Olsen Alexander
Hyrox Result
Dive into this athlete’s performance at 2024 Poznan using our in-depth report. By comparing their results to those of similar athletes, we identify key strengths and areas in need of improvement.
For this specific race, our analysis is based on the performance of
1000 similar athletes.
Race Summary
This chart provides a visual summary of the race performance, displaying percentile rankings for all running and workout segments. You can quickly see the strength and the weakness of the athlete.
Percentile based on all the athletes who competed in Hyrox Men
Running
We compare the athlete's running times with peers who have similar finish times.
This chart helps you quickly determine if your running pace was too fast or too slow for your overall finish time.
Based on 1000 athletes with similar finish time in Hyrox Men
Workouts
We compare the athlete's workout times for each station with peers who have similar finish times.
This chart helps you quickly identify if any workouts were too fast or too slow relative to your overall finish time.
Based on 1000 athletes with similar finish time in Hyrox Men
Pacing Quality
This section showcases the entire Olsen Alexander's performance at each station and run segment compared to the average.
It reveals strengths and areas for improvement, providing insights into how the athlete's times stack up against typical HYROX competitors with same finish time.
In HYROX racing, pacing is crucial. The pacing line highlights Olsen Alexander's pacing strategy, identifying segments where they may have started too fast or too slow, guiding them toward a more balanced race approach.
Based on 1000 athletes with similar finish time in Hyrox Men
Spread of Splits Time
This chart illustrates the spread of splits of all athletes competing in the same division, providing a visual representation of the distribution of times for each split.
Use this chart to compare the Olsen Alexander's performance against the competition, identifying areas of strength and those needing improvement.
This chart includes Top 10%, Top 25%, Top 50%, Top 75%, Top 90%, and Top 100% of the athletes. The outliers have been removed for clarity.
Percentile based on all the athletes who competed in Hyrox Men
Improvement Plan
Based on our analysis, here are the focus areas for improvement. The goal is
to determine how quickly the athlete could improve on some stations and where is the path of least resistance to improve Olsen Alexander's time.
The percentile rank is the current position of the athlete compared to the competition. It goes from 0 to 100, where 0 is the best and 100 is the worst.
It show the potential improvement for each station. The athlete should focus on the stations with the highest potential improvement and the biggest duration.
A big improvement in the Farmer's carry station will not be as impactful as a small improvement in the wall ball station for instance.
Just click on a station to see how easy it will be to improve and how important it is to focus on it during training.
For this athlete we identified a possible improvement of
05:11.
Check the detail of the improvement plan below.
02:17
Potential Improvement
44.1%
Focus During Training
Percentile based on all the athletes who competed in Hyrox Men
A word from RoxCoach - Your AI Powered Trainer
Overall Performance:
Alexander Olsen, competing in the 25-29 age group, finished his race with an overall time of 01:26:18, ranking 413 out of 774 athletes. His overall rank places him in the top 53% of all athletes and in the top 55% of his age group. Alexander shows a clear strength in running, finishing his total running time 04:33 faster than average. His best running lap time was 00:04:11, indicating his capability to maintain a swift pace in running segments. However, it's noticeable that his performance dips in the roxzone, where he spent 01:48 more than the average, suggesting possible fatigue or difficulties in transition.
Segments to Improve:
- Roxzone: The roxzone time was significantly slower than average, indicating that the transition between exercises could be improved. Specific drills to enhance transition speed could include practicing quick changeovers between different exercises and improving overall fitness to reduce recovery time. Additionally, high-intensity interval training (HIIT) could help increase endurance and recovery speed.
- Burpees Broad Jump: This segment was considerably slower than average. To improve in this area, plyometric exercises such as box jumps, jump squats, and broad jumps could be incorporated into the training routine. These exercises can improve explosive power, which is crucial for burpees broad jump.
- Wall Balls, Sled Pull, Farmers Carry: These segments were slower than average, indicating a need for strength improvement. Strength training exercises targeting the specific muscle groups used in these exercises could be beneficial. For example, for sled pull and farmers carry, exercises like deadlifts, kettlebell swings, and farmer's walk could be incorporated into the training routine.
Race Strategies:
Alexander could benefit from implementing the following strategies during the race:
- Considering his strength in running, maintaining a steady and fast pace in running segments could help gain time.
- For the roxzone, focusing on quick transitions could help reduce the time spent in this segment. Practicing efficient movement from one exercise to another could be helpful.
- In strength-based segments like wall balls, sled pull, and farmers carry, focusing on correct form and technique could help improve performance and reduce time. It would also be beneficial to train under compromised running scenarios post specific exercises to better simulate race conditions.
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