Thread: High Intensity Training "HIT"

19. Do not try to "mimic" a sports skill in the weightroom


Strength training should be GENERAL and requires HEAVY RESISTANCE


Skill training should be SPECIFIC and requires NO ADDED RESISTANCE.


Do not try to mimic a certain sports skill in the weight room in an attempt to improve performance in that particular sport. A common example is the use of power cleans. Power cleans have been touted by some parties as being specific to an incredibly wide range of skills from the breast stroke to the golf swing to the shot put. It's absolutely impossible for one movement to be identical to such a broad group of differing skills. The PRINCIPLE OF SPECIFICITY states that an activity must be specific to an intended skill in order for maximal improvement - or carryover - to occur. Specific means exact or identical, not similar or just like. So, performing power cleans may be just like driving towards the basket, but the truth is that power cleans will only help you get better at doing power cleans and lunges will only help you get better at doing lunges.


There is NO exercise done in the weight room - with barbells or machines - that will expedite the learning of sports skills. Skill training and conditioning is SPECIFIC to a sport, but strength training is GENERAL.


Strength training, as well as most other conditioning movements, should differ from skill practice as much as possible in content, meaning, form, method of execution, and environment.


If you want to perform better at a certain sport for example like basketball, EMPHASIZE those muscles involved in basketball, specifically the buttocks, thighs, calves, back, shoulders, arms, and lower back, in your training.


To improve the skill component simply keep PRACTISING the skill, such as shooting the basketball, or doing layups.


20. Avoid Orthopaedically Unsound Movements


Scientific, athletic and rehabilitative professionals have questioned certain exercises and drills - such as power cleans, snatches and plyometrics - in terms of being safe for years. The potential for injury from most of the movements practised by competitive weightlifters is positively enormous. When performing such exercises, the muscoskeletal system is exposed to repetitive trauma and extreme biomechanical loading.


The sport of weightlifting carries a certain degree of risk. Competitive weightlifters accept those risks as being part of the sport. However, athletes who aren't competitive weightlifters shouldn't have to assume such an unreasonable risk of injury. Therefore, for reasons of safety, movements done by competitive weightlifters should only be performed by competitive weightlifters, and only because it relates to their sport.


There are other "standard bodybuilding" exercises which also are inherently dangerous. These include:


Behind-the-neck press

Barbell Bent-Over Row

T-Bar Row

Machine Hack Squat

Upright row

Good mornings

Smith Machine Squats

Sissy squats

Lunges

"French" press variations for the triceps

For further explanation of why these are inherently dangerous movements, please refer to books by Stuart McRobert and Matt Brzycki.


1.4 What are some Sample HIT Workouts?

Don't be misled by the brevity or simplicity of a program that calls for one set of an exercise done with a high level of intensity. An exercise performed with a high level of intensity can be very productive and effective. In fact, Michigan State Strength Coach Ken Mannie has stated that HIT is "the most productive, most efficient and without a doubt, the most demanding form of strength training known to man [and woman]."


A sample HIT routine for the beginner to intermediate level:


Squat/Leg press or Deadlifts

Overhead Press

Regular Chin-up

Bench Press

Row or rear shrug

Biceps Curl

Triceps Extension

Lying l-flye

Calf Raise

Abdominal Crunches

Note the above are done for only ONE SET each. As you move to the "intermediate/advanced" stage you will most likely eliminate direct arm work, i.e., biceps curl and triceps extension.


This is just an example. The important point is that it is a full body workout, brief, and centered around the major growth producing exercises like the squat, chin, row, bench, etc. Of course you can substitute other exercises in, but try and keep the "big" exercises in there. You might want to alternate the squat with the deadlift which is another very productive exercise.


Another routine, suggested by Dr. Ken Leistner:


Full Squats - 15-20 reps

Pullovers - 10 reps (preferably on a quality machine version like Nautilus, Hammer, or MedX.)

Standing Overhead Presses - 10 reps

Chins - 10 reps

Dips - 12 reps

Barbell Curls - 10 reps

Shrugs - 15 reps

Stiff-Legged Deadlifts - 15 reps

How many sets of each exercise in this routine? One. Two. Certainly never more than three, and if you are working hard enough according to Leistner, one set of most of these exercises should be more than enough for anyone.


The following routine is very brief, but extremely productive when executed properly. This routine consists of two training days/week and slightly different exercises on each day:


Day One

Day Two

Deadlift (with a Trap Bar if available)

Squat

Leg Press

Bench Press

Overhead Press

Rowing movement

Shrug

Dumbbell Overhead Press

Close Grip Pulldown

Triceps Pressdown

Both days also include the following exercises:


Standing Calf Raise

Reverse Curls (with a Thick Bar if you can find one)

Abdominal Crunches




Remember only one set. This routine is low volume, but the intensity of the program is so high that little else can be done productively. You don't perform any negatives, 1 1/4s etc. The squat and deadlift are performed with as heavy as weight possible for a relatively high amount of reps - 12-20. You push yourself as hard as you can, maintaining good form all the time to failure. If done properly this is an extremely productive program. Stuart McRobert is one proponent (among others like Peary Rader, and Dr. Leistner) of the high-rep (20+) "breathing" squat, which you simply cannot perform more than one set of (and properly performed you would not want to). It's tough to describe this type of training; one has to see it to believe it.


Incidentally, this is almost identical to the routine Dr. Ken Leistner used with trainees like Greg Roman. Greg Roman is (at the time this was originally written - 1996) a 5'8", 235 lb noseguard for John Carroll University. In an article I have he is performing Trap Bar Deadlifts with 445 lbs - for over 20 reps. As far as rep speed goes for high repetition work that Leistner recommends, it is a 1-2 second raising, and a 1-2 second lowering. Thus a 20 rep squat would most likely be within the period of time where the anaerobic component of the energy cycle is greatest.


There are also routines to emphasize a lagging bodypart. But these should not be performed until you have built a solid foundation first and advanced to the intermediate level. If done properly (i.e., to failure and in good form) this is one of the most growth producing workouts you can ever do for your arms.


Try one workout and see what happens:


One-repetition chin-up (30 seconds up, 30 seconds down) immediately followed by:

Biceps Curl

One-repetition dip (30 up, 30 down) immediately followed by

Triceps extensions

Leg press

Calf Raise

Lateral Raise with dumbbells

Overhead Press

Row

Bench Press

Ab Crunch

Try this routine for ONLY three to six consecutive workouts. Or you could try it once a week for 3-6 weeks in a row.


The point is that with the general guidelines outlined above YOU can design your own routines tailor made with what you have available and what your needs are.


1.5 What Equipment Should I Use?

There are some good equipment lines out there by Hammer, MedX, Nautilus, Southern Xercise, etc. If you have them available to you they are highly recommended by many strength coaches (especially, the low-friction Nautilus machines, and the Hammer line, if you want to perform Super Slow).


Remember, there are many machine movements which are also dangerous. Stick to quality name brand equipment mentioned above. Many of the Universal pieces are fine. This is not to say that ALL other brands are contraindicated, but again, always err on the side of caution. Use a machine that forces you into a dangerous movement pattern, and you are headed for certain injury.


One machine in particular should be pretty much avoided (except by the companies mentioned above) and that is the leg press. Most of them are very poorly designed and will inevitably lead you to knee and/or back problems.


Most gyms today have Hammer, Nautilus or Universal. Avoid the "exciting" new machine that supposedly can do wonders that free weights and other machines cannot.


But, the equipment you have available doesn't really matter. You can gain size/strength with any equipment, machines or free weights as long as you progressively increase the resistance. For example Greg Roman used to train in an unheated shed with a dirt floor next to his house which contained a barbell, a pair of squat racks, and some dip and chin bars.


1.6 What is "Overtraining" and How to Avoid It?

Overtraining is the trainee's number one "enemy" next to training injuries. Overtraining results from an imbalance between the amount of stress applied to your body, and your ability to adapt to it. Overtraining results in losses in size and strength and actually also increases the probability of illness.


Here is a list of some of the symptoms of overtraining:


Decreased muscle size and strength

Longer-than-average recovery time after a workout

Elevated waking pulse rate

Elevated morning blood pressure

Increased joint and muscle aches

Headaches

Hand tremors

Tiredness

Listlessness

Insomnia

Loss or decrease in appetite

Injury

Illness

So what biochemical mechanism leads to this overtrained state?


