Hey Quentin, I’m The Rox-Coach. I’m here to pull out the best in you and turn Paris 2025 lessons into next-level Hyrox performance. You’ve got a solid engine, and with precision tweaks we’ll convert that into more consistent splits, stronger sled work, and better race-day rhythm. Let’s break it down like we break Hyrox: hard, smart, and fast where it counts. 💪

Overall Performance

Overview: Quentin Prot, HYROX Men, Age Group 25-29. Final time 1:34:43, finishing 2311th overall (Top 69% of 3324). In the AG, 622nd (Top 72% of 859). Your pace shows more of a hybrid runner-strength profile with notable strengths in certain work-to-work transitions and mid-race endurance, but clear bottlenecks in specific strength segments and mid-late running blocks that dampened overall efficiency.
Pacing & profile: Early segments show a reasonable opening run (Running 1 around 4:05) but the mid-race blocks collapsed into a slow-running pattern (Running 4 and Running 5 around 8:08 and 8:11). This indicates an aggressive start that wasn’t matched by sustainable energy management or effective shuttling between zones. Your total running time is 45:19, just slightly faster than average (-16s), signaling you’re close to the average runner profile for finish time but with opportunities to push into stronger sustained running and better zone-to-zone efficiency.
Roxzone (transitions between zones): 7:12 total; you were 1:04 faster than average in transitions (51st percentile). Solid here, but every second counts in Hyrox, especially when fatigue accumulates. With a couple of targeted tweaks, you can shave more off this segment without sacrificing the quality of your work blocks.
Key strength areas: You show good running potential in runs 6-7-8 when fatigue isn’t at peak; your best true running lap was 4:43 ( Running 1 to Running 2 context aside). You also closed relatively well in the tailed end of the race in some segments, indicating a resilient engine and mental toughness when you stay in the game physically.
Key improvement opportunities: The most impactful gains will come from 1) strengthening sled push/pull capabilities (hardware bottleneck), 2) stabilizing running consistency across mid-race blocks, 3) improving wall ball efficiency and burpee-broad-jump rhythm to avoid time-waste and energy leakage in the mid-to-late segments.

“Pain is temporary, pride is forever.” Keep that in mind as we push. You’re not far from field-standard, Quentin—you just need targeted, surgical upgrades in a few fitness levers. Stay hard. 💥

Segments & Race Analysis

General pattern: Your race shows a strong start and consistent pacing in the early running segments, then a pronounced slowdown in the middle of the race around Running 4 and Running 5. This pattern is typical when athletes front-load intensity without a robust fatigue management plan or when strength segments ahead of these runs deplete energy reserves. The Sled Push and Sled Pull were slower-than-average relative to peers, creating a downstream fatigue cascade that affected later running segments and multi-muscle work like Wall Balls and burpees.
Segment highlights:
- Ski Erg 4:46 (+0:08 vs average): you held a solid tempo here—mid-to-upper mid-pack. This suggests your upper-body work and cardio tolerance are decent but could be sharpened, particularly for sustained sets between zones.
- Sled Push 04:04 (+0:50): slower than average. This is a primary bottleneck—pushing power, hip drive, and transition efficiency here will yield meaningful reductions in Total Time and better energy stock for later runs.
- Sled Pull 06:06 (+0:34): again, a slower-than-average block that taxes posterior chain endurance and grip. The mid-to-late push time here bleeds into running blocks that follow.
- Running segments show two notably weak blocks in Run 4 and Run 5 (8:08 and 8:11), suggesting you started to run out of gas or your run form deteriorated as fatigue settled in. The later runs (Run 6-7-8) rebounded somewhat, but the early-mid drop is a clear leak in efficiency.
- Wall Balls 08:09 (+0:17): a respectable time, but relative to the fault lines in sled work and mid-run fatigue, the wall balls still contribute to energy expenditure spikes. It is not catastrophic, but improving rhythm here will help overall continuity.
- Burpees Broad Jump 06:30 (+0:14): decent, but the transition into the broad jump and the depth of the burpee motion can cause energy leaks that hurt subsequent runs if not controlled.
- Roxzone 07:12 (-1:04 vs average): brisk transitions, which is a positive. Your transitions aren’t the bottleneck; they’re solid, giving you room to push the work blocks harder without paying a heavy transition penalty.
Personal pacing insights: Your first 2-3 running blocks were strong, but the fourth and fifth runs were the critical drop points. This pattern aligns with a need to tune energy systems (glycolytic endurance) and to optimize the sequencing and recovery between heavy strength blocks (sleds) and the running blocks that follow. Your best running lap (4:43) shows you have the speed reserve; you just need to better translate it into steady, sustainable mid-race production.

