The Rox-Coach here, delivering an in-depth, no-nonsense performance feedback for Quin Kelly from Dublin—HYROX Men, Age Group 16-24. You logged an impressive Dublin showing (01:22:49) with a Top 53% finish and a strong running profile, but also left clear gaps that, with focused work, can vault you into the upper echelons of your age group. This report digs into what went well, what didn’t, and exactly how to train for the next big show: Cardiff, London Youngstars, and HYROX London in 2026. Let’s get after it. 💪

Overall Performance:

Pacing and profile: Quin shows a hybrid/runnerly footprint with a solid running base but real opportunities in the transition phases and some heavy-strength segments. Your best running lap (4:02) shows you can ride a fast, crisp pace, particularly in shorter laps. However, your first segments indicate a fast-start tendency that isn’t fully sustained across the middle blocks, and your Roxzone (transitions) time stands out as a major bottleneck. Your overall running time (Total running time 40:23) is only 2 seconds slower than average, placing you in a runner-leaning profile—but with the transitions and strength segments (sled pull, row, wall balls) you’re not optimizing that runner potential yet. The race shows you’ve got the engine; you just need to improve the rhythm between zones and some key strength blocks to keep it.
Strengths: Strong running finish; ability to pop a fast 4:02 lap; capable on the rolling sections and the mid-distance sets that demand both cardio and muscular endurance. Your overall time is competitive in the field, and your final running segments look solid when you aren’t fatigued by the transition sections.
Areas for growth: The big wins will come from tightening Roxzone (transition times), improving sled pull performance (dominant fatigue point), and optimizing sled push pace. Rowing efficiency and sandbag lunges are weaker links right now, but with targeted technique work and conditioning these can be raised quickly. Overall, Quin’s profile is hybrid-leaning toward running, but there’s a clear need to convert that running potential into sustained efficiency across all zones under fatigue.

Segments & Race Analysis:

Segment overview: Your split analysis against the average (for your finish time and division) shows your strongest segments tend to be running laps in the later stages (best lap 04:02). Early segments were modestly ahead of average (Running 1: 04:15, -14s vs average), but your sled and row segments show the largest time deltas from average, especially Sled Pull (07:23, +2:37) and Roxzone (10:40, +3:53 vs average). In short, you started reasonably well in running, but the heavier strength/carry segments and transitions drained you more than the average competitor at your finish band.
Roxzone (transitions): 10:40 total roxzone time, +3:53 vs average. That’s the standout bottleneck. Transitions are where you turn momentum into fatigue or relaxation. A 3:53 margin is substantial—nearly 2–3 whole “mini-warrior” blocks you’re losing to idle or inefficient transitions. This is your most return-on-investment area for the next race.
Sled Pull: 07:23, +2:37 vs average (92nd percentile). This is your most impactful limiter. The sled pull is a brutal test of posterior chain strength, hip hinge, and explosive leg drive; you lost valuable seconds to fatigue and form breakdown here.
Sled Push: 03:14, +0:21 vs average (65th percentile). This is a decent score, but there’s a plausible 20–40s improvement room by optimizing pushing technique and breaking up sets more efficiently.
Rowing: 04:27, -0:20 vs average (13th percentile). You had a poor efficiency signal here. This suggests technique or pacing issues on the erg that compound fatigue later in the race. Focus here will yield compounding benefits across the next events.
Wall Balls & Burpees Broad Jump: Wall Balls 5:47 (-0:44 vs average, 31st percentile). Burpees Broad Jump 4:28 (-0:43, 25th percentile). These are mid-pack to bottom-quartile marks that suggest you could optimize rhythm, breathing, and kip mechanics to reduce wasted time here. These are easier wins than sled pulls, but still meaningful in the overall race time.
Sandbag Lunges: 00:03 (essentially a no-load issue in the data, but the implied endurance of lunging with sandbags remains a potential limiter in fatigue). This looks like either a tiny data artifact or a segment you could be loading more effectively with controlled lunges in training to build stamina and symmetry.

Segments to Improve:

Below are the key target segments, the potential improvements, and the training focus you should allocate. For each, I list a concrete plan, drills, and progression to translate improvements into race-day gains. I’ll also note how to structure post-exercise running blocks when you implement these drills so you don’t lose the runner profile you’re building. Focus percentages indicate how much of your microcycle should emphasize that area, based on the opportunity and impact on your finish time.