After the onset of high-intensity training exercise the body pumps out cortisol which breaks down protein into their constituent amino acids and routes them to the liver for conversion to glucose.


The longer the workout, the more cortisol is pumped in and the more protein is destroyed.


This causes a "catabolic state" as the largest supply of protein lies in the muscles so that is where the cortisol goes first.


Research by Costill and Nieman et al., has shown that one hour of intense strength training will increase the protein stores in our immune and skeletal systems, but that any further training will only begin to deplete these stores.


Overtraining can force the body into a weakened physical state, which, at best can produce a cold or the flu and, at worst, can tear muscles ligaments, and tendons once these bodyparts lose their structural integrity protein loss.


The culprit is a built-in "survival" drug hormone called cortisol. Immediately following a high intensity effort, the body pumps out this hormone whose function is simple: It carries off the proteins to the liver, where they are converted into glucose, for energy use in the body.


Why does this weaken our defense mechanisms? Because all our immune systems are based on proteins, and the influx of control in our biological mix steals the proteins that make up our immune system.


Nieman, a researcher at Loma Linda University found that athletes who train twice as intensely as normally prescribed will wind up with twice as many colds, and viruses.


Nieman investigated the athletes for cortisol. He found that astonishingly, after only ONE grueling strength training session, their bodies revealed a 60% increase in cortisol production.


Among the first proteins to go were the T-cells that make up our front line of defense against viruses. This watchdog system was depleted by more than 30 percent. However, this shortfall lasted only 6-8 hrs.


So you're probably thinking "What's the big deal? Is putting your body at risk for only 6-8 hours such a high price to pay?"


Well, Nieman and other researchers found that after a few days of such exercising, the "at risk" time became longer and longer, until the T-cells stopped rejuvenation.


In addition, the body's first line of defense against bacteria and viruses an antibody known as IgA, which is found in the saliva, was reduced to nearly non-protective levels.


The conclusion of the researchers was that athletes can overtrain themselves into illness.


Thus the logical conclusion would be that high intensity strength training should be limited to one hour or less to restrict the amount of protein destruction.


Other ways to reduce the risk of overtraining:


Emphasize carbohydrates: make them 60-70% of your total diet.

Take carbohydrates two hours prior to exercising and immediately following exercise. Research has shown that your fatigued muscles seem most responsive to energy storage within the first 30 minutes following your workout. There is a lesser response for the next 10 hours.

Take protein one to two hours before and immediately following exercise. Again I use regular food, but I see no problem with supplementation to save time (at the expense of more money however). Research has also shown your body to be more receptive to protein immediately following a workout.

Continue eating high carbohydrate foods every 2 hours during the first 4 to 6 hours after hard training. During the first 6 hours post-exercise, simple sugars appear to replace muscle glycogen better than complex carbohydrates.

Post-exercise muscle glycogen storage can be enhanced with a combination carbohydrate-protein supplement as a result of the interaction of carbohydrate and protein on insulin secretion. The addition of protein with carbohydrates can allow for a more rapid return recovery.

Drink a rehydration beverage during and after exercise, for example, Gatorade.

Take periodic layoffs.

Use the best "miracle supplement" there is - WATER. You can't "overdose" on water. The worst side effect you can get as mentioned previously, is a few more trips to the washroom. Your body functions optimally when it is fully hydrated. A general recommendation is to consume at least 128 ounces (one gallon) of water a day. During hot weather you should double or triple this amount.

LEAVE YOUR WORKOUT IN THE GYM. Give your undivided attention to your training when your in the gym. But when you're outside the gym, cast your attention to other things in life. Establish your other priorities, set goals, and keep busy. There are many athletes who fall into the trap of letting their mind continually dwell on training. Train hard when your in the gym, but try and relax more when your not. Stress has been shown to increase levels of CORTISOL in the body - the catabolic hormone, so try to find ways to manage stress in your life and relax, and your results will be improved.
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2. Other Considerations

2.1 Food and Nutrition

I would first recommend you peruse the writings of Lyle McDonald, CSCS, who has a column on Cyberpump, entitled "Nutrimuscle". At the time of the latest revision of this FAQ, Lyle has a book due released on the "ketogenic diet". Further information can be found on the Cyberpump web page.


For the strength-trained athlete attempting to increase muscle mass, probably the most important nutritional considerations are to obtain sufficient energy and protein. Adequate amounts of both may be obtained simply by increasing the amount of complex carbohydrates and healthful protein sources in the daily diet.


The topic of dietary considerations is covered in many of the books in the "Reference Section" of the FAQ. One other book you should have is "Fats that Heal, Fats that Kill", by Udo Erasmus.


How much Protein Do I Need?


The answer is probably not as much as you think you do. For sedentary (non-active) individuals the most recent studies show that the RDA for protein of .36 g/lb bodyweight is adequate.


The most recent research has shown that athletes DO require more protein than the RDA, but not excessive amounts.


It should also be pointed out that it is incorrect to rely on nitrogen balance results as a means of determining increases in strength and muscle mass. It is simply not validated by scientific research. Studies have shown that nitrogen balance is not a relevant factor. So forget about those "Nitro Strips" - they are a waste of money.


How much protein? Studies have shown that the optimal protein intake for athletes undergoing high intensity exercise is 1.35g/kg/day which translates into 0.6136 grams/pound/day. Therefore a 200lb athlete would require 122.72 grams of protein.


What these studies also indicate however, is that although protein intakes should be higher than the RDA for strength training athletes, the protein intakes of most strength trained athletes is already at or above this level.


One must remember that protein intake is not the rate limiting factor in muscle mass development.


A diet which provides adequate calories will general provide enough protein as most research studies have indicated.


Thus you definitely don't need 300-600 grams of protein as I've seen some of the muscle mags suggest. And you probably are getting enough protein as it is if you are an athlete.


One possible exception is the athlete who must restrict his/her food intake to lose a great deal of weight in a short time to make a certain weight class. In this case, a small amount of supplemental protein may be warranted.


Remember more is not better when it comes to protein intake. In fact, excessive protein intake over extended periods of time can possibly seriously damage your liver and kidneys.


What guidelines do I use for my diet?


Carbohydrates are the main source of energy for athletes. From 60-65% of your diet should be carbohydrates, 15-20% fats and 15-20% protein.





How do I estimate my Caloric Intake?


A good estimate uses the following procedure:


- Multiply your present bodyweight in pounds by 20.


For a 200lb man this is equivalent to 4000 calories. This is how many calories you need to maintain this bodyweight.


But to build muscle, and thus gain weight, you need slightly more calories to allow for extra growth. Add from 400-600 more calories to this total. Taller, younger, heavier, and more active people generally require more calories per day than do shorter, older, lighter and less active individuals.


Some guidelines. If you weigh:


175 lbs or under, add 400 calories

176-200lbs, add 500 calories

201 lbs or more, add 600 calories

If you're getting bigger and stronger, without adding noticeable fat to your waist, you are okay. If you notice you are gaining fat, then cut back by 100 calories, or until the fat disappears.


How do I Up My Calories?


Get a blender!


This is one of the best ways to add calories to your diet. Here's a drink you can make that gives you 200 calories:


8 ounces of 2% milk

1/2 banana

1 egg white, cooked

1 teaspoon of honey

A dash of cinnamon and

1/4 teaspoon vanilla.


Combine all of this into a blender and mix.


There are also "portable" caloric substitutes that you can buy at you local drugstore. I would favour them over what you buy at a supplement store, as you notice, the ingredients are basically the same, and it's cheaper at the drugstore.






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The Importance of Water:


It's almost impossible to drink too much water if you are an athlete. In fact, most people simply don't consume enough water. Water is of vital importance to the human body. There have stories of individuals who have gone weeks without food, but without water you will only last a few days.


For your body to function optimally, the cells of your body must be fully hydrated.


Water also helps in the loss of fat. do not cut back on your water consumption.


Here's why:


Restricting your water intake causes your body to retain fluid. The less water you drink the more your body feels deprived and the more water it stores.

Restricting your water intake promotes fat retention. Since your body uses water as the major component of blood to transport nutrients and wastes, a lack of it can cause your body to perceive it as a major stress. To adapt your body will preserve fat.