Segments to Improve

Sled Push — Potential Improvement: 00:52 (From 04:04 to 03:12), Focus during training: 23%
Sled Pull — Potential Improvement: 00:44 (From 06:06 to 05:22), Focus during training: 20%
Run Total — Potential Improvement: 00:42 (From 45:19 to 44:37), Focus during training: 19%
Wall Balls — Potential Improvement: 00:40 (From 08:09 to 07:29), Focus during training: 18%
Burpees Broad Jump (BBJ) — Potential Improvement: 00:27 (From 06:30 to 06:03), Focus during training: 12%

Detailed Improvement Plan

Sled Push — Focus: 23% of training time.
- Technical drills: 2–3x/week work on pushing mechanics—drive from the hips, chest up, braced core, flattening the spine, and keeping a straight line through the torso. Use a belt or harness for consistent load. Focus on a strong initial drive, then stabilize and finish with a controlled extension at full hip/quad engagement.
- Speed-strength blocks: 6–8 sets of 20–25 m sled pushes at 85–95% effort with 60–90 seconds rest. Emphasize accumulator work on speed and late millisecond finishes to maintain push integrity as fatigue increases.
- Proximity work: Do seated sled pushes or incline treadmill pushes to build hip drive with minimal deceleration risk. Progress load gradually while maintaining form.
- Transition drills: Set up a compact circuit that mimics Hyrox lanes—push sled, step over a small barrier, then move into a short run, repeating with minimal rest. This trains sled-to-run transition synergy and reduces deceleration after the sled block.
- Compromised running scenario: After a heavy sled push block, follow with a 3–4 minute tempo run at a controlled pace to teach recovery and sustain running rhythm despite fatigue.
- Specific cues: “Hips and chest square, hips driving, arms driving, core braced.” Keep your gaze forward, not at the sled, to avoid energy leaks.
Sled Pull — Focus: 20% of training time.
- Technique focus: knee drive, hip extension, and a smooth, continuous drag. Avoid over-stride or jerky pulls; maintain tension through the hamstrings and glutes, with a stable spine and braced core.
- Pull intervals: 6–8 x 25 m pulls at 80–90% effort with 60 seconds rest. Alternate stance slightly to build symmetrical posterior chain strength and grip endurance.
- Grip and forearm stamina: Farmer carries or trap bar holds after sled pulls to simulate grip fatigue that occurs in Hyrox and to build forearm endurance for the final carries.
- Transition drills: After a sled pull, immediately perform a quick 15–20 m run to mimic Hyrox transitions; focus on keeping running form intact and not letting the shoulders slump as fatigue rises.
- Post-pull conditioning: Add 2–3 rounds of 6–8 wall balls at lower weight after sled pulls to condition the ability to recover between strength blocks and running blocks.
Run Total — Focus: 19% of training time.
- Pacing strategy: Structure your tempo and interval runs to build endurance without destroying form. Practice even splits across the first 3–4 running blocks and plan a controlled, aggressive finish on the final medium-to-long runs.
- Specific running workouts:
- 1) 6x1 km at target 10k pace with 2 min jog recoveries, then
- 2) 4x2 km at slightly slower than 10k pace with 3 min jog recoveries, focusing on maintaining a relaxed upper body and proper arm swing to keep tempo.
- 3) 2x20 min tempo runs at a sustainable pace, with 5 min easy jog between, to improve fatigue resistance and running economy under slight fatigue.
- Technique drills: A-skips, B-skips, and high-knee runs to improve turnover efficiency and knee drive. Weekly strides (6–8 x 20–30 m) at near-maximum speed to preserve top-end speed late into the race.
- Compromised running scenario: After heavy sled blocks, implement a short 5–8 minute active recovery run at a very light pace with a focus on diaphragmatic breathing to recover more quickly before the next exertion.
- Key cue: “Smooth turnover, not a large, energy-sapping stride; stay relaxed in the shoulders and jaw.”
Wall Balls — Focus: 18% of training time.
- Volume and tempo: Increase wall ball volume gradually while maintaining form. Program sessions of 4x20 reps with 60 seconds rest and progress to 5x25 in a progressive sequence. Use a slightly lighter ball for technique-focused days to retain rhythm and depth.
- Movement efficiency: Keep the ball just under control, with hips and ankles providing the power, not the arms alone. Ensure a full hip hinge, a powerful extension through the legs, and a strong catch at the bottom for consistent reps.
- Metabolic conditioning: Combine wall balls with short burpees into a 4–5 round circuit to simulate Hyrox fatigue and test your ability to maintain rhythm under a high heart rate.
- Technique cues: “Sit into the squat, drive through the hips, and punch the ball up using your legs, not just your shoulders.”
- Compromised running scenario: After wall balls, perform a 400–600 m run to practice maintaining cadence and breathing patterns despite elevated heart rate.
Burpees Broad Jump (BBJ) — Focus: 12% of training time.
- Explosive pattern: Work on explosive hip extension through the burpee-to-broad-jump sequence. Add 4–6 sets of 5–6 reps at maximal effort with ample rest between to preserve form and reduce energy leakage.
- Rhythm vs energy: Learn a consistent rhythm that minimizes wasted motion between burpees and the jump. Use a shorter brace-down phase between burpees to maintain pace.
- Progressions: Start with burpees to a higher target height or add a depth jump to build ankle elastic power and hip drive. Then gradually reduce rest to improve metabolic tolerance.
- Technique cues: “Chest to ground, rapid transition, explode through hips, land softly in the next rep.”

