Dive into this athlete’s performance at 2024 Glasgow 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.
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 Women
Run, Baby, Run!
We stack your running times against athletes with similar finish times to see how you measure up. This chart breaks it down, showing whether you were blazing fast, cruising steady, or losing pace.
It’s all about finding out if your running strategy matched your overall finish time!
Based on 1000 athletes with similar finish time in Hyrox Women
Station Showdown
We pit your station times against athletes with similar finish times to see how you stack up. This chart shows if you crushed it, coasted, or found that sweet spot for your overall finish time.
Based on 1000 athletes with similar finish time in Hyrox Women
Fast, slow, or steady?
Here’s the full breakdown of Bennett Alexandra's race, station by station and run by run, stacked against the average of athletes with similar finish times.
In HYROX, pacing is the name of the game. The pacing line shows where Bennett Alexandra hit the gas, tapped the brakes, or nailed it perfectly—guiding the way to a more balanced and dominant race strategy.
Based on 1000 athletes with similar finish time in Hyrox Women
Expected Finish Time
With the RoxCoach Simulation machine, you can see how your predicted finish time evolves as you power through your race. This next-level tech recalculates your estimated finish time after every run and every station.
Crushing the sled pull? Gaining ground on the row? Or holding strong in the Wall Balls? RoxCoach tracks it all, giving you the inside scoop on where you shined and where there’s room to level up.
Spread of Splits Time
This chart breaks down the splits for every athlete in the division, giving you a clear look at how times are distributed across the pack.
Compare Bennett Alexandra’s performance to the competition, spotting where they dominated and where there’s room to improve.
You’ll see how they stack up against the Top 10%, 25%, 50%, 75%, and beyond. Outliers are out—so the focus stays on the real competition.
Percentile based on all the athletes who competed in Hyrox Women
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 Bennett Alexandra'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
04:58.
Check the detail of the improvement plan below.
Based on 1000 athletes with similar finish time in Hyrox Women
A word from RoxCoach - Your AI Powered Trainer
Overall Performance:
Alexandra Bennett demonstrated a commendable performance in the 2024 Glasgow HYROX race, finishing in the top 12% of all athletes and top 11% in her age group. Her overall time was impressive, particularly given the competitive field. A closer look at Alexandra's performance reveals she excels in strength-based exercises, as indicated by her superior rankings in the Ski Erg, Sled Push, Sled Pull, Burpees Broad Jump, Rowing, and Farmers Carry segments. These results suggest she has a strong strength foundation. However, her total running time was 02:33 slower than average, indicating that running is a relative area for improvement. The pacing analysis indicates that she started slightly faster than her consistent pace in the later running segments, suggesting an opportunity to optimize her energy distribution throughout the race.
Segments to Improve:
Total Running Time: Alexandra's running segments collectively indicate that endurance and speed in long-distance running could be enhanced. Incorporating interval training, with a mix of short sprints and longer, steady-state runs, can improve both speed and stamina. Additionally, tempo runs, where she runs at a challenging but manageable pace for a set distance, can help increase her lactate threshold, enabling her to maintain a faster pace for longer periods. Plyometric exercises, such as jump squats and lunges, can also improve her running efficiency by increasing leg power.
Wall Balls: Her performance in Wall Balls was slower than average, suggesting a potential area for improvement in coordination, strength, and endurance. To improve, Alexandra should focus on exercises that enhance squat depth and power, as well as shoulder and core stability. Incorporating squats, overhead presses, and medicine ball throws can improve her power and endurance in this segment. Practicing the wall ball shot with varying weights and heights can also improve her technique and efficiency.
Sandbag Lunges: Alexandra's performance here was slightly below average. To enhance her performance in this segment, she should focus on unilateral strength training to improve balance and muscle endurance. Exercises such as Bulgarian split squats, lunges with weight variations, and step-ups can increase strength and stability. Additionally, incorporating core strengthening exercises will help maintain posture and balance during the lunges.
Race Strategies:
Pacing: To optimize her energy distribution, Alexandra should experiment with different pacing strategies in her training, finding a balance between maintaining a competitive speed and conserving energy for strength exercises. Practicing race simulations with varied pacing strategies can help identify what works best for her.
Transitions (Roxzone): With her Roxzone time being faster than average, Alexandra demonstrates good transition times between exercises. However, there's always room for improvement in reducing these times further by practicing swift movements from one exercise to the next and minimizing rest periods. This can be achieved through circuit training that mimics the race's structure, improving both her physical and mental preparedness for quick transitions.
Strength and Endurance Balance: Given Alexandra's strength in specific exercises, implementing a balanced training program that equally focuses on improving running endurance and maintaining strength will be crucial. This involves integrating running sessions into her strength training days and vice versa, ensuring a holistic approach to her preparation.
In summary, Alexandra's performance in the 2024 Glasgow HYROX race is commendable, with clear strengths in strength-based exercises. To improve her overall performance, focusing on enhancing her running endurance and speed, refining her technique in weaker segments, and optimizing her race pacing and transitions will be key. With targeted training and strategic race planning, Alexandra has the potential to significantly improve her future HYROX race outcomes.