Restricting your water intake makes you constipated. When deprived of water, your system pulls it from the lower intestines and bowels, thus creating hard stools.

How much water should you drink each day? Activity and environmental conditions are the two most important factors that determine your body's need for water. During study, rest, and sleep, the loss of water is much less from the body than during strenuous activities, such as training. When the temperature is hot and the humidity is low, more water evaporates from your body's surface.


In sedentary individuals, thirst is an adequate signal of the needs of the body. But with serious athletes, and all people using high intensity training, the desire for water is not an adequate indication of the body's requirements.


A good general recommendation for serious athletes is to consume at least one gallon (128 ounces) of water a day. During hot weather, this recommendation may need to be doubled, or even tripled.


Here are some tips that will help you in consuming more water:


Carry an insulated container, the quart size with a plastic straw, with you for sipping water throughout the day.

Keep the water ice cold.

Do not substitute coffee, tea, or caffeine-containing soft drinks for water. Fluids containing caffeine tend to dehydrate the body.

Drink 75% of your water between 7AM and 5PM. That way you won't have to get up after you've gone to bed to go to the bathroom.

Understand that it takes several weeks for your kidneys to become less sensitive to an increase in your water intake. At first you'll be going to the washroom 20 or more times a day. Within two weeks, your bladder will become less sensitive and you'll be voiding less often but with greater volume.




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What about the New Anabolic Mega-Mass Supplement I just read about?


Most of the commercial nutritional products are marketed as a dietary means to influence metabolic processes that stimulate muscle growth and/or facilitate the loss of bodyfat, primarily by inducing the endogenous production or release of testosterone or human growth hormone (HGH).


At the time of this writing, creatine and prohomones are all the hottest things on the market today. To get the latest REAL information (not commercially funded) on supplements, visit Lyle McDonald's Nutrimuscle column on Cyberpump.


There is little or no scientific evidence supporting positive effects on muscle growth, bodyfat reduction, or strength enhancement in strength-trained athletes for the following:


arginine, lysine and ornithine (amino acids)

ornithine alpha-ketoglutarate (OKG)

inosine

vanadyl sulphate

Met-RX

HMB

yohimbine

vitamin B-12, or dibencozide

carnitine

chromium piccolinate

boron

magnesium

medium chain triglycerides (MCTs)

Smilax

"natural" herbal products

None of these ingredients, or any combination of them, has been proven to build muscles and enhance athletic performance better than common foods in a well-balanced diet. Take a look at the muscle magazines from 20 years ago. How many of those "miracle" supplements are still around? Try 10 years ago. The same thing. What does this tell you? Remember one key thing: if your diet is lacking, NO supplement will help you. The most "anabolic" supplement is FOOD. If you are missing just one key nutrient, your overall health and training performance will suffer. And anything that is a detrimental effect on your health will be detrimental to your training efforts. For example, many people are deficient in an Essential Fatty Acid ? Omega3. Omega3s are found in fish, certain nuts, and oils (flaxseed, hemp). Again, refer to Erasmus? book for far more detail on this topic.


Another quote from Dan Riley from the same letter earlier in the FAQ, regarding nutrition and supplements:


". . . the most basic concepts taught today in the area of nutrition, were available twenty years ago. Yet some conditioning coaches continue to promote, endorse, and sell pills, potions, and powders, that the American Dietic Association would consider foolish, and potentially dangerous. Who will coaches and young athletes be more apt to listen to? A professional Registered Dietician, or a famous athlete or conditioning coach employed by a successful team?"


Evidence for supplements like creatine and the "testosterone boosters" is skimpy. Remember the old adage - if sounds too good to be true, it is.


The only supplement that is as "powerful as steroids" is steroids. Period.


2.2 Rest and Recuperation


Exercise provides the stimulus for your muscles to grow larger. Muscles do not grow during exercise, most growth occurs when the body is at rest. After a training session, it takes several days for the adaptation process to occur. The importance of rest and sleep are often overlooked.


Here are some guidelines that can help you get better results from your training:


Get 10 hours sleep each night if you are a teenager.

Get 9 hours sleep a night if your are an adult.

Schedule a 15-minute nap during the middle of the afternoon (if possible).

Do NOT do any type of vigorous activity on the days you are not training.

Take a 10-day layoff after each period of six months of steady training.
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2.3 Steroids


One of the very best articles I've ever read on anabolic steroids was written by Mark Asanovich, Strength Coach of the Tampa Bay Buccaneers. The article was published in the volume 2, number 1 (1989) issue of the HIT Newsletter. By calling, you can order back issues of the HIT Newsletter, and I'm sure you'll find this article informative.


Steroid abuse is the fastest-growing form of drug abuse in the U.S. The U.S. Food and Drug Administration estimates 1 million steroid abusers nationwide compared to 500,000 heroin and 500,000 crack cocaine abusers. An unbelievable statistic.


And the highest misuse occurs in adolescents. The use of anabolic steroids is the fastest growing drug abuse problem in the U.S. today. Hard to believe.


It is extremely difficult to accurately discuss the use of anabolic steroids. Why? Because there really is a lack of scientific information on steroids - particularly in the way that they are used by athletes. Most information is based on anecdotal evidence, word spread in the gym, underground "handbooks", etc.


You hear a lot about the side-effects of steroids. Just what are the KNOWN adverse side effects associated with steroid use?


Note that these side effects are attributed to normal, therapeutic dosages:


Short-term


Liver dysfunction

Prostate enlargement

Severe acne

Acceleration of Male Pattern Baldness

Connective tissue catabolism

Kidney dysfunction

Cardiovascular dysfunction

Gastrointestinal dysfunction

Immune system dysfunction

Water Retention

Gynecomastia (fatty deposits under the nipples)

Testicular atrophy

Spermatogenesis dysfunction

Impotency

In adolescents, the added danger is of premature fusing of epiphyseal growth plates.

There are also dangers related to the self-administration of steroids:


Infection/reaction as a result of contaminated product

Spread of communicable disease (even AIDS) as a result of unsanitary, shared needles

Nerve dysfunction as a result of improperly placed injection

Remember these potential side effects are attributed to normal, therapeutic dosages. The long-term, cumulative side effects are not known. Unknown also is the increased risks of serial, multiple dosages that is common among steroid abusers. And since most of these drugs are purchased on the black market, the associated risk potentials are even greater.


Self-administered dosages are "stacked", "staggered", "pyramided," and/or "shotgunned" in dosages ranging from 10 to 100 times higher then therapeutic dosages. The risks obviously become even greater.


This is not a speech, or a "scare" tactic. This is reality. Steroids are DRUGS. ANY drug has potential side effects, even in small dosages, and thus have a risk associated with their use. And the potential for abuse is very large, as many fall prey to the "more is better" attitude.


One should also remember one other very important point - steroids are illegal to distribute and to possess in most countries.


Yes, steroids obviously do "work". That can't be denied. But this too varies from individual to individual. Some individuals make large gains in strength/size in a very short period of time - others don't. The same with side effects. Some people can take normal therapeutic dosages of steroids, and encounter little if any side effects. Others can have a severe reaction. Such is the case with ANY DRUG.


The choice is obviously yours. One can make tremendous changes to their strength, physical appearance and overall fitness by following a logical scientific approach to training without steroids. Results that would surpass most expectations.


If you are intent on taking steroids, I don't believe anything I say will deter you. I feel the risks are not worth the potential "benefits". In fact, every study I've seen has not shown that there is a permanent gain in size/strength from taking steroids once one has stopped taking them. You are putting your body in an unnatural state - and it has to return to normal. How much of these "gains" are really water weight? Unknown.


But the bottom line is: Are the risks worth what is very likely a temporary increase in size/strength?


Your choice.






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3. Advanced HIT


3.1 Advanced Techniques




Use these techniques INFREQUENTLY. This can never be stressed enough. Too many trainees fall into the trap of using these too often. Remember, these are advanced techniques, and should be used sparingly:


1. Breakdowns. Breakdowns are also referred to as "triple-drops". Basically you perform a set in the regular protocol manner mentioned above. Once you have gone to failure have your training partner quickly reduce the weight on the barbell or machine by approximately 20 percent. Do not take longer than 3 seconds rest. Then you work to failure once again, exactly as you did on the first set. You should only be able to get a couple of reps in. If done properly your muscles will start to really "burn". Resist the temptation to cheat (have your training partner help you). After you performed this "second" set, drop the weight again another 20% and work to failure again. At this point it gets pretty painful, but try to perform as many reps as you can in perfect form.


