Hyrox Results: Search Past Race Times

How to Find and Read Your HYROX^® Results

You finished the race. The clock stopped. Your next instinct is to find your time, see where you placed, and figure out exactly where you lost those minutes you left on the course.

HYROX^® results are detailed enough to tell you all of that — if you know where to look and how to read them. Every registered athlete gets access to a full split breakdown: eight run segments, eight station times, age group ranking, and division placement. That data is not just a number to share on Instagram. It is a structured performance map you can use to rebuild your training and go meaningfully faster in your next race.

This guide covers where official results live, how to extract the information that actually matters from your split breakdown, and how to convert that data into specific training priorities. If you have not raced yet and want to understand what HYROX^® actually involves before you look up results, the complete HYROX^® overview is the right starting point.

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Where Official HYROX^® Results Are Published

The HYROX^® App

The primary location for results is the HYROX^® app, available on iOS and Android. After you race, your result is posted to your athlete profile — usually within a few hours of your wave finishing, and in most cases before the event day is over. The app shows your official finish time, your overall placement within your division, your age group ranking, and your complete split data for every run segment and station.

Log into your account, open race history, and your most recent event appears at the top. If your result is not there immediately, the chip data from your wave may still be processing. Give it a few hours. If it is missing after 24 hours, contact the event organizer using the details in your confirmation email — chip failures are rare but they do happen.^[1]

results.HYROX^®.com

The official HYROX^® results portal at results.HYROX^®.com is the web-based alternative to the app. You can search any registered athlete by name or bib number across any past event. This is the most useful tool for comparing your splits with athletes who finished near you, reviewing times from events you are considering entering, or looking up historical data before setting a race goal.

The portal also allows you to browse full event leaderboards, filter by division (Open, Pro, Doubles), gender, and age group. If you want to understand what a realistic target time looks like at a specific race location or course, filtering the leaderboard by your division and scrolling through the distribution of finish times gives you a concrete answer.

For photos and additional post-race content beyond split data, the HYROX^® race photos and results guide covers photographer platforms, bib-based photo searches, and how to find your images in the official gallery.

Event-Specific Results Pages

Some HYROX^® events — particularly newer regional events or events run by local organizers under HYROX^® license — publish a temporary results page for that specific race before the data migrates to the main portal. Your post-race confirmation email typically includes the link to the event's own results page. Keep that email until you have confirmed your splits are correctly captured in the main system.

If you raced at a large-format event (London, Manchester, New York, Hamburg), your results will appear in the main portal reliably and quickly. Smaller events may have a short lag. The app and the portal ultimately contain the same data — one is just updated slightly ahead of the other depending on the event's timing provider.^[2]

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How to Read Your Results: Understanding Every Split

Your finish time is the summary. The split data is the actual analysis. Here is what each section of your results page contains and what it tells you.

The Full Data Structure

A standard HYROX^® result contains:

Data Point	What It Shows
Run 1–8	Your 1 km run time for each of the eight running segments
Station 1–8	Your time at each functional station (SkiErg through Wall Balls)
Total running time	Sum of all eight 1 km run segments
Total station time	Sum of all eight functional station times
Overall time	Running time + station time + transitions
Division placement	Your rank within Open / Pro / Doubles for your gender
Age group placement	Your rank within your age bracket (e.g., 35–39)

The division and age group rankings are where most athletes focus first — and understandably so. But the run and station splits below those numbers are where the training-relevant information lives.

Reading Your Run Splits

Compare your Run 1 time to your Run 8 time. The difference tells you a great deal about how your race unfolded.

A difference of under 30 seconds per kilometer between your first and last run generally indicates solid pacing. A difference of 45 seconds or more per kilometer typically signals one of two things: you went out too fast in the opening kilometers and the race caught up with you, or your aerobic base was not sufficient to hold pace under cumulative station fatigue. Both are fixable — but they require different training responses.

Also look at where within the race your splits degraded. If Runs 1 through 4 are consistent and Runs 5 through 8 drop sharply, your second-half running endurance is the limiter. If the split times decay progressively from Run 2 onward, you started too aggressively from the opening kilometer. For a detailed breakdown of how to set pace targets that hold across all eight segments, the HYROX^® pacing strategy guide covers target ranges by finish time and the most common execution errors athletes make in their first and second races.

Reading Your Station Splits

ROXBASE data from over 700,000 athlete profiles shows that 63% of athletes lose the most cumulative time at just one or two specific stations.^[3] For most athletes in the sub-90 minute category, those high-loss stations are Sled Push and Wall Balls. For athletes in the sub-60 category, Burpee Broad Jumps and Wall Balls are the most common limiters. For women, Sled Push and Sled Pull represent a disproportionate share of total station time — particularly at heavier load categories.