Sled Pull — Potential Improvement: 02:54 (From 07:23 to 04:29), Focus during training: 62%
- Why it matters: It is the single largest delta against average and a major performance limiter in the Hyrox sequence. Improving this will directly drop your Roxzone drain and maintain running energy.
- Technical focus: Hip hinge, push-off mechanics, triple extension, scapular stability at start and finish, and strong deceleration control at the end of each pull. Emphasize a consistent tempo and breath control to maintain rhythm under fatigue.
- Drills & training plan:
  - Heavy sled pulls (sled weight heavy enough to allow 6–8 solid pulls per set) with short rest: 6 x 25–40 m pulling at 85–90% effort. Focus on a smooth, forceful hip drive and keeping the torso upright.
  - Assisted-lacrosse ball wall drills for posterior chain activation: 3 sets of 15–20 hip hinge repetitions with a light resistance band or cable.
  - Single-leg piston step-downs into sled pulls: 3–4 sets of 6–8 reps each leg to strengthen single-leg drive and control, reducing lateral energy leaks during the sled pull.
  - Grip endurance and forearm conditioning: farmer carries or trap-bar holds for 2–3 rounds of 40–60 seconds to prevent grip fatigue from limiting your final pulls.
  - Transition-specific practice: perform sled pulls directly into a 200–400 m run at 85–90% pace to simulate race-day fatigue sequencing.
- Post-exercise running integration: After each sled pull block, immediately execute 400–600 m at a controlled tempo (not a sprint) to practice maintaining running form with fatigue in the posterior chain. This builds resilience for Running 5–7 segments.
- Progression: Week 1–2: 6 x 25–40 m; Week 3–4: 8 x 25–40 m, +8–12 m distance; Week 5–6: 6 x 50 m blocks focusing on top-end speed while still maintaining clean form.
Runn Total — Potential Improvement: 01:01 (From 40:23 to 39:22), Focus during training: 21%
- Why it matters: Your overall running time is only marginally behind average, but with a heavy sled/push/pull footprint, you need to maintain a sustainable running economy under fatigue. A 1:01 strong run improvement will convert to a measurable total time drop across multiple segments.
- Technical focus: Running economy, cadence optimization, stride length control under fatigue, and metabolic conditioning to bridge hard segments without losing form.
- Drills & training plan:
  - Tempo runs: 4 x 1 km at 85–90% with 2 minutes easy jog recoveries. Focus on a light, quick cadence and minimal ground contact time.
  - Threshold intervals: 6 x 800 m at ~90–95% with 60–90 seconds rest, focusing on consistent splits and upright posture.
  - Hill repeats (short incline runs): 8 x 30–60 seconds up, jog down. Builds knee drive, ankle stiffness, and muscular endurance in the legs without excessive load on joints.
  - Running with fatigue blocks: 2–3 weekly sessions incorporate light-to-moderate sled or sandbag workouts immediately followed by a 2–3 km run at a controlled pace to build fatigue tolerance without breaking form.
- Running mechanics: Use a metronome or cadence cues to target a consistent cadence (e.g., 175–185 steps per minute for your height and stride). Aim for a slight mid-foot landing with a forward driving knee, and maintain a tall, relaxed torso during fatigue blocks.
- Progression: Week 1–2: 4 x 1 km at 85–90% + 2 min jog; Week 3–4: 5 x 1 km at 90–95% + 90 seconds; Week 5–6: 6 x 1 km at 90–95% with 60 seconds rest; Week 7–8: 3–4 x 1 mile at 85–90% with 2–3 minutes rest to build your endurance anchor.
Sled Push — Potential Improvement: 00:34 (From 03:14 to 02:40), Focus during training: 12%
- Why it matters: This is a meaningful yet smaller improvement than sled pull, but still worth tightening. It can provide a clean buffer between heavier segments and running blocks, reducing fatigue entering Running 4 and beyond.
- Technical focus: Push mechanics, stance width, hip drive, and maintaining an upright torso with a strong core to prevent energy leakage, plus breathing control during high-tension segments.
- Drills & training plan:
  - Medium-weight sled pushes: 6–8 rounds of 30–40 m with short rests, focusing on consistent push and tight core; progress to 50–60 m with heavier weight gradually.
  - Split-stair push sequences: 4 sets of 10 m push, 10 m reset (hand-over hand) and repeat to improve transition speed and leg drive continuity.
  - Core stability circuits: front planks, side planks with extra leg lift, Swiss ball rollouts, 3–4 rounds of 45–60 seconds each to stabilize the trunk under load.
  - Grip and forearm endurance: farmer carries with heavy dumbbells for 2–3 rounds of 40–60 seconds to sustain pushing intensity when fatigued.
- Post-push running: Immediately follow with a 400–600 m run at controlled pace to simulate race sequences where you move from push to run with minimal deceleration. This locks in efficient transition pacing.
- Progression: Week 1–2: 6 x 30 m; Week 3–4: 8 x 40 m; Week 5–6: 6 x 50 m; Week 7–8: 4 x 60 m with heavier weight, maintaining form under fatigue.
Roxzone (transitions) — Potential Improvement: 03:53 (From 10:40 to 06:47), Focus during training: 60%
- Why it matters: This is where you convert conditioning into speed. A reduced roxzone will slash your total time and allow you to start the next segment with more momentum rather than fatigue.
- Technical focus: Pre-transition setup, zone-to-zone handoffs, consistent breathing, and micro-pacing that preserves leg drive for the next segment.
- Drills & training plan:
  - Transition simulations: practice 60–90 second cycles where you go from one station to the next without stopping (e.g., run 20 seconds, set up the next station in 20 seconds, perform the next exercise, repeat).
  - Breath-work and tempo cues: 4-4 breathing (4 seconds in, 4 seconds out) during the transition to calm the system and reset muscle activation.
  - Station-to-station rhythm: use a timer (e.g., 15 seconds per movement) to lock the tempo and reduce hesitation between segments.
  - Tempo micro-cycles: Add 2–3 short micro-cycles (2–3 minutes) of “one-lift, one-run” blocks to simulate the fatigue pattern and require you to switch task quickly.
- Progression: Start with 3–4 reps of transitions in practice, then escalate to 6–8 reps per session with increasing fatigue (e.g., after a light strength circuit or a short erg block) to develop a robust transition rhythm.