You have just performed "3 sets" going to failure on each one with no rest between. Here's an example set:


200 lbs - 8 reps to failure

DROP

160 lbs - 3 reps to failure

DROP

130 lbs - 2 reps to failure


Another variation from Dr. Ken Leistner: Perform a regular straight set to failure. IMMEDIATELY reduce the weight by 50%. Perform the EXACT number of repetitions you did on the first set.


2. Super-Slow Reps. The positive movement is performed in 10 seconds followed by a 5 second negative movement. However, this timeframe has been changed in the most recent work of Ken Hutchins. More about that in the next section.


Performing this type of set requires intense concentration and willingness to put up with a lot of discomfort. For more details on this type of technique see the Super Slow web site.


Initially, you'll have to reduce the resistance that use normally by 30-40 percent. Super slow reps are a great way to minimize momentum and involve muscle fibers that you might be "skipping over" due to faster movement speeds. It?s useful also to help "learn" an exercise and find out just what point of the movement you are "skipping" over during regular speed sets.


One of the best things about super slow is that it's perhaps one of the safest ways to train, as well as being extremely productive ? especially for advanced athletes who are suffering joint pain from the use of extremely high weights. It?s also useful when coming back from an injury.


You should perform about 2-3 less reps than you do in a regular set, e.g. if you regularly perform 6-8 reps use 4-6 for super-slow.


Super Slow does not work well for all exercises. It is near impossible to use for a regular deadlift, for example. The more "skill" component required for an exercise, the less applicable this technique is.


Many people lift weights too fast, I have yet to see one lift a weight too slowly. Never, ever let anyone tell you to lift a weight "fast". Next time someone says that just smile and walk away. Don't bother arguing. Lifting the weight fast is a good way to injure yourself. It is tough on the ego to lower the weight by 30-40%. But, you will find that eventually you can lift greater poundages in a controlled manner than you did before normally. "Cheat artists" can "lift" enormous amounts of weight by jerking and bouncing the weight. These people are doing themselves alot of harm that they may not notice now, but they'll pay for it in the long run.


3. Pre-exhaustion. Normal pre-exhaustion is practiced when a single-join movement for a specific muscle is immediately followed by a related multiple-joint exercise. The multiple-joint movement brings into action surrounding muscles to force the previously exhausted muscle to a deeper level of stimulation.


This is also a technique used to get around the "weak link" in a compound exercise. For example, your upper back muscles (lats) are far stronger than your biceps. During a chin or pulldown movement, the weaker biceps will fail before the lats limiting the potential stimulation of the larger upper back muscles.


Pre-exhaustion can be a useful tool for this problem. For example, to pre-exhaust the lats perform a normal set of machine pullovers. Immediately with no rest perform lat machine pulldowns (or chin-ups). Another example is performing dumbbell flyes for the chest immediately followed by bench presses. For shoulders, perform lateral raises immediately followed by overhead presses.


4. Negatives. You are 40% stronger negatively than you are positively. That's why you can lower slowly a much greater weight than you can lift. It has been demonstrated that increasing your negative strength automatically increases your positive strength. There are three ways you can perform negatives:


1) Two training partners lift a heavier than normal weight than you would use for a regular set (30-40% heavier). You would then proceed to lower the weight slowly (8-10 seconds) for the desired repetitions (about 2 reps less than in a normal set). You can perform negative dips and negative chins without the aid of a training partner by using your legs to climb to the top position.


2) After a normal set of reps to failure your training partner lifts the weight back to the top as you do 2-3 slow negative reps.


3) Negative accentuated reps. Use approximately 30% less weight than you would use in a normal set. Lift the weight in the normal style (2 seconds) and then lower the weight in 8-10 seconds using ONE appendage. Repeat the lifting and lower the weight using the OTHER appendage. Perform 8-12 reps (lifting). Obviously this works only with certain exercises, specifically machines.


Negative training is the one of the most difficult, intense training modalities you can perform.


In addition, method 1) is very difficult unless you have a couple of really strong people who are willing to lift the weight for you. Negative training can make you extremely sore. You will take a long time to recover from this type of exercise. If you performed it regularly you would very quickly overtrain. Use it sparingly.


An example of what an elite athlete has accomplished using negative-only training is Tom Laputka - a former professional football player. In 1972 Laputka was involved in one of the Nautilus research projects involving negative-only work, and was personally trained by Arthur Jones.


"At that time in my life," Tom recalls, "I wanted to get as big and strong as possible. And I wanted the results as fast as possible."


Laputka's NEGATIVE-ONLY poundages done, FOR REPS:


Nautilus Hip and Back (single movement arm version) - 700 lbs with ONE LEG. That required the entire 500lb weight stack plus a 200lb man riding the stack. And he worked each hip separately.


Nautilus Leg Extension - 500lbs, which included a 300lbs weight stack and a 200lb rider.


Nautilus Leg Curl - 350lbs, 150lb weight stack and a 200lb rider.


Nautilus Pullover (plateloading version) - 700lbs, 300lbs of plates and two 200lb riders


Dip - 463 lbs, 263 lbs bodyweight, and 200lbs around the hips


Nautilus Torso Arm - 350lbs, 150lb weight stack and a 200lb rider


Nautilus Triceps Extension (plateloading version) - 150lbs of plates


Nautilus Biceps Curl (plateloading version) - 150lbs of plates.


Tom makes a few important points emphasized throughout this FAQ:


"One important rule I learned from the research project was that it was very easy to overtrain using negative-only exercise. For example, my strength plateaued after four weeks of training. That indicated to me that my strength had improved to the point that I was now overtraining. To make continued progress I had to reduce my workouts from three days a week to two days a week.


A month later my strength plateaued again. At the second plateau, I reduced my training from twice a week to three times every two weeks. Almost immediately my strength increased. I never reached a third plateau, as I had to report to football camp before the end of that month. Even then, my strength on some exercises was so great it was scary: 700lbs on the hip and back, and that was with one leg only, and 700lbs on the pullover.


I've often wondered what would have happened after the next plateau. Or if I'd gone to once-a-week training. Arthur [Jones] would have had to redesign some of the machines so we could get more helpers around them. Or we would have had to rent a forklift to do a majority of the lifting."


5. Manuals - Dan Riley, the strength and conditioning coach of the Washington Redskins, can perhaps be thought of as a pioineer in this strength training approach as he was one of the first in the past few decades to give it the exposure it deserves. Matt Millen, former great linebacker of the Los Angeles Raiders, Redskins, and 49ers uses manual resistance almost exclusively for all deltoid raising exercises.


The deltoids will be used as an example to illustrate this technique. One of the most effective ways to increase the intensity of one's deltoid training is to go to a point of momentary muscular failure/fatigue in the lateral raise movement and IMMEDIATELY follow it with two or three manual repetitions.


Whether you are using dumbbells or a machine, as with any high intensity set, push yourself to the point that does not allow for the completion of another full lateral raise and the push even further, until almost no movement at all is possible. At this point, immediately step away from the machine, or place the dumbbells on the floor and have a training partner apply resistance so only two and perhaps three manual resistance reps can be completed.


These reps should be agonizing, with the limbs moving quite slowly to the completion of the movement. Resisting in the lowering phase will insure very slow movement upon the return to the starting position. As soon as the hands or arms touch the side, begin the next repetition. In fact, an effort to "push upwards" should be made during the entire exercise.


The manual resistance can be applied above the wrists, with your arms and forearms being fully extended, or above the elbow, with the forearms flexed. the latter will protect against elbow stress or injury. Adding a few manual resistance reps as a completing "touch" to the regular lateral raise movement, will result in a much higher level of intensity and give concomitant results. Your deltoids will burn and it should be literally impossible to raise the arms away from the body upon completing this finishing movement.


3.2 Methodology for Determining your "Optimal" Number of Repetitions


How many repetitions? The general consensus is 8-12 repetitions at a speed of 2 seconds on the concentric phase and 4 seconds on the eccentric phase. The importance is not the number of repetitions, actually, but the amount of time you perform a set.