To identify your specific loss stations:

1. Calculate your average time per 1 km run segment
2. Compare each station time against the median time for your division and finish time range (the results portal shows this when you filter by division)
3. Any station where your time is more than 20–25% above the median for your finish time category is a priority limiter

This is more precise than simply noting which station felt hardest. A station can feel brutal and still be close to median for your category. A station that felt manageable might actually be significantly slower than your peers because you have been unconsciously managing the effort.

Comparing Against Your Age Group

Your age group placement often tells a different story than your overall division placement. An athlete finishing in the middle of Open Men might be in the top 20% of their age group — or the bottom 20% — depending on the age distribution at that particular event. Both the division rank and the age group rank are visible in the app and portal.

If you are targeting age group podiums, the results portal lets you filter by age group and sort by finish time. Review the splits of the top three finishers in your age group. Often the gap between you and a podium position is concentrated in one or two stations, not distributed evenly across the entire race — which means a targeted training response can close it.^[4]

For women in particular, age group dynamics in HYROX^® vary significantly by division weight requirements. The HYROX^® results for women guide covers how women's rankings break down by age group and division and what the data shows about the most common performance differentiators.

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How to Use Results Data to Improve Training

Results data is most actionable when you move from observation to a specific training target. Here is a structured process for doing that.

Step 1 — Calculate Your Time Distribution

Add your total running time and your total station time separately. Well-prepared athletes in the 75–90 minute range typically see running and station times within about 8–12 minutes of each other. A large imbalance — 40 minutes running, 50 minutes at stations — gives you a direct priority signal for your next training block.

If your station time is significantly higher than your run time, your training has probably been running-dominant and station-specific conditioning has been under-emphasized. If your run time is significantly higher, the inverse applies — your functional fitness is strong but your running base is the primary limiter.

Step 2 — Identify Your Three Priority Stations

From your station splits, identify the three stations where you lost the most time relative to your division median. These three stations are your highest-return training targets. Rather than spending equal time on all eight stations, prioritize these three in your next 6–8 week block.

Set a specific time target for each — not "improve my wall balls" but "complete 100 wall balls in under 5 minutes with no more than two breaks." Specific targets give your training sessions a measurable goal and tell you when you have actually closed the gap.^[5]

Step 3 — Assess Your Pacing Discipline

Calculate the range between your fastest and slowest run splits. If that range is more than 45 seconds per kilometer, your pacing consistency is a training priority regardless of your overall finish time. Inconsistent pacing in HYROX^® — particularly going out fast in runs 1 and 2 — costs most athletes 3 to 6 minutes over a race even when the split data makes the cause easy to identify after the fact.

The fix is not just knowing your target pace. It is training at race-specific effort levels enough times that holding back in kilometer 1 becomes automatic rather than a mental battle. Race-pace interval training and brick sessions that mimic the run-station-run structure of the event are the most direct way to develop this.

For athletes who struggle with the combination of running fatigue and station execution, the HYROX^® training mistakes guide covers the most common errors athletes carry into races from training — including the training habits that produce fast gym splits but slow race-day station times.

Step 4 — Plan Your Next Training Block

With your split analysis complete, you have four pieces of information: your current total time, your running-to-station imbalance, your three priority stations, and your pacing consistency score. These map directly to a training plan structure:

• Weeks 1–4: Aerobic base and priority station volume. Run at comfortable paces (Zone 2–3). Attack your three priority stations with high frequency — 3 to 4 dedicated sessions per week on those movements.
• Weeks 5–8: Race-specific intensity. Introduce race-pace run intervals and full station sets under fatigue. Start combining runs and stations in the same session.
• Weeks 9–12: Race-simulation work. Longer sessions that mimic the full event structure. Practice running at your goal pace deliberately even when your body wants to go faster.

The HYROX^® training plan guide covers how to build and periodize this type of training block in detail, including how to structure weeks around your limiter profile and how to taper correctly in the final 10 days before a race.

Step 5 — Set a Realistic Next Race Target

Use your split analysis to build a finish time target from the components up rather than from a round number down. Start with your total station time and ask: if I hit my specific targets at my three priority stations, what does my total station time become? Then add a projected total run time based on your pacing analysis — if you can hold an even pace throughout, what does a realistic run time look like? Add 2–3 minutes for transitions and you have a bottom-up target that reflects what you actually trained toward.

This approach produces targets that are simultaneously more achievable and more motivating than picking a round number. A target of 1:21:30 that you built from split data feels different than a target of "sub-90" chosen because it sounds good. One reflects your actual performance profile; the other is an arbitrary ceiling.

