It’s time to understand what training for an athlete is all about. Parents and athletes are seeking out training services in great numbers and are confronted with more options year after year.
A real problem for people is that they see stuff like P90X, Crossfit, bodybuilding style training, or any kind of general fitness training and they get confused into believing that it is good training for an athlete. What they need to understand is that these training styles do not necessarily give you high performance. Many times adults and their young athletes fall into the trap of pursuing training without truly understanding if it will be beneficial or detrimental to their athletic development. What we have compiled below are some common FAQs or Frequently Avoided Questions that should be answered before you begin an organized training program aimed at developing a young athlete. 1) What are the demands of the sport?
Does your strength coach/personal trainer actually account for the sport you participate in, understanding the biodynamics and bioenergetics of the sport and adjusting your training accordingly? Or do they simply plug you into their system and make you workout based on what they know how to do, not what you need as an athlete? Understanding the anatomy and physiology of sport is highly critical in the design of athletic and sport performance training. If you’re coach or trainer does not understand these concepts as they relate to your young athlete’s sport(s) of participation, they will fail to produce significant results.
Don't buy into "functional training" hype. Simply ask them, how exactly is this functional for my young athlete? You'll be surprised at the sales pitch you may hear.
Read more: What is Functional Exercise? Training for Elite Athletes Identifying Strength Needs for Athletes Guidelines for Selecting a Strength Coach or Personal Trainer 2) How does training impact a young athlete’s muscle fiber typing?
Muscle fiber typing is specific to slow and fast twitch muscle fibers. Understand that slow twitch muscle fibers are highly resistance to fatigue and do not produce much force, making them more favorable for use during distance/endurance training and lighter resistance training workouts. Fast twitch muscle fibers are more easily fatigued but they produce a great deal of force and are needed to be fast, explosive, and strong.
Coaches and trainers can run the risk of any transitional muscle fibers being pushed to low threshold, high endurance-based muscle fibers when they make power-speed athletes do far too much distance endurance training or high rep weight training. Power-speed athletes make up the bulk of team sports such as football, hockey, baseball, basketball, and track & field events such as sprinters, throwers, and jumpers. This is not a comprehensive list, but none the less provides you with an understanding of just how many sports are highly dependent on power-speed qualities.
Athletes need to utilize training methods that push transitional muscle fibers to a more high-threshold, fast-twitch muscle fibers. Transitional muscle fibers are highly sensitive in the young athlete, especially in the teenage years. If improper training methods are utilize, you will lower their ceiling of athletic potential.
Read more: Common Mistakes in Developing Young Athletes Success or Failure: What Are You Setting Your Young Athlete Up For? Two Common Misconceptions in Endurance Training 3) Does quick feet training make sense for an athlete?
The majority of quick feet training involves the use of dot drills and speed ladders. These drills do nothing to reinforce proper mechanics of sprinting or ice skating. Just watch for yourself. When these drills are performed, kids are standing upright with minimal hip and knee bend utilizing short, choppy strides that impart very little force into the ground. This is completely contradictory to what any sprint or skating coach would demand from their athletes. The fastest guys are the strongest guys because they put more force into the ground. Quick feet training makes no sense.
Read more: Don't Fall for the Speed Trap Choose Consistency and Intelligence in Training, Forget the Rest 4) Does high rep weight training for time make sense?
The whole point of strength training is to improve the efficiency of how your nervous system works. The heavier the weight, the more motor units and muscle fibers your brain needs to call upon to execute the movement. The more motor units and muscle fibers in use, the more force you produce. But we just don't need force, but athletes need to produce force quickly. The faster they produce high amounts of force, the faster and more explosive they become. Pretty simple.
Your brain will not call upon a lot of muscle fibers to execute a movement against light weights. This process of selection exists on a continuum and you don’t get to high-threshold, fast-twitch muscle fibers until you start hitting close to 80% of your 1RM (rep max) or higher. It doesn’t matter how many reps you can do against light resistance. So while the P90X and Crossfit people are doing tons of reps with light weights and little to no rest intervals, you’ll never tap into those muscle fibers that power-speed athletes thrive on for success in their sport.
It’s the complete opposite training you want to do for athletics like football, baseball, hockey, basketball, and just about every power-speed track & field event. Especially for teenagers because you can influence the muscle fiber make-up and the ratio of slow twitch to fast twitch fibers of young athletes. This will have tremendous impact of the athletic development or destruction. Again, high rep weight training with little to no rest serves no purpose for a young athlete and contradicts the demands of athletics.
Read more: Drop the Confusion, Athletes Need Consistency for Efficiency Have You Mastered Your Movement? 3 Reasons You Should Train for Maximal Strength Why Athletes Should Avoid HIIT Programs
Guest - Matt
(website) on Thursday, October 15, 2015 00:22
I'm a fan of modifying traditional rep schemes with the younger athletes. For example, instead of 3 sets x 8 reps, I may use an 8 x 3. It allows them to go heavier, but forces them to practice the set up many more times. Obviously, individualization is the key. But, it seems to help younger athletes get comfortable with heavier weights.
Guest - Sean Gallagher
on Wednesday, November 04, 2015 12:53
variation of rep schemes can be beneficial and use will be determined by individual responses. young athletes tend to respond well to relatively higher training volumes especially as their nervous system needs to make sense of new or unfamiliar movements. for more advanced athletes or those with more years of training experience, Prilipen's table is best used for determining volume (set, rep) and load (intensity) schemes.