Basic muscle physiology says that skeletal muscles hypertrophy more readily when they are taxed within their anaerobic pathways of 30-90 seconds with approximately 60 seconds being the average time required.


Any exercise that is carried beyond 70 seconds utilizes more aerobic than anaerobic pathways, and, consequently the trainee's endurance is increased at the cost of size/strength. Likewise, a set performed for only 10 seconds has little, if any benefit. The only time you need to perform a "single" rep is if you are a powerlifter, and you are training yourself on the skill component.


There are several powerlifters (Dr. Ken Leistner comes to mind), who very rarely perform singles. In fact to increase the amount one can bench press Leistner has recommended practising the bench press as little as once every 3 weeks! Dips, and other exercises for the involved muscle groups are performed instead.


The time factor for the transfer to the anaerobic threshold (the "window" during which the greatest amount of muscle size/strength stimulation takes place) can vary greatly from individual to individual, depending on factors such as neurological efficiency and muscular endurance.


The most widely accepted guideline as stated previously is to select resistance for each exercise that allows the performance of 8-12 repetitions in a 2 second up, 4 second down style. When 12 or more repetitions can be performed increase the resistance by approximately 5% at the next workout. This tried and proven repetition scheme is effective for 70% of the population.


However, there are those people that obtain better results using lower or higher repetition guidelines. It is speculated that this is governed by your "neurological efficiency" and muscle fiber type. Remember that the goal is to make an inroad of approximately 20% into your starting level of strength.


Research shows that most people make about 2% inroad/repetition and fail at 10 repetitions. People who can involve more muscle fibers make a greater inroad per repetition and fail sooner. There are those that reach failure in as low as 3 repetitions. There are also those that could do 20-30 repetitions before they reach failure.


However, these are extremes, there are not that many people who fail at 3 repetitions and 30 repetitions. But they do exist. And they need to be trained accordingly.


Here is a simple testing procedure that you can use on almost any barbell or weight-machine exercise to determine your optimal repetition guideline. Single-joint exercises are said to work better than multiple-joint exercises. To test a multiple-joint exercise you have to avoid the lock-out position:


Determine your 1 repetition maximum on any exercise.

Rest 5 minutes

Take 80% of this 1 repetition maximum and perform as many repetitions as possible in proper form. Do not cheat.

Make a written note of this number of repetitions

Multiply the number of repetitions by .15.

Round off the resulting figure to the nearest whole number.

Add this whole number to your 80% repetitions. This becomes the high end of your repetitions guidelines.

Subtract the same number from your 80% repetitions. This becomes the low end of your repetition guideline.

The number of repetitions that most trainees perform with 80% of their 1RM on the leg extension correlates well with their performances on other lower-body exercises. The standing biceps curl with a barbell also correlates well with other upper-body movements. Thus, by testing yourself on only the leg extension and biceps curl, you have established the repetition guidelines to apply on most other exercises.


Many trainees require higher repetitions for their lower bodies than their upper bodies. Some trainees are just the opposite. Others show no differences. The only way to find out is to test yourself according to the described instructions.


Whatever your repetition guidelines turn out to be, it is important to understand that you should not stop an exercise simply because you've completed a certain number. Always perform as many repetitions as possible - and then attempt one more. Make sure each set is your best effort.


For example, say your 1 rep max is 100 lbs in the barbell curl. 80% of that is 80lbs. Suppose you can perform 6 reps (2 secs up, 4 secs down) at this weight to failure. 6 x .15 = 0.9 which we round off to 1.


Thus your lower rep limit would be 5 reps (6-1), and your upper limit would be 7 reps (6+1). So you would perform between 5-7 reps in this exercise. Once you can perform more than 7 reps you would increase the weight.


CAUTION: As stated prior, performing a 1 repetition max (1RM) is a dangerous procedure. Thus caution should be taken if you wish to try this methodology due the risks inherent in performing a 1RM. A safer way to determine which rep scheme works best for you is to try either lower or higher reps for a few months.


It should be noted that Dr. Ken Leistner and others has espoused the use of high repetition ranges for exercises that involve a significant amount of muscle mass, such as the deadlift and the squat.


In fact, his trainees have performed up to and above 20 reps in the squat. Leistner has obtained great results using this approach. Stuart McRobert, Randall Stroessen etc. have also recommended using high repetitions for this exercise. Stroessen has written a book on this technique that you can find in the book catalogue within IronMan magazine.


So, the logical conclusion is for YOU to decide upon what best suits your particular needs.


The key is you are trying to stimulate muscular growth. You never need to perform singles unless you are a powerlifter.


3.3 Super Slow (tm) Training


The man credited with "creating" Super Slow (and who has trademarked it) is Ken Hutchins. However, there are definitely anecdotes of others who have used this technique prior to Hutchins. Going back to the 1960s it has been reported that one of the great powerlifters, Ronnie Ray, used Super Slow in his training. Ray was reported to have performed 3 strict super slow reps using 405 lbs (!) on the bench press, with a full pause with the bar resting on his chest between reps.


Here's the analogy used about speed of movement. When you pull a trigger on a rifle or gun, you're supposed to pull with a slow, steady squeeze to the rear - if you jerk the trigger than the shot will be off. Same thing when lifting weights - each repetition should be a slow, steady squeeze of the muscle with no jerking.


Momentum is an asset in athletic endeavors. Its utilization is part of the skill component. In the weight room, however, the emphasis should be on constant tension flow through the muscle, along the entire range of movement.


In the lifting phase, move slowly, continuously and fluidly. The equipment you use must have the smooth, low friction feel of Hammer Strength machines, MedX, Southern Xercise Tru-Line, or Nautilus Next Generation Machines or your efforts are going to be thwarted by arbitrary apparatus friction that snags the repetition. Hutchins calls this "stiction" meaning a sticking point in the range of motion.


Move in a controlled fashion through the lowering phase. You are moving too slowly when you're starting and stopping throughout the lifting phase, or resting, i.e., getting a "respite", during the lowering phase. Try to maintain movement at a steady speed.


Your training partner should use a stopwatch to ensure that you are legitimately counting seconds and not just counting as fast as possible. Trainees without the supervision of an experienced training partner, or instructor, will have great difficulty mastering a 10 second lift. Go as slowly and smoothly as possible.


Another important aspect of Super Slow is how you react when you can no longer lift the resistance. No jerking or pre-stretching. When the movement ceases, just keep pressing into the contraction - breathe, concentrate, visualize the weight moving - and maybe you will get a couple more inches of movement. Press for a good 15 seconds once perceptible movement stops.


The key to effective Super Slow training is the amount of friction inherent in the exercise as the following illustrates:


When you raise a weight, you're lifting the weight plus any friction (i.e., mechanical, intermuscular); when you lower a weight, you're lowering the weight minus any friction. Friction makes it harder to raise a weight and easier to lower it. So, if you're doing the leg press with 200 pounds and there's 50 percent friction in the system, you'd actually be raising 300 pounds on the positive stroke [50 percent times 200 equals 100 PLUS 200 equals 300] and lowering 100 pounds [50 percent times 200 equals 100 minus 200 equals 100]. And if you can raise 300 in 10 seconds, then lowering 100 in 5 seconds would amount to a recovery. On the other hand, let's look at a leg press with hardly any friction. Although your intermuscular friction is the same, suppose the overall friction amounted to 10 percent (instead of 50 percent). Using the same 200 pounds, you'd now be raising 220 [200 plus 20] and lowering 180 [200 minus 20]. In this case, if you could raise 220 in 10 seconds, then lowering 180 presents a bit more of a challenge - thus the traditional 5 second negative stroke of Super Slow.


Here's a quote from Hutchins' book:


"Friction. The major reason for an exception [to the 10 up 5 down protocol] is excessive friction in the exercise equipment. The performance of smooth contraction in the presence of exorbitant friction requires a slightly faster movement of 5 - 8 seconds.


Few of the Nautilus machines used in the osteoporosis study [1982-86] were designed and manufactured with bearings. Most used bearings of exorbitant friction and were barely acceptable -- certainly less than ideal -- for Super Slow application.


