve burpee broad jumps guide covers targeted interventions for jump distance, push-up endurance, and landing mechanics.

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Recovery Protocols Between Sessions

The BBJ plan makes high demands on the nervous system — particularly in Weeks 3 and 4. Recovery protocols are not optional additions. They are part of the training stimulus.

48 hours between BBJ sessions. The neuromuscular recovery from explosive jumping work requires this minimum. Compressing sessions below 36 hours reduces the quality of power output in the subsequent session and increases the risk of small overuse injuries in the posterior chain.

Sleep priority in Week 3. This is the highest-load week of the plan. Seven to nine hours of sleep per night is not aspirational — it is when the adaptations from the training are built. Athletes who cut sleep in high-volume weeks experience measurably slower improvement on the jump-distance metrics than athletes who protect it.

Heart rate zone monitoring between sessions. If your resting heart rate is more than 5–7 bpm above your personal baseline on a scheduled training day, treat that session as active recovery (easy running or Zone 2 work only). Racing a session on an already-stressed nervous system does not produce more adaptation — it produces more fatigue.

Training zones reference: For a detailed understanding of how heart rate zones map to specific HYROX^® training adaptations — and when to train in which zone across your weekly structure — the HYROX^® training zones guide provides the full framework.^[6]

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Frequently Asked Questions

Q: How many weeks out from my race should I start this plan?

Start Week 1 approximately five to six weeks before your target race. This gives you four weeks of structured training followed by one week of easy running and activation work before competition. If you start fewer than four weeks out, prioritize Weeks 3 and 4 — the pre-fatigued and race-simulation sessions have the highest direct transfer to race-day performance.

Q: My jump distance is inconsistent between sessions. Is that normal in this plan?

Yes, and it is expected to be most visible in Week 2 when cardiovascular pre-fatigue is introduced for the first time. Jump distance under elevated heart rate is typically 15–25% lower than distance achieved fresh — this gap closes progressively across Weeks 3 and 4 as your nervous system adapts to producing force under load. Track your average jump distance in Session 11 (full race simulation) rather than comparing isolated sessions to each other.

Q: The pre-fatigued sessions in Weeks 3 and 4 feel very hard. Should I reduce the run distance?

Only if your BBJ technique is breaking down completely within the first 10 reps of the post-run set. Some technical degradation under pre-fatigue is normal and is part of what the sessions are training. If you cannot complete legal chest-to-floor reps at all after the run, reduce the run pace rather than the distance — the objective is elevating heart rate, not exhausting the legs before the BBJ begins.

Q: I do not have access to a sled for the race simulation sessions. What can I substitute?

Use a 40–50 second loaded carry (heavy farmer's carry, sandbag hold, or a plate carry) immediately before the BBJ run. The goal is posterior chain and grip pre-loading, not sled-specific mechanics. A heavy carry of sufficient duration produces a comparable fatigue stimulus for the purpose of the simulation. Alternatively, a 60-second set of heavy Romanian deadlifts immediately before the BBJ achieves similar posterior chain pre-loading.

Q: After Week 4, how do I maintain my BBJ fitness if my race is still several weeks away?

Run one pre-fatigued BBJ session per week — either Session 10 or Session 11 format — and one isolated technique session. Total weekly volume drops to approximately 60–80 reps. This maintenance protocol preserves the neural patterns and race-specific conditioning without adding fatigue load. Avoid dropping below one pre-fatigued session per week — that is the specific quality most at risk of fading without regular practice.

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Sources

1. ROXBASE data from athletes using periodized BBJ-specific training blocks versus athletes with equivalent total conditioning volume but unstructured BBJ exposure shows a 38% faster improvement rate in station time across a 4–6 week training period. The primary driver is targeted pre-fatigue training, which addresses the gap between isolated gym performance and race-condition performance more directly than volume alone. ↩

2. Arm swing contribution to horizontal jump distance in broad jump movements is consistently documented in sports biomechanics research. A well-timed double-arm drive from behind the hips to overhead at take-off contributes an estimated 20–40 cm of horizontal distance per rep compared to passive or abbreviated arm carriage — an effect that increases proportionally as lower-body fatigue accumulates, making arm mechanics progressively more important in the later stages of an 80-meter station. ↩

3. The specific adaptation built by training the BBJ at elevated heart rate is the neuromuscular system's ability to recruit fast-twitch fibers under high cardiovascular demand. High heart rate partially inhibits maximum voluntary force production in the fast-twitch fibers responsible for jump distance. Repeated exposure to this condition produces measurable improvements in power output at a given heart rate over 3–4 weeks of systematic training. ↩

4. Research on post-activation potentiation (PAP) in jump training shows that performing maximal-effort broad jumps or plyometric work immediately before submaximal repeated jump efforts produces a temporary elevation in neural drive that increases force output per rep. The effect window is approximately 3–10 minutes, which is the intended timing between Part A and Part B in Session 7. ↩

5. A cadence drop exceeding 20% between the first and final 15 meters of the BBJ station is the ROXBASE benchmark for pacing failure at station 4. This drop is consistently associated with athletes who begin the station at above 80% of their maximum cadence — the threshold above which aerobic-anaerobic crossover occurs rapidly under mid-race conditions, leading to forced rest breaks that cost 8–15 seconds each. ↩

6. Heart rate-based training zone guidelines in HYROX^®-specific literature define Zone 4 (80–90% max HR) as the threshold band where lactate clearance equals production. Training that accumulates meaningful time in Zone 4 — specifically through repeated efforts with partial recovery — is the primary stimulus for raising lactate threshold, which is the single physiological variable most correlated with sustained performance in mixed-modal endurance formats. ↩