Race Strategies

Early race strategy: Recalibrate your start to a controlled but assertive pace for Running 1–3. Target splits around 4:10–4:20 for Run 1 and 2, then aim to hold a strong pace through Run 3 while ensuring you’re not overcooking the sled blocks. A measured start balances the energy budget and prevents the mid-race collapse you experienced in Running 4 and 5.
Zone-to-zone efficiency: Prioritize minimizing inefficiencies in the transitions, but avoid rushing so much that you compromise form. Your Roxzone is solid; aim to shave 15–30 seconds by tightening armor around your transitions, especially between Sled Push and Running 4 and between Wall Balls and Running 6.
Strength blocks sequencing: The heavy sled blocks are followed by running segments, so ensure your strength work specifically builds resilience for the run that follows. Include practice rounds that mimic Hyrox sequence (sled push → run → sled pull → run) to train the neuromuscular pathways for smoother transitions and less fatigue carryover.
Energy systems balance: Your running time is close to average, but your mid-race runs show fatigue. Include more glycolytic endurance work (high-intensity, short- to mid-length intervals) to push your mid-race efficiency higher without sacrificing endurance in the early blocks.
Compensation for later blocks: The slowdown in Running 4–5 can be addressed with targeted lower-body endurance, improved running economy, and better breathing patterns under fatigue. Integrate tempo runs and technique-focused runs that emphasize a strong, elastic stride during fatigue onset.

Conclusion

Quentin, you’ve demonstrated a solid Hyrox foundation with a strong overall running base and efficient transitions. The biggest gains will come from strengthening the sled blocks and stabilizing mid-race running. Your roxzone is already decent, but shaving more seconds off transitions and refining technique after heavy strength segments will unlock tangible time savings. Think of it as tightening the ship so the hull doesn’t buckle when the waves get rough in the middle of the race. You’ve got the mental toughness to push through—channel that grit and turn your best run into a consistent, aggressive middle portion rather than a collapse after Run 3.

“The more you sweat in training, the less you bleed on race day.” Keep grinding. You’re not far off from elevated results, and with the right plan you can carry that momentum into your next Hyrox battles.

Next targets and races to consider for 2026 are:

HYROX Paris Grand Palais, Paris, France — Maybelline HYROX PARIS GRAND PALAIS, date: 2026-04-23
HYROX Mechelen, Mechelen, Belgium — HYROX Mechelen, date: 2026-03-26
HYROX London, Greater London, United Kingdom — HYROX Original Source HYROX London, date: 2026-03-24

Plan these as your targets to shoot for a top-20% finish in the AG. Use the takeaways from Paris to set your splits, refine transitions, and push the sled blocks into more aggressive but controlled work. You’ve got the gear; now let’s tune the throttle. Stay disciplined, stay hard. “Discipline equals freedom.” “Stay hungry. Stay humble.” 💪🏆