One of the most important exercises - leg press - was originally performed on the early-vintage Compound Leg machine. Although this machine was the lowest-friction Leg Press we could locate, its friction required a positive contraction less than 8 seconds. Any slower and the mechanism stuck...broke loose...stuck...broke loose with static friction - "stickion".


Since apparatus friction exceeded 50 percent and negative work was almost meaningless in this Leg Press, the negative phase was performed in approximately 2 seconds - all but dropping the weight.


Once the Nautilus Leverage Leg Press - bearings throughout - replaced the Compound Leg, the specific leg-press protocol changed to: Positive -- 10 seconds, Negative - 10 seconds. This protocol was effected in consideration of the careful turnarounds performed at either end of it's highly efficient stroke."


Regarding some of the "older" Nautilus machine lines, Hutchins says, ". . . the 1982-vintage Nautilus Overhead Press (stand-alone) allowed a 10/6 protocol . . . " athough "10/5 is the generally-accepted standard."


Also, because of the cam shape on the leg curl - which creates resistance that decreases rapidly in the positive and increases rapidly in the negative - Hutchins recommends a 10/10. Other exercises that "require a negative of equal duration for adequate control" are the leg extension, rotary torso, hip abduction, hip adduction and the lateral raise. They get a 10/10, too. Finally, the neck machine is 10/10 because the "subject can easily loose [sic] his orthogonality with the movement arm if he moves much faster than 10 seconds during the negative."


Here's another quote: "In the presence of an ideal resistance curve (See Chapter 14) and low friction, I recommend a 10/10 protocol for rotary movements."


To summarize: If an exercise has little friction, it's better to use a longer negative as you don't get the "partial respite" that you would from an exercise with lots of friction. He doesn't mention barbells, but the logical assumption would be about a 10/10 for them, as there is no mechanical friction. Think about how brutal it would be to lower a barbell in 10 seconds on the bench press - you're certainly not going to get a "partial respite" there! As far as the Nautilus Next Generation pieces, he claims they really don't have that much less friction than the vintage equipment.


Hutchins also discusses how the mechanical friction of the machine plays a role in determining the length of the negative stroke. The negative shouldn't be too long as that would provide your muscles with a respite. Hutchins says that the vintage Nautilus machines - like the old Leg Press - had so much friction that he recommended only a 2 second negative stroke! On the other hand, he suggests that a longer eccentric phase is warranted if the machine has very little mechanical friction. He recommends a 10 sec up and 10 sec down on exercise machines that have very little friction, such as the Nautilus Next Generation pieces, and the Hammer line of equipment.


Also, keep in mind that movements using your bodyweight - like dips and chins - don't involve equipment and, therefore, only involve intramuscular friction (which is negligible). Free weight exercises also do not have any mechanical friction, either. Logically, a longer eccentric stroke would be recommended with free weight or bodyweight or bodyweight exercises. Thus for these types of exercises a 10/10 protocol would be recommended.


Now where the difficulty comes into play is how many repetitions to perform. If we use the general guideline of 8-12 repetitions at a 6 second repetition speed, that works out to a range of 48-72 secs. If you are using a 10/10 protocol, that would work out to *approximately* 2-4 repetitions. However, assume that you have found from the methodology of the previous section that your "optimal" time for a set should be 30-42 secs. How many repetitions? Don't fret about being precise on this one. 2-3 reps is fine, you won't go wrong. An 8/8 protocol might be better in some cases actually depending on the range of motion.


Hutchins claims that Super Slow's margin of safety is unsurpassed. High-velocity repetitions generate impact forces that reverberate in your joints and connective tissues. Depending on the particular exercise, high-velocity repetitions may also produce a "backlash" effect. This can result in being rammed beyond your point of comfortable stretch, which increases the probability of injury.


A word on this issue of rep speed and safety. There is NO firm evidence to support the claim that a rep speed as slow as that prescribed by Hutchins is "safer" than the standard prescribed repetition speeds of other HIT advocates such as 2/4, 4/4, etc. In fact, using such a slow speed of movement can be dangerous for specific exercises like the deadlift and bench press. The bottom position of both exercises is the most dangerous. It is not wise to remain very long in those positions as injury can occur. Caution is advised. It is also much more difficult to perform super slow on multi-joint exercises that have a higher "skill" component, i.e., the deadlift. It is more suited to "low" skill movements and single-joint exercises.


As far as "optimal" speed of the rep - nobody can answer that question. Hutchins claim to have identified the ideal speed of movement, but there is no conclusive evidence that this is the case. The only thing that is known with certainty is that slower speeds are safer and more efficient in terms of maintaining tension on the muscles and stimulating muscular growth as compared to "faster" speeds, i.e., those that involve momentum. Move the weight under control. Never heave, or "throw" the weight. Look around most gyms and you rarely see trainees move to slow ? but you will see a great many who are heaving, cheating, and using momentum to move the weight. This is unproductive and dangerous.


Finally, there isn?t ANY scientific evidence to suggest that a rep speed slower than a 4/4 rep speed is "safer". Use your own judgement. If you enjoy Super Slow, use it. But it is NOT "superior" to standard rep speeds that are recommended in previous sections. Use it for your entire routine, or for specific exercises. You may find more benefit using it in certain exercises than others.


For further information on Super Slow, jump to The Super Slow Home Page.
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4. HIT Anecdotes


4.1 Who uses HIT?


High Intensity Training may seem a bit "radical" to some. It seems to run contrary to that of "prevailing wisdom", i.e., one must spend hours in the gym to attain peak levels of performance.


It should be remembered that HIT is based on the scientific foundation of muscular growth - OVERLOAD and PROGRESSION.


You probably haven't heard a lot about HIT - probably because it isn't widely advertised. Common sense doesn't sell. As stated previously, it isn't "magic" - it's just at downright hard work. It's a lot easier to sell the (so-claimed) routines of the bodybuilding "champions" and the supplements they supposedly take.


You can get a lot of repeat business from selling "magical" bodybuilding supplements. Selling a training philosophy will not likely reap you financial gain.


Here's a brief compilation of athletes, professional sports teams and collegiate level teams, etc., who use HIT.






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Sidebar:


These examples are not meant to prove that training in a particular style (as there are many variants of HIT) of HIT is "superior" based on win-loss records, poundages, physique contests won, etc.


All those are not "proof" of ANY strength training program's efficacy. These examples are just that - examples. They are also to be used as a resource for those who are seeking HIT strength coaches and players for the purpose of sharing information, etc.


It should be noted that science has not to this date found any set/rep/training protocol to be "superior" or "optimal". There are many claims made out there. They aren't substantiated. There are those who are quick to take credit for win-loss records, etc., and use these as "proof" that a particular program is "superior". Read Ken Mannie's article on The All P.U.B. Team of Strength Training.


Good athletes, good coaching, etc., wins games. PERIOD.






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HIT is used by a number of universities and professional teams - it certainly doesn't represent the majority of the programs but it's used widely enough to be considered a productive form of training. Different teams/programs have used HIT at different times. The teams listed reflect those that either used or are using HIT in the late 1990s.


The U. S. Military Academy has been using HIT since the early 1970's - despite having several different strength coaches during that time. Penn State and Michigan have been using HIT for practically the same time - although Michigan has had the same strength coach, Penn State has gone through several (Dan Riley now with the Washington Redskins, Joe Diange who was there on an interim basis and later went to the Tampa Bay Buccaneers, Chet Furhman who is now with the Pittsburgh Steelers and most recently John Thomas).


All these men advocated HIT at Penn State and in the present. Penn State and Michigan are also noted for having very successful sports teams.


In the NFL:


Pittsburgh Steelers

Minnesota Vikings

Cincinnati Bengals

Philadelphia Eagles

Arizona Cardinals

Washington Redskins

Tampa Bay Buccaneers

New York Giants

Carolina Panthers

(The Redskins since 1981 and the Bengals since the early ?70s).


In professional hockey, Stanley Cup Winners The Pittsburgh Penguins.


In professional baseball, the Detroit Tigers and San Diego Padres


In professional basketball, the Boston Celtics


1996 U.S. Olympic Women's Basketball Team (gold medal)


At the collegiate level, HIT programs are used at


The University of Kentucky (except football)

Southeast Missouri State University

University of Detroit - Mercy

Michigan

Penn State

Villanova

Stanford

Michigan State

The University of Toledo

The U.S. Military Academy

Providence College

Western Kentucky

The University of Cincinnati

Drexel University (PA)

University of Miami (FL) -- basketball (M/W), baseball, track and

field (M/W)

There are bodybuilders, powerlifters, and athletes from all walks of life. There are regular people who are just seeking to get as strong as possible, and obtain the health benefits of high intensity training like cardiovascular endurance, flexibility, etc.


4.1 What are some Specific Examples of Athletes that use HIT?


The following examples illustrate what some elite athletes have achieved using HIT, and as well show HOW FAST gains can be made using HIT:


KEVIN TOLBERT - adopted son of Dr. Ken Leistner.


Was a 5'9" 220 pound running back at the U.S. Naval Academy.

Ran a 4.5 40.

Performed 20 to 23 reps with 375 lbs and 15 x 405 lbs in the bench press at a bodyweight of 230 lbs.

Benched 510lbs in a legal, competitive style.

Performed 30 x 600 lbs in the barbell squat at a bodyweight of 248 lbs.

Performed 30 reps of 450 lbs in the deadlift in the spring of 1985 at a Gold's Gym in Philadelphia - immediately after a performing a set of squats for 30 reps [weight unknown] taking only the time necessary to change the weight.

Tolbert's measurements were accurately measured as:


33" thighs

20 1/2" arms

52" chest

20" neck.

This man is an incredible physical specimen. At one time, he was said to be one of the strongest, massive 250 lb men on the planet.


JUNIOR SEAU - San Diego Chargers all-pro linebacker. Workout as reported by strength coach John Dunn in the October 1993 issue of Muscle & Fitness. Unless otherwise noted all exercises performed for only one set:

Poundages

Neck Flexion (manual resistance) 12 -

Neck Extension 12 x 120lbs

Lateral Flexion (L) 12 x 120lbs

Lateral Flexion (R) 12 x 120lbs

Shoulder Shrug (barbell) 12 x 275lbs

Duo Squat (Nautilus) 15 x 525lbs

Seated Leg Curl 12 x 135lbs

Leg Extension 15 x 200lbs

Leg Press (Hammer) 15 x 855lbs (no misprint)

Hip Flexion 12 x 50lbs

Situps (on board) 25 x bodyweight (2 sets)

Back Extension 12 x 180lbs (2 sets)

Bench Press (dumbbells) 10 x 340lbs

Rear Delt 10 x 40lbs

Incline Press (dumbbells) 10 x 240lbs

Seated Row (Hammer) 10 x 120lbs

Seated Press (dumbbells) 12 x 200lbs

High Row (Hammer) 9 x 345lbs


Iso-Incline (Hammer) 12 x 455lbs


MITCHELL "KING KONG" SAMMONS

- 2X National Heavyweight Bando KickBoxing Champion

- Former running back University of Miami

- Olympic competitor in 1984 in the Shot and Discus


Ht: 6'2"

Weight: 258 lbs


Only accurate measurement available: 24" Neck


Incline Press: 405lbs x 1, 315lbs x 40

Leg Press: 1600 lbs x 1

40 yd Dash: 4.4 secs

100 yd Dash: 9.75 sec

16 lbs Shotput: 72'3"

Discus: 229'

Workouts:

Full body - low sets (2-3) for 8-10 reps for 4-5 exercises for upper body, higher repetitions for lower body. Trains approximately three times a week. Sometimes less if feels overtraining.

RAY MENTZER - ex-pro-bodybuilder, Mr. America:

January 5, 1983:
Weight: 253 lbs
Arm size: 19 3/4"


After training using one set to failure of eight exercises approximately six weeks later:

February 21, 1983:
Weight: 260 lbs
Arm size 20 1/8"
In noticeably leaner condition (exact bodyfat % not available)
Ray Mentzer's workout on June 15, 1983 (all Nautilus machines):
Duo Squat: 560lbs x 20
Pullover: 275lbs x 8
Behind-Neck pulldown: 200lbs x 9
Lateral Raise: 290lbs x 7
Overhead press: 200lbs x 11
10 degree chest: 275lbs x 8
Multi Biceps: 190lbs x 10
Lower Back: 400lbs x 12


MIKE MENTZER - Ex-pro-bodybuilder, Mr. Universe (1979), 1st runner-up, Mr. Olympia (1979). Made the best gains of his career using HIT. Here's a description of Mentzer's chest routine used on July 20, 1983:


1. Nautilus 40 degree chest: 300lbs x 6


NO REST,


2. Decline Press, negative only: 325lbs x 10


NO REST


3. 10 Degree Chest: 275lbs x 8


DORIAN YATES - Pro-bodybuilder, Six-time Mr. Olympia (1992-97)


Personally trained by Mike Mentzer. Has stated on the record that he made his best gains using HIT, and in fact uses LOWER VOLUME than Mike Mentzer did.


CASEY VIATOR - Ex-pro-bodybuilder. To this day the youngest man to win the Mr. America contest at age 18, under the tutelage of Arthur Jones. Viator in the early '80s supposedly trained with a much higher volume.


However, Mark Asanovich, Strength Coach of the Tampa Bay was in Gainesville, Florida in 1994 to attend a MedX Seminar and ran into Viator.


During lunch with Asanovich, Viator said that he was training for one of the Senior Men's National Bodybuilding contests. He was also doing some personal training in Charleston, South Carolina. According to Asanovich, Casey is "high intensity through and through" and "back" to training HIT.


DR. KEN LEISTNER


374 pound legal bench press at 152 lb bodyweight in 1987.

Leistner is shown in one photograph weighing a solid 230lbs.


The picture has him at that weight balancing a glass of water on his upper chest.


Other official lifts:


Deadlift - 660lbs

Squat - 555lbs x 1, and 255 for 100

Bench Press - 455lbs

Note: Leistner would bench press ONLY ONCE PER MONTH.


There is also a picture of Dr. Ken doing overhead presses for reps with a 200 lb WOOD LOG.


GREG ROMAN - Foster son of Dr. Ken Leistner. Former 5'8" 235 lb noseguard for John Carroll


Trains 2 days per week, for a total of 9 exercises per workout.

One recent workout of trap bar deadlifts: 455lbs x20

Squatted 515lbs x13 with no equipment.

Bench Press - 475 lbs

FRANK SAVINO - 282lbs at 5'11".


Squat - 700lbs x 15

Bench Press - 375lbs x 15

Deadlift - 500lbs x 40

[Also trained by Ken Leistner using HIT]


BILL PICHE - My personal good friend, creator of the Cyberpump! Web page and author of the Powerlifting FAQ as well as articles in Powerlifting USA, HT Newsletter, Hardgainer and Master Trainer.


Competed as a powerlifter in the American Drug Free Powerlifting Association. Deadlifted over triple bodyweight - 600lbs at a bodyweight of 193lbs - which was ranked #49 in the nation in the 198lb weight class.


475lbx11 in the regular deadlift

195lbx1 (+bodyweight of 200lbs) - 5 sec negative chin-up

170lbx7 in one arm dumbbell row

STRICT barbell curl with a lift of 67.5kgs (148.5lbs) in Iowa State Championships.

Trained for the Iowa State strict curl contest by practicing singles once per week (about two sub-max singles). Main focus for biceps was working the back hard using negative chins. 1 set of 4-5 reps.


It should also be pointed out that Bill has trained pretty much exclusively in his basement using plain old barbells and dumbbells. This reiterates the point about the equipment doesn't really matter - just make your workouts hard and progressive.


JEFF REINEBOLD - Assistant coach of the CFL's British Columbia Lions reports these gains from 6 WEEKS of a HIT program consisting of 12-14 exercises, one set to failure:


[Sidenote: Kim Wood, strength coach of the Cincinnati Bengals, was also instrumental in setting up the program]


GLEN SCRIVENER - (265 lbs)


upper arm (R) 16 1/8 to 16 1/2

upper arm (L) 15 7/8 to 16 3/8

chest (expanded) 49 1/2 to 50

upper leg (R) 26 to 26 1/4

upper leg (L) 23 3/4 to 26

O. J. BRIGANCE - (224 lbs linebacker)


neck 17 to 17 1/2

upper arm (R) 14 3/4 to 15 3/4

upper arm (L) 14 to 15 1/8

chest 40 1/4 to 42 1/8

waist 33 7/8 to 33 1/2

upper leg (R) 22 1/4 to 25 3/4

upper leg (L) 24 to 25 1/4

Note: This training program was featured in two Vancouver, B.C., newspapers as well as two major TV stations.


JOHN WELDAY - strength coach of the Pittsburgh Penguins (NHL). Played football at Penn State. At one time was 6'2" and 260 pounds. Tom Montebell (National Fitness Institute and Exercise Center/Rockville, Maryland) reported seeing Welday use the entire weight stack during Leg Extensions on the old Nautilus Compound Leg Machine - WITH ONE LEG AT A TIME.


ROB DRIBBON - In the late 1980s, held the New Jersey State Teenage record in the bench press: 265 at a body weight of 132 (double bodyweight) in a sanctioned meet. Dribbon bench pressed twice per week (Mon and Fri) using a low amount of multiple sets. All other exercises were done HIT style (i.e., one set to failure using a 6-9 rep range followed quickly by several breakdown or negative reps). Trained 3 times per week. Wed workout was done all HIT - no bench press this day (did one set of negative only dips instead). Workouts without bench press rarely lasted more than 20 minutes.


TONY ALEXANDER - Princeton University, training partner of Matt Brzycki. Has trained exclusively HIT for about 3 years. Currently 6'1" and 235 pounds. Recently measured at under 11 percent bodyfat. Averages about 1 hour and 20 minutes of lifting PER WEEK.


Some recent performances achieved by Tony in January, 1999:


Trap bar deadlift 360x20. No belt. No warm-up


Hip Extension (Cybex): 350x20 (250-pound weight stack + an additional 100 pounds pinned to the stack)


Leg Curl (Cybex): 167.5x12


Pullover (MedX): 512x12 (256 each arm)


Seated Row (MedX): 456x12


Dip: BW+130x9


Shrug (on row machine with arms parallel to the ground): 420x12


Tony's workout on December 24, 1997:


MedX Leg Press (one leg at a time) 428/18

Cybex Hip Extension 288.75/20

Cybex Leg Curl 115/12

MedX Leg Extension 438

Barbell Bench Press 280/8

MedX Arm Cross 252/12

MedX Incline Press 440/11

Chins BW+50/7

MedX Pullover 456/11

MedX Seated Row 374/12

Manual Resistance External Rotation

Manual Resistance Internal Rotation

MedX Shoulder Shrug 334/11

Fat Bar Bicep Curls 97.5/10

Universal Tricep Extension 92.5/12


NOTES:


1. MedX Leg Press was done one leg at a time as Tony has exceeded

the limits of the 996-pound weight stack with both legs.


2. Cybex Hip Extension was the 250-pound weight stack (20 plates)

plus an additional 38.75 pounds pinned to the weight stack.


3. MedX Leg Extension was done for 90 seconds: a 30-second negative

followed by a 30-second concentric followed by a 30-second negative.


4. Barbell Bench Press was done without any type of warm-up or

warm-up set (nor were ANY warm-up sets done on ANY exercises during

this workout).


5. Chins were done with Tony's 235-pound bodyweight (approximate)

plus an additional 50 pounds attached to his waist.


6. Manual Resistance exercises for his rotator cuff were done as

part of his shoulder work due to a minor shoulder injury incurred the

previous weekend in a flag football game. (Tony's team won the league

title in that game.)


7. Shoulder Shrugs were done on the MedX Seated Row machine with his

arms parallel to the floor and pinching his shoulder blades together

(i.e., no movement at the elbows).


8. Bicep Curls were done using a fat bar with a 3-inch diameter.


UNIVERSITY OF MICHIGAN:


MIKE EVANS


6'4" 275 pound defensive lineman. Weighed 215 as a freshman.

8 x 360lbs in the Hammer Behind the Neck Press.

DESMOND HOWARD - Heisman Trophy winner. Four years of HIT at The University of Michigan and being trained using HIT with the Washington Redskins


DEAN DINGMAN - 6' 7/8" 290 pounds, 5.43 40 time.


TOM DOHRING - 6' 6 1/2" 290 pounds, 5.6 40 time.


[Sidebar: trained by Mike Gittleson, strength coach for Michigan. Wolverine


players train only 20-40 MINUTES, two or three times/week.]


WASHINGTON REDSKINS:


JIM LACHEY - 6'6" 300 lbs. Now with another HIT team, the San Diego Chargers.


JOE JACOBY - 6'8" 315 lbs. Former Redskin offensive tackle.


MATT MILLEN - of the Redskins, "They've always been the strongest team in the league."


[Redskins train pure HIT style]


Other random individuals:


KEVIN ALLEN - 6'5". Increased bodyweight from 312 to 330 in 10 weeks using HIT.


GREG HUNTINGTON - Penn State football. 6'4". Increased weight from 235 to 260 and decreased bodyfat from 17.1 percent to 16.7 percent in one summer using HIT.


KEN MOYER - 6'6" 293 Cincinnati Bengal offensive lineman (former University of Toledo Rockets - another HIT NFL team) performed 14 x 595 on the Hammer Leg Press.


MARCUS AMICK 6'1". Increased bodyweight from 258 to 265 and decreased bodyfat from 15 percent to 13 percent in a 10 week off-season HIT program. DOUG SPIDEL increased bodyweight from 248 to 255 and decreased bodyfat from 17 percent to 12 percent in same program. (University of Toledo)


ANTHONY MUNOZ - regarded by many as the BEST OFFENSIVE LINEMAN IN THE HISTORY OF FOOTBALL.


Member of the Team of the Decade, 1980s.

100 reps with 400 lbs on the Hammer Leg Press

DARREN CARRINGTON - 6'1" 205 pound cornerback for the San Diego Chargers. Increased bodyweight 20 pounds since turning pro and training using HIT. Also now has 4% bodyfat.


CHARLES WOODSON (1997 Heisman Trophy winner. University of Michigan)


What the ACSM Recommends


The American College of Sports Medicine (ACSM) in its position stand entitled "The Recommended Quantity and Quality Exercise for Developing and Maintaining Cardiorespiratory and Muscular Fitness in Healthy Adults" recommends (based on all the available scientific literature) one set of 8-12 reps of 8-10 exercises for two days/week. Even though this is recommended for sedentary adults, it is still considered appropriate for athletes due to the fact that they can typically train harder.


4.3 A "Real Life" HIT Anecdote


The following is a very recent local true life story of a good friend of mine, Dave, who has switched to training HIT and in particular the Super Slow protocol. Dave received his PhD in Industrial Engineering at the University of Toronto, and is also an amateur kickboxer who has been lifting weights for years (thus it would not be wise to tell him his gains are "psychological").


The following is an excerpt of a letter Dave sent to Matt Brzcyki:


"I am an old engineering buddy of Robert Spector and he suggested that I send you a note. Over the last little while, Rob has been raving about the "super slow" strength training techniques that you have described to him, so I thought that I would give it a try. I started training in this manner for the last 4 weeks. I have to admit that it felt strange only working out twice a week or once every five days. I thought from my surprising increase in weight that my lack of usual aerobic exercise, such as kickboxing, jogging, was making me fat. However, my girl friend, the old pinch test, and my "reduced-calories-for-recently-less-active-guys" diet suggest that this is not the case. I believe that I have gained about 7-8 pounds over this period. I started with 40% less than the usual weight and can now use almost what I used with Darden's "2 sec up 4 down" training prescription!"

I personally went through a similar experience awhile back as have others I've met in "real life" as well as on-line.

4.4 Other HIT Anecdotes

My fellow Torontonian, John Little, used to write a monthly column in the British version of FLEX magazine. Little told a story about a neighborhood training partner of his who developed 19" arms doing 20 sets/bodypart, 6 days/week workouts. The bodybuilder soon became burned out and disappears. Two years later the guy with the big arms suddenly resurfaces at a local gym. In a matter of weeks he's bigger than ever with arms that are called "too big" by some onlookers. "And he's training differently," say all the local bodybuilders.

"As it turned out," writes Little, "he was indeed training differently. In fact the difference in his training could quite accurately be described as revolutionary. He was not heading in the direction of more work. In fact, he was so far down at the opposