The Key to Being Fast

The following article written by Michael Boyle stresses the importance of the first 10 yards when it comes to being a faster athlete.

Does It All Come Down to the First Ten Yards?

Michael Boyle www.strengthcoach.com

I have always been a ten yard dash proponent. When we test speed, regardless of sport we test the ten yard dash. In fact, I wrote an article previously that questioned whether we really ever tested speed in most team sports. If we choose to be specific, what we really evaluate with tests like the 40 yard dash is acceleration. The best sprinters in the world accelerate for up to sixty meters. That means that each ten yard split continues to get lower up to sixty meters in a world-class sprint race. A forty yard dash is a test of acceleration ability, not speed if we want to get our physics right.

The only athletes who actually ever run a forty yard dash are my NFL Combine or Pro Day athletes. Even these athletes only run the forty at the actual workouts. We never run a forty in training. In fact, over eighty percent of our training is done for ten yards, working to increase power and decrease steps. Less than twenty percent is done for 15-20 yards. In fact in over twenty years of training athletes for the NFL Combine I have never had an athlete run a forty yard dash prior to being tested by a pro scout. In spite of this, or perhaps because of this, my athletes have routinely tested well at the NFL Combine. Numerous years we have had the fastest athlete at a given position. My hesitance to run a forty prior to the Combine or the Pro day was based on a simple concept. If you are injured you can’t run the forty on the day that really matters. In the NFL evaluation process injuries at the wrong time can be career killers.

One problem arises in this process. Athletes want to know what they will run in the 40. In order to increase the ability to project 40 yard dash times from ten yard dash times I have been closely studying the segmental breakdowns of the forty yard dash from past NFL Combines to see if there was discernable pattern. I analyzed the data to see if there was a consistent formula that could be applied. The results were surprising.

It is important to clarify that initially the ten yard dash was the focus of our training primarily because the most frequent injury seen in athletes doing Combine or Pro Day prep work is a hamstring strain. In fact hamstring strains are the most consistent injury problem seen in sprinters. These hamstring strains are almost always the result of running repeat forty yard dashes in preparation for the testing. Curiously enough I have never seen a strain occur in a ten yard dash. The 10 yd dash is a great test that is close to100% safe. However, athletes being evaluated still need to run the 40 or in the case of baseball, the sixty.

In addition to the obvious injury prevention/ reduction/ avoidance angle, we have always concentrated on the 10 yard dash for the simple reason that the first ten yard segment, the start if you will, is the easiest area to improve. The first ten yard segment, although equal in length to each following ten yard segment takes more than 1.5 times as long to run. This may seem obvious as this is the “zero to sixty phase” of the vaunted forty yard dash. However to really understand the significance it is important to look at some data.

Below is a comparison of two athletes from the 2003 NFL Combine in the forty yard dash. Athlete 1 is 188 lbs. and ran a very respectable 4.59 in the forty yard dash. Athlete 2 is 236 lbs. and ran a 4.70, also a respectable time for a 236 lb athlete. The data gets significantly more interesting when broken down into ten yard segments:

Athlete 1: 10 yard (1.59) 10-20 (1.06) 20 yard (2.65) 20-40 (1.94) 40 yard 4.59

Athlete 2: 10 yard (1.70) 10-20 (1.05) 20 yard (2.75) 20-40 (1.95) 40 yard 4.70

When looking at the data one thing immediately jumps out. Both athletes ran from 10-20, 20-40 and 10-40 in nearly identical times. In fact athlete 1 obtained the entire differential in the times ( .11) during the first ten yard segment. Athlete 1 may in fact not be faster, he simply accelerates better. His “speed” is no greater, however his initial acceleration is significantly better. This graphically demonstrates how critical the initial rate of acceleration was in the race. Athlete 1 obviously has less inertia to overcome and as a result accelerates faster but, this faster initial acceleration corresponds exactly to the difference in forty yard dash times.

Two important things to note. One, this definitely reinforces my feeling about the importance of the start and of the first ten yard segment. Two, the result reinforces the importance of strength development in improving forty yard dash performance.

Many of you will say that this is a generalization. In fact, it is a generalization based on common sense. Smaller athletes with exceptional acceleration have run as low as 2.8 from 10-40 while exceptionally large athletes ( 300+) were show to run a high as 3.4. However these were extreme cases. In general to estimate 40 yd dash times from 10 yard dash times you can do the following:

For athletes under 200 lbs. assume a low of 2.8 seconds and a high of 3.0 seconds added to the 10 time.

For athletes from 200-250 you can add 3.0 to 3.2 seconds to the 10

For athletes 250-350 you can add 3.0 to 3.4 seconds to the 10.

In any case, the data clearly shows that working on the initial ten yard segment of the forty yard dash is both the safest and the fastest route to lowering your forty time.

