Peerless Review wrote:
All of this hate for Tinman is completely irrational. Repeated here by many of you is, "my problem with Tinman". At least you all admit it. You have problems, all of your own.
+1
I think most critics haven't tried his system and don't know the real details, or don't care to learn them. I've seen nothing but assumptions, many of which are easy to see are false if you actually look at the training. If something doesn't fit the "correct" mold, then it's wrong. There are so many different roads to Rome.
Is higher intensity work absent? No, the quantity is lower than others though. Is Vo2 work absent? Not at all, except for people training for the half/full marathon. Vo2max isn't predictive of performance for the marathon. If you had two runners, one with a vo2max of 75 and the other with 80, you couldn't reliably predict who would finish first in a marathon. That's why they aren't running those workouts. He's said that his mid distance runners get vo2 work at least once every two weeks, sometimes more.
Reed hit a pothole and tripped, twice, and continued running with blood streaming down his face only because he didn't want to drop out of his first marathon and it was the olympic trials. Not the best of days for him, not his fault either. The situation with Drew at the 2019 U.S. champs 5k was even worse. He had three fractures in his foot and a torn plantar at the end of that race, but it's gotta be his lack of speed, right?
The workouts are layered and typically go from slower to faster. When you sprint at the end of a 5k or 10k, do you risk injury? No, because you've completely warmed up by then. Each segment warms you up for the next. The volume of the workouts seem lower because they integrate multiple stressors. How fast are you running when you sprint at the end of a race in the 1500m, 5k, or anything longer? No faster than 800m pace in most cases, unless you're Haile G who can run the last 200m in 25. That's what they do in workouts. They also mimic the conditions experienced in races, but with less fatigue so they can do them well.
CV is a useful training tool. Threshold is a useful training tool. There are reasons for doing both of them. CV improves LT more per unit time than threshold work does, plus it improves vo2max to an extent. That's just something you can observe in a lab. The argument that that specific pace causes more injuries makes no sense whatsoever. Surely 5k pace must cause even more injuries then since it's even faster than CV and threshold, right? If someone runs a CV workout, but uses a volume more suitable for threshold workouts, then that's a recipe for injury. Given the same volume of CV and threshold in a workout, of course you'd take longer to recover after CV work. It's the same volume at a faster pace. The volume for a CV workout might be about 3/5 that of a threshold workout to have a similar stress.