you answered it.TimCusick said:I can answer questions if you have them. The biggest reality is the API that WKO+3 uses is old and maintaining it is just too much work.
thanks.
you answered it.TimCusick said:I can answer questions if you have them. The biggest reality is the API that WKO+3 uses is old and maintaining it is just too much work.
yeah i just did it and it was intense. the second FTP interval at around 4 minutes in i thought i was going to die...then sort of magically recovered...the physical recovery came before the mental recoveryDavid Yang said:Had to do yesterday's EDP Sweet Spot workout just now and it was one of the hardest workouts I had to do mentally. Holy shit.
While you're at it, the description for EPD sprints alternates between referring to the rest between sprints as either 12 or 24 seconds. What did you intend (is one "better")?TimCusick said:Team - the EPD sprints are "self-regulating" :-) Do them hard but not killer hard....
Was curious to get your thoughts on how best to train for the finishing effort for one of our local park races. We regularly race in Prospect Park which has a finish that follows 400m after a 550 meter 3% climb. This is preceded with about 3 minutes of fighting for position following a descent. Of course this comes after 30+ miles of racing on a 3.4 mile loop with multiple sprint point competitions to keep the race lively. I should add that the race often ends in a sprint finish.
So at the end of a race we are usually at or above threshold fighting for position for several minutes followed by at least a minute climbing at L5 with a brief respite of about 20 seconds (usually at threshold) followed by 30 a second all out sprint. The times listed vary somewhat but are pretty close. I don’t live close enough to the park to replicate the efforts.
If I was trying to replicate the effort in a workout, I would imagine completing repeats of L5 efforts followed by sprints. Or maybe better yet start with an L4 effort followed by L5 then a sprint.
Would be beneficial to try and replicate the physiological strain of this specific finish or am I overthinking this? Would it be just as beneficial to complete these efforts in separate workouts? What do you think?
Thanks
<div class=" Spoiler">I was just writing to someone about energy systems and how they work, this will help some so figure I would copy and paste here for you to think about:<br><div class=" Quote">-------<br><div class=" Spoiler"><span>So, since you will need some morning coffee, lets talk energy from shorter efforts.<br></span><span>This is the classic approach towards energy utilization as I see it. You can range the time a little different and add some additional sources but this is pretty much the way it happens for shorter efforts. <br></span><span>So now think about energy systems as a whole, from a high level. You make energy in three ways: Alactic, Latic, Aerobic<br></span><span>Alactic<br></span><span>Latic </span><span><br></span><span><br></span><span><br></span><ul class=" Spoiler Quote Spoiler"><li class=" Spoiler Quote Spoiler"><span>Anaerobic Capacity - refers to the body's ability to regenerate ATP using the glycolytic system (again reference by you and your point) </span></li></ul><ul class=" Spoiler Quote Spoiler"><li class=" Spoiler Quote Spoiler"><span>•Anaerobic Power - the body's ability to regenerate ATP using the phosphagen system</span></li></ul><ul class=" Spoiler Quote Spoiler"><li class=" Spoiler Quote Spoiler">Phosphagen - the use of creatine phosphate stored in the muscles to generate energy (ATP).</li></ul><span>Aerobic </span><ul class=" Spoiler Quote Spoiler"><li class=" Spoiler Quote Spoiler"><span class="post-font-size-small">utilizes proteins, fats and carbohydrate (glycogen) for resynthesising ATP.</span></li></ul><ul class=" Spoiler Quote Spoiler"><li class=" Spoiler Quote Spoiler"><span class="post-font-size-small">Oxidative </span></li></ul><ul class=" Spoiler Quote Spoiler"><li class=" Spoiler Quote Spoiler">Glucose + Fats + Amino Acids + Oxygen = Krebs Cycle (>ATP)</li></ul><ul class=" Spoiler Quote Spoiler"><li class=" Spoiler Quote Spoiler"><span class="post-font-size-small">How hard dictates the mix</span></li></ul></div></div></div><div><span> • 1 to 4 seconds: Anaerobic from ATP (in muscles)<br></span></div><div><span> • 4 to 10 seconds: Anaerobic from ATP + CP<br></span></div><div><span> • 10 to 45 seconds: Anaerobic from ATP + CP + Muscle glycogen<br></span></div><div><span> • 45 to 120 seconds: Anaerobic & Lactic from Muscle glycogen<br></span></div><div><span> • 120 to 240 seconds: Aerobic & Anaerobic from Muscle glycogen + lactic acid<br></span></div><div><span> • 240 to 600 seconds: Aerobic & Muscle glycogen + fatty acids<br></span></div><div><br></div><div><span> • 5-8 seconds - stored ATP (first few seconds) and minor CP (resynthesis of CP but ONLY to CP is depleted ) <br></span></div><div><span> • Sprint power - built by short, high intensity sprints with 90% power recovery rest<br></span></div><div><span> • Once CP depleted <br></span></div><div><span> • Stored glucose (glycogen) drives the boat (your point on glycolysis) <br></span></div><div><span> • Breakdown of glucose produces lactate and hydrogen ions - here is a point of discussion for us, it is NOT the lactate that limits, it is the hydrogen ions and results of them being in the muscle<br></span></div><div><span> • Two ways of looking at this anaerobic system <br></span></div><div><span> • Glycolytic vs. Phosphagen <br></span></div><div><span> • Glycolytic - the breakdown of glucose by enzymes into pyruvic and lactic acids with the release of energy (ATP).</span></div><div><br></div><div><span class="post-font-size-small"><br></span></div><div><span class="post-font-size-small">Krebs Cycle is Latic or Anaerobic and Aerobic cycle:</span></div><div><div></div></div>