In-Season Training

Why Train In-Season:

When it comes to an athlete’s annual training program there are three important time periods to consider:

1. Off-Season: Time period from the end of the athlete’s competitive season all the way up to their pre-season.
2. Pre-Season: 4-6 weeks leading up to the athlete’s competitive season.
3. In-Season: The athlete’s competitive season.

Given that there are 52 weeks in a year, you want to guarantee that your athlete will get the most out of each training session in order to peak their performance during the season. Training during all 3 phases is crucial to take advantage of an athlete’s genetic potential. Throughout my experience working in the college and private sector I have generally seen a strong emphasis on training when it comes to the off-season and the pre-season. General knowledge tells athletes that they need to gain strength and explosiveness to be successful in their sport season. These phases are very important, but they seem to take precedence over in-season training. With the main concern being that athletes don’t have enough time during the day with school and practice, they are choosing to skip in-season training all together.

Why This Is Bad…..

A great strength coach will know how to properly peak performance in athletes. They should be fine tuned machines right before the season. Right before their season they should not only be at their strongest, but they should be more explosive than they have ever been. It is at this point that most athletes choose to discontinue their training for the reasons previously mentioned. This is where athletes are doing themselves a disservice. They will lose the adaptations that were gained from training. Power and explosiveness can decline as quickly as a few days, while losses in strength can be seen within 3 to 4 weeks. With sport seasons being as long as 3 to 4 months the changes that will take place with a lack of training will have a direct correlation to their performance on the field. They will be weaker, their mobility and movement will decrease in efficiency, and their overall rate of force development (power) will be much lower.

How To Train In-Season

When it comes to in-season training the 2 days a week model always works best with one day focusing on strength and the second day focusing on speed and moving the bar fast. Sample exercises for day 1 might focus around strength compound movements such as the squat or the bench press, while the 2nd day is focused on explosive exercises like the clean or the snatch. Every sport season has a different schedule, but the strength day should be performed further away from competition while the explosive day can be performed closer to the time of competition. The strength day should always be performed as soon as possible after the game. The reason behind this is to not only aid in active recovery from the game, but to also get in the higher intensity lift further away from the next competition. The dynamic or power lift is best performed later in the week due to the fact that this lift is less taxing on the central nervous system. The focus of “moving the bar fast” is to help maintain the power and explosiveness built in the off-season.

The following sample weeks show what a typical week might look like for an in-season sport.

Football
Sunday Monday Tuesday Wednesday Thursday Friday Saturday
Speed Day Competition Strength Day
Basketball
Sunday Monday Tuesday Wednesday Thursday Friday Saturday
Speed Day Competition Competition Strength Day
Track and Field
Sunday Monday Tuesday Wednesday Thursday Friday Saturday
Strength Day   Speed Day   Competition Competition

These are just a few examples of what a typical schedule might look like in-season for different sports. Every sport has a very different schedule that is constantly changing. Ideally you would get in 2 days every single week, but it doesn’t always work that way. Some weeks only one session might be all you are able to do, and as a strength and conditioning coach I am constantly adjusting and adapting to meet the needs of my athletes.

The never-ending goal is to keep building progress from the previous year so athletes are never moving backwards. With a typical college career being 4 to 5 years, ideally an athlete wants to be their strongest in that final season. The charts below show how a typical athlete might progress over a 3 year span if they are training in-season versus if they do not train in-season. You can see from the in-season chart that the bigger increases are made in the off-season while small to no increases are seen in-season. This may seem counter-productive but this is exactly what you want. At the end of each season you want your strength to be at or around what it was at the beginning of the season. It is hard to add a lot of strength in season, but if you don’t train at all your strength will decrease dramatically. You can see this in the non in-season training graph because the athlete is building off a lower base than he started with. Whereas if you train consistently throughout the in-season you will be building off of a stronger base each off-season. The goal is to never regress, but to consistently move forward.

Check this graph out to see the difference in strength levels when you train in-season:  training graph

 


	

Why You Should Perform the Power Clean

The following post contains two informative articles regarding the power clean showing the potential benefits that can be attained from performing this lift. The following articles were written by Bill Starr and Graham Ulmer.

