Two a Day Training in the Weight Room Part 3
Ok, having spammed you the last two weeks with stuff about new book products I want to finally finish up the Two a Day Training in the Weight room series. I’m not going to go over all of the potential benefits (or drawbacks) that I discussed in Part 1 but do want to summarize the […]
Two a Day Training in the Weight Room Part 2
Ok, so in Two-a-Day Training in the Weight Room Part 1, I talked a little bit about the sports history of two-a-day training along with some of the potential benefits (and drawbacks) of training twice daily. And while my focus was on weight room training, I managed to talk about endurance and performance training a […]
Two a Day Training in the Weight Room Part 1
Ok, this article (which will assuredly be two parts) came out of a question on my FB group regarding two-a-day training for natural lifters. His question, more or less was if it was productive or counterproductive to train twice daily (assuming one has the time) and while the answer is always that it depends the […]
Fixing a Squat
With that said, I’m going to walk you through how I examined a problem, determined it’s cause and how I approached fixing it. This isn’t meant to be the last word on fixing this problem, it’s just a case study on what I did. Nothing more, nothing less. Don’t read it as the ultimate solution to all problems squat. Rather, try to follow along the logic of what I did in terms of figuring out the problem and addressing it.
Book Reviews – Olympian Manual, The White Prisoner and All About Powerlifting
And since I haven’t done any product reviews in a while (let’s face it, for a while there I didn’t do any new content) and have actually read a few books of late so it seemed as good a time as any to remedy that. And while I’m tempted to stretch this out into three separate articles, I’m honestly not sure I can come up with enough to write about each of the three books I want to talk about to justify that.
Categories of Weight Training: Part 15
Ok, at long last, having spent altogether too many parts of this nonsense boring people senseless with background information, physics they didn’t care about (and I got marginally wrong as often as not, check the comments on Part 12 for some corrections folks were nice enough to make) finally culminating in a discussion of things like warming up, sets, reps, rest intervals and tracking last time it is finally time to talk about practical application of various power methods.
Categories of Weight Training: Part 14
This usually means exercise where the athlete’s body is being “thrown” into the air (i.e. jumping type exercises) or an implement such as a medicine ball is used. Of course, the Olympic lifts are commonly used for higher load power training but even that assumes the athlete has sufficient competency to do them with loads that generate a training effect.
Categories of Weight Training: Part 13
The basic issue has to do with the fact that most traditional weight training movements start and end at a zero velocity, preventing the weight/implement from being accelerated (and thus allowing the individual to generate maximal power) through the entire range of motion. I used as an example a car being accelerated til it hits a ramp and flies into the air, attempting to show that in movements where the bar/implement can be thrown or released, the deceleration phase can be avoided/eliminated.
Categories of Weight Training: Part 12
When it comes to different types of training, it’s usually assumed that the best way to increase a given capacity is to apply a maximal (or at least optimal) stress. So in the case of maximal strength (where the primary adaptation is in force output), the focus is on the generation of high muscular forces (typically through moving heavy weights).
Categories of Weight Training: Part 11
Ok, continuing from Categories of Weight Training: Part 10, I want to continue to talk about power training methods. I should probably mention that a big part of the adaptations from power training methods have to do with the nervous system (of course the muscles are always involved), primarily in “teaching” it to generate force quickly through various mechanisms that I won’t bore you with. It will probably also turn out that there are long term adaptations in the muscle (to connective tissue, or titin or whatever) that also occur but for now, it’s easiest to just think of it as a primary neural effect.