For a full race-day execution framework that connects your training targets to how you actually run the race, the HYROX^® race day guide covers warm-up protocols, equipment checks, and how to mentally prepare for the race structure you have been training for.

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Searching Results for Future Race Planning

Beyond reviewing your own results, the HYROX^® results portal is a useful research tool before you enter a race.

Assess a new event: If you are considering a race in a city you have not competed in before, look up the previous year's results for that event. You can see how your recent finish time would have placed in that field, whether the event draws a particularly competitive pool of athletes, and what the spread looks like in your age group.

Set data-driven goals: Before entering a race with a specific time target, look up that target time in last year's results and see what percentile it falls in. If sub-75 would put you in the top 10% of your age group at a specific event, that is useful calibration. If it would put you in the top 50%, you might push the goal further.

Research division thresholds: The line between a competitive Open finish and a realistic Pro attempt is not purely about your training — it also depends on the competitive depth at a given event. Some events have very competitive Pro fields; others are relatively open. The results portal lets you see median and top-quartile Pro times from past editions of the same event before you commit to a division.

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Frequently Asked Questions

How long does it take for HYROX^® results to be published after the race?

Results typically appear in the HYROX^® app within a few hours of your wave finishing, and the majority of athletes have access to their full split data before the event day ends. Wave results are processed sequentially, so athletes in later waves may see a slightly longer wait. If your results are not visible within 24 hours, contact the event organizer with your bib number — chip failures are rare but the organizer can retrieve your timing data from the backup records.

Can I look up the results of other athletes, not just my own?

Yes. The results portal at results.HYROX^®.com allows you to search by name or bib number for any registered athlete at any past event. This is useful for comparing your splits against athletes who finished near you in the leaderboard, for researching the performance profile of a potential Doubles partner, or for reviewing what top-ten finishers in your age group actually did at each station.

What does my age group ranking mean, and how is it calculated?

Age groups in HYROX^® are five-year brackets: 18–24, 25–29, 30–34, 35–39, and so on up to 70+. Your age group ranking is your placement within that bracket, within your division and gender, at that specific event. Because event fields vary in size and age distribution, the same finish time might produce a different age group placement at different events.

Why does my watch show a different time than my official result?

GPS watches frequently show slightly different distances and paces than chip-timed official results. Factors include satellite drift inside large venues, the gap between when you cross a timing mat (official) and when your watch auto-pauses or you stop it manually, and small differences in course layout interpretation. Official chip time is always the recorded result. If the discrepancy is more than about 2 minutes, compare your watch timestamp of when you crossed the finish line with the official time — if they do not align, there may be a chip read error worth reporting to the organizer.

How do I find results from HYROX^® races I competed in years ago?

Your complete race history is stored in your HYROX^® athlete profile in the app. Open race history and all past events are listed chronologically with full split data. If a past result is missing, it may have been registered under a different email address or athlete account. Contact HYROX^® support to consolidate your history — they can typically merge accounts that share the same name and date of birth.

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Sources

1. Chip timing at HYROX^® events uses passive RFID chips embedded in your bib or attached to your shoe. The chip transmits a signal each time it passes over a timing mat, generating a timestamp for each run start, station entry, station exit, and finish line. In rare cases of a chip failure, the backup system uses manual timing or video review to reconstruct the affected splits. ↩

2. The HYROX^® app typically receives results data directly from the event timing provider in a live feed during the race. The results portal at results.HYROX^®.com is usually updated from the same source but may reflect a 30-to-60 minute lag depending on the size of the event and whether manual review of edge cases (duplicate bib reads, chip anomalies) is required before publication. ↩

3. ROXBASE analysis of split data across more than 700,000 athlete profiles identifies a consistent pattern: the majority of total station time loss for a given athlete is concentrated in one or two stations rather than distributed across all eight. This concentration is more pronounced for athletes outside the elite tier — top 5% finishers tend to have a more uniform station profile, while athletes in the 25th–75th percentile range show higher variance between their best and worst stations. ↩

4. Analysis of age group podium results at major HYROX^® events consistently shows that the gap between a mid-field age group finish and a podium position is typically 4 to 8 minutes in total. That margin, distributed across the full race, is achievable through targeted station improvement in a single 8 to 12 week training cycle for many athletes — particularly those whose split data shows concentrated losses at one or two specific stations. ↩

5. Research on skill acquisition in strength-endurance sports supports the use of specific, measurable performance targets over general improvement goals. Athletes who train toward a concrete benchmark (e.g., 100 wall balls in under 5 minutes) demonstrate faster adaptation and higher training session quality than athletes who train toward general competence at the same movement. ↩