Power Clean Benefits. The advantages of this lift include the following:

1. Muscle Development. Power cleans are technically considered a shoulder exercise, but they do more than build up your deltoids. They hit your posterior chain hard, giving you well-developed muscles in the legs including the calves, glutes, and hamstrings. The power clean technique also targets the muscles in the lower and upper back and traps.
2. Explosive Power. If you are looking for weight lifting exercises that improve explosiveness quickly, then look no further. The 1st pull portion of the power clean motion builds explosiveness rapidly. The rest of the motion also builds general strength and speed, which equates to yet more power and explosive potential.
3. Burn Body Fat. Power cleans are tremendously effective in burning calories and body fat, which helps you achieve a lean physique including impressive muscle definition and size. That said, power cleans are best performed for low reps. High reps inevitably leads to quickly deteriorating form.
4. Great for Athletes and Trainees. The initial phase of the power clean, which mimics the first half of the deadlift, requires intense muscle contractions. This trains your explosiveness from the ground, which helps in any fast paced sport with running or jumping, such as football, soccer or basketball. The second part of the power clean motion (the scoop, 2nd pull and catch) is extremely useful for athletes who need to move quickly on their feet.
5. Bone-Shattering Grip Strength. Since the exercise requires you to hold onto heavy weights at high velocities, you can greatly improve your grip strength.
6. A Full Body Workout. This Olympic-style exercise requires the coordination of every muscle group in the body. In time, the exercise adds muscle density and functional strength over your entire body (with an emphasis on the shoulders and posterior chain – traps, back, glutes, hams, calves).
So whether you are looking for a highly effective sport-specific exercise or just another great exercise to add to your weight lifting arsenal, you simply cannot go wrong with the power clean.
The Power Clean: The Athlete’s Exercise
The primary reason that I want aspiring athletes to learn how to power clean correctly is that it greatly enhances a number of athletic attributes: quickness, coordination, foot speed, balance and timing—all of which are most useful to all athletes, regardless of what sport they play. Of course, the power clean also will enable them to get considerably stronger at the same time.
The power clean strengthens a great many more muscles than nearly any other exercise. When you pull the bar from the floor to your waist, you work your legs, hips and lower back very directly. Then the middle and upper back and shoulders and arms come into play as you finish the movement. That’s a lot of muscles and attachments getting attention in just one exercise. In addition, because the power clean is a dynamic movement, you activate the muscles, tendons and ligaments in an entirely different manner from when you do a slower, more deliberate exercise.
It’s call the “athlete’s exercise” for two reasons. It will make anyone a better athlete, and those athletes who possess a high degree of the attributes mentioned above excel at the lift right away. The Vesper Boat Club of Philadelphia, the highest ranked rowing club in the country at the time, used the power clean as a test for anyone wanting to join the team. If the prospect couldn’t learn the lift in a certain amount of time, he never got on the water.
When I was with the Baltimore Colts, I put all the rookies through my program, The Big Three, which included power cleans. After I ran them through a workout, I would tell the coaches who the best athletes were. I used the power clean as my gauge. The coaches would be surprised that I had ranked the players in the exact order in which they had been drafted even though I had not seen that list before I trained them.
I stated that I start all my athletes on this exercise, and that includes my female athletes because power cleans are just as beneficial to the fairer sex as they are for males. And they learn correct form faster than males—mostly because they haven’t picked up any bad habits along the way.
For females and youngsters I recommend using five-pound training plates. Everyone can handle 55 pounds, even if he or she is puny.
While the power clean is considered a high-skill movement, I can teach athletes how to do the lift correctly faster than I can teach them how to do a back squat or bench press properly. I learned how to do the lift on a standard bar and without any instruction, as did a great many others who began lifting in the ’50s and ’60s. If we were able to learn how to do power cleans on our own, so can you.
Editor’s note: Bill Starr was a strength and conditioning coach at Johns Hopkins University from 1989 to 2000.

What Are the Benefits of the Power Clean Exercise?
by Graham Ulmer
Power
The most obvious benefit to the power clean is its ability to train muscular power. Power is a combination of strength and speed, and the power clean is nearly unmatched in its ability to promote the quick-firing muscle contractions needed for explosive sports such as football, rugby, wrestling and track and field.
Transference
Unlike machine exercises that isolate muscle groups, the power clean relies on several joints and works in several planes of motion. When designing resistance training programs for athletic programs, it’s important to train movements and not muscles. The power clean transfers to a number of real-life athletic movements and does not isolate an particular muscle group.
Coordination
The complexity of movements involved in learning the power clean helps promote coordination — both within a particular muscle group and between muscle groups. Once again, this increased muscular coordination has much higher transference to real-life athletic activity than isolated machine exercises. For this reason, the gyms of most elite athletic programs are full of free-weights and barbells, while eschewing machines.
Connective Tissue Development
Because the power clean places substantial load on the axial skeleton, bones, tendons and ligaments are overloaded and all must adapt to support the weight. With machine exercises, a seat or lever usually supports much of the exerciser’s body weight. Therefore, the power clean provides much greater development to the connective tissues throughout the body than machine exercises.

Getting the Edge: Will Weight Training Make You Slow?

By: Michael Jeffrey

CSCS, MS

Will Weight Training Make You Slow?

Throughout my years of working in the field of strength and conditioning there has been one particular question that I have noticed reoccurs more than any other: “Will weight training make me slow?” No matter the sport, every athlete’s goal is to get faster and more efficient, but the common mistake made by many of them is thinking that if you weight train with heavy loads then you will get bulky and slow. Far too many people train with this belief already instilled. This results in a disservice to themselves and their potential when it comes to programming for their specific sport. When you weight train properly, you will grow in size and weight, but you will not become slower. An individual only becomes slower through utilizing a poorly planned training program that is not tailored towards the goals of their specific sport.

How Do I Train?

I want you to think about what it takes to have a good vertical jump. This movement is involved in a wide variety of sports. It takes a high level and speed of force to be proficient at this movement. A vertical jump will take two to five tenths of a second to develop depending on the individual. With this is mind, now the big question is “How can I train outside of the practice field to not only jump higher, but run faster?”. This is where individuals tend to become scared of the weight room due to the belief that lifting heavy and gaining weight will result in the loss of speed and explosiveness.

Too many young athletes are training like bodybuilders instead of specifically training to be fast and explosive for their sport. These types of programs can be beneficial for putting on size, but they can negatively impact your overall rate of force development, which is a crucial factor of  increasing your speed. Training in this fashion will lead to an individual becoming bigger and slower. To achieve significant growth in size and speed an athlete needs to improve the rate of force development and explosive power by moving moderately heavy loads in the weight room as fast as you can. If you take 60 to 70 percent of your one rep max on squat and move that weight as fast as you can then you will see a direct transfer to increased speed and explosiveness on the field.

 

How Does Weight Training Affect Your Body?

             There a certain muscle fibers in your body that are built for explosive activity. They help you run faster and jump higher during your games. Many people are born with a certain number of these fibers which can explain why some people are naturally more explosive than others. While genes can be a huge limiting factor, there are some muscle fibers in your body that can be manipulated through training. These muscle fibers can be trained to increase your explosiveness by teaching your body how to  move quickly and efficiently through exercises. This will result in the  conversion of these muscle fibers to become more explosive which will lead to increases in running speed and jump height. Not only will these muscle fibers change, but your brain will become more efficient at sending signals to your muscles when performing explosive activities. With these newly formed motor pathways your body will only continue to become more proficient at all of these movements.

 

 

 

 

 

 

Running miles to lose weight? You’re wasting your time

Josh Hafner , USA TODAY Published 12:07 p.m. ET June 14, 2017 | Updated 1:53 p.m. ET June 27, 2017

Corrections & clarifications: An earlier version of this article misstated a detail from a University of Western Ontario study. Both groups in the study gained some muscle mass.

In the United States, a nation fatter than any other, running remains the most popular workout activity. That’s according to a Fitbit analysis of fitness tracker user data.

And if tied-up treadmills across the country are any indication, much of that running is long distance.

Here’s the cruel catch, though: Running miles at a time doesn’t shed fat as efficiently as other forms of exercise. In some ways it doesn’t help much at all.

As fitness author Lou Schuler explains in his book, The New Rules of Lifting For Women, relying on long-distance running to lose weight poses a key problem. The human body, ever-resourceful, eventually adapts to the repetitive nature of running. And that added efficiency means the body burns fewer calories for the same amount of work.

“If your goal is to be leaner, then greater endurance isn’t really to your benefit,” Schuler concludes.

Dr. William Roberts, a University of Minnesota physician and former president of the American College of Sports Medicine, likes running. He’s blogged for Runner’s World and served as medical director for the Twin Cities Marathon in St. Paul.

“But If I’m looking at a gym and looking at what can I get the most bang for my buck from, it’s whatever I can use that moves and works the most muscle groups at the same time,” Roberts said.

That means adding strength training to any pure running routine, Roberts said, the latter of which neglects upper body muscles. Losing weight requires about 40 to 60 minutes of activity most days of the week, he said, and at least half that time should be spent bulking up.

“If you can build strength and build muscle mass, you’re going to burn more calories,” Roberts said. “Even if you’re idling.”

That’s because strength training causes tiny tears in the muscles. Those require calories as they repair, meaning your body keeps working long after you leave the gym. That’s less so with steady, moderate jogging.

Fitness coach Adam Bornstein put it this way in Shape: “With cardio, you can slog away for 30 minutes at a lower intensity and burn 200 calories — or you can just eat 200 fewer calories per day. It’s the same thing.”

If you love running, fear not: Sprinting may work as well. A study from the University of Western Ontario asked one group of people to run at a slow, steady pace for 30 to 60 minutes, three times per week. Another group ran 30-second sprints, between four and six of them, three times each week — a way less time-intensive routine.

Both groups gained some muscle mass. But after six weeks, the sprinters shed more than twice the body fat of the joggers.

Follow Josh Hafner on Twitter: @joshhafner