Race Strategies:

Pacing plan for race day: Start with a steady, controlled Run 1 that sits about 4:15–4:20 per km pace if you feel good, then ride to a sustainable rhythm across Runs 2–4. Use your best 4:02 lap as a ceiling for your fast laps, but avoid repeating it in every single run; you want to maintain energy with a slight negative split pattern across the middle segments to avoid flare-ups in the sleds and rowing. Your strongest in-lap performance should be Run 8, where you can push with the energy you’ve saved from cleaner transitions.
Transition discipline: Build a strict two-part ritual for each transition: (1) quick breath regeneration and grip reset; (2) micro-mobility preps to avoid time wasted on awkward moves. Your roxzone must be your priority to reduce 3:53 of average lag. Practice 8–12 transitions in every big training block, using a countdown timer and a fixed setup space to eliminate hesitation.
Strength-to-run balance: Because your total running time is slightly behind average, you should prioritize running across most sessions but keep a strong sled/push/pull cadence to avoid losing your runner advantage. Your plan should be a 70/30 split toward running with a 30% block for sleds/rowing/upper-body work to preserve your overall Hyrox capability.
Technical drills: Integrate a weekly “Hyrox technique” session that rotates between sled pulls, sled pushes, wall balls, and rowing technique blocks. Use load-carry drills to keep your trunk braced during pulling and pushing; maintain a straight line from head to hips to avoid energy leakage through the torso.
Race-day tactics: Pre-pace the first two Run sections to avoid a early sprint crash. Use the first 2–3 minutes of your warm-up to ingrain your rhythm. Practice in your warm-up the exact transitions you’ll see on race day; consider a 5–10 minute pre-race drill block of 60–90 seconds per station to condition your body to the exact fatigue pattern you’ll encounter during competition.

Conclusion:

Quin, you’ve got a strong engine and a reliable running base, but the data from Dublin makes it crystal clear where the ceiling will be raised next: you must convert fatigue into efficiency in the transitions and get the sled work dialed in. In practical terms, you’ll be chasing three front-runners in your upcoming events by shaving 2–3 minutes off your transitions and 40–90 seconds off your sled work, while sustaining your running economy through fatigue. The good news: your running potential is there; you just need to refine your execution in the zones that typically cost you the most time.

Motivational note: As the great Stephen Covey didn’t quite say about Hyrox, but it fits: “Begin with the end in mind, and then one step at a time.” Stay the course. Discipline equals freedom—Jocko Willink’s favorite principle in a Hyrox world. And a quick joke to keep the grind honest: if the sled pull doesn’t make you sweat, it’s not a sled pull—it’s a cold day at the gym. Keep the pace, not the excuses. Stay hard, Quin! 💥

Next races to plan for and target: HYROX Cardiff (April 29, 2026), HYROX YOUNGSTARS London (March 28, 2026), HYROX London (March 24, 2026). These events give you a staged path to implement the plan above, with a realistic progression of sled loads, transition drills, and running blocks tailored to your age-group competition. Use Cardiff to test the transition work and sled pulls; Youngstars London to dial in trail and run-work integration; and London proper to execute your optimal run-to-work transition pushes in a competitive field.

Final note: You’ve earned a solid platform—now we optimize the inputs that yield the biggest outputs. Build a small, daily routine around the three risk areas (Sled Pull, Roxzone, and Run Total) and let your running base be the engine you lean on at the end. You’ve got this, Quin. The path to the top of your age group runs through these exact drills.

Signature: The Rox-Coach