Paris to Ancaster is the biggest gravel grinder bike race in Canada. It’s in 8 weeks and I need to get in shape. AI Endurance can predict race performance and create a training plan which is optimized to my training responses. It predicts that I can increase my FTP by 14% to 293 Watts on race day with just 3.5 hours of training a week.
Paris to Ancaster (P2A) is a 75 km bike race from Paris (in Ontario - not France) to Ancaster (a suburb of Hamilton, the home of AI Endurance). There are also 45 km and 20 km options. It is inspired by the famous Paris-Roubaix race with changing surfaces and unpredictable spring weather. Surfaces constantly change between gravel roads, tarmac roads, farm fields, rail trail and finally the infamous mud chute and the Martin Road climb.
2020 is the 27th event, making it way ahead of its time, established long before gravel events were cool. While being mainly a local race in the early years, it is now attracting a stacked field ranging from average riders to professional cyclists. The 2019 edition had a few professional teams attending (e.g. Floyd’s Pro Cycling, X-Speed United, Norco Factory Team) and no doubt the 2020 field will as well.
I love this race. I’m mainly a triathlete myself and as the triathlon season doesn’t start till the summer, P2A gives me a reason to train my cycling during the winter. And it’s so much fun. Everytime you are about to settle into a rhythm, you hit the next sector and the entire race dynamic changes.
I like that you don’t ride in a large group almost ever except for in the first 9 km and the composition of the small groups is constantly changing. It’s almost like a (team) time trial as you are always chasing the next group between cyclocross sectors that are challenging your handling skills and are different every year. There is no moment to ease up, making sure you hit that final hill completely gassed and even though it’s just a few minutes, 15% on loose gravel feels like it never ends. The reward is the finish line where you get to see your family and friends and relive those race moments and banter over a post race snack. The organization is top notch.
I’ve done the race for the past three consecutive years since moving to Canada.
2017: In my first year my front wheel flatted with 2 km to go which meant I had to finish the race on foot.
Placing: 77/1426 (started 2. wave).
Performance: 228 W Avg Power (including run)/264 W Normalized Power (NP) for 2:23:04. FTP 300 W (4.2 W/kg) on 6 hours/week training.
2018: Not having a great day and forgetting to eat and drink (excuses, excuses,...). Hit the wall with 10 km to go.
Placing: 64/1623 (started elite wave).
Performance: 230 W Avg Power/253 W NP for 2:25:56. FTP 310 W (4.3 W/kg) on 6 hours/week training.
2019: Everything came together last year. Probably couldn’t have gone better for my level of fitness and handling skills.
Placing: 54/1560 (started elite wave).
Performance: 247 W Avg Power/269 W NP for 2:17:27. FTP 300 W (4.2 W/kg) on 5 hours/week training.
I haven’t been training nearly as much as in previous years, as things with AI Endurance have been busy. While I was on the bike for a total of 9 hours over the past three month in the past three years it was about seven times as much.
I tested my FTP last week and I’m currently at 256 W (3.5 W/kg). I can’t realistically commit to much more than 3 hours/week of training leading up to the race but I still want to be as competitive as possible on race day.
Fitness for P2A is mainly about FTP as the mostly flat course and the small groups and slow surfaces make you keep constant pressure on the pedals. The duration of 2-2.5 hours makes it a sweetspot kind of effort.
So which training gives me the biggest bang for my buck?
Which intervals should I do and how many?
How much rest?
How many easy rides?
How much should I taper before the race?
AI Endurance takes the guesswork out of this exercise and gives me a plan that is specific to me, not just a one-size-fits-all plan. The algorithm tries out thousands of different combinations of intervals, etc, looking for the plan that predicts the largest FTP gains for me. It can predict the outcome of each training plan because the AI algorithm learns how I individually respond to different types of training based on my entire past training data.
The predicted outcome is that I can achieve a whooping 14% increase in 8 weeks until P2A leading to an FTP of 293 W (4.1 W/kg) on race day by optimising my training with AI Endurance. That is only 2-5% off my FTP in the last three years, with only half the training time and almost no training so far this year.
AI Endurance tells me how my FTP is going to evolve over the next weeks, if I follow the training plan (AI Endurance’s race predictor explained).
Next week’s blog will dive deeper into the training plan. Also, you will be able to read here how my actual race day performance compares to the prediction. Meanwhile, you can predict race performance and test what’s the optimal training for you to get in the best possible shape for P2A!
Execute your AI Endurance personalized training plan directly from your Garmin watch or bike computer. No more writing down workouts or remembering interval sets. Get step-by-step instructions as Garmin custom workouts and a Garmin Connect training plan with only a few clicks.
Use Zwift running workouts to increase your running pace with a data-driven, personalized and predictive Zwift running training plan from AI Endurance.
When it comes to triathlon training, nutrition plays a vital role in fueling your performance and optimizing your results. To help you reach peak performance, we have developed an advanced AI meal plan that takes into account your unique requirements, respects the calorie cost of your workouts, and accommodates your dietary preferences. With the power of evidence-based nutrition models, we ensure that your triathlon meal plan is tailored to support your goals.
Daily readiness to train is affected by many factors including sleep, illness and training load. Heart rate variability (HRV) readiness to train metrics typically rely on measurements taken immediately upon waking in the morning. We introduce an HRV readiness to train and a durability metric based on DFA alpha 1 (a1) measurements taken during exercise. These new metrics provide additional insights and do not require you to measure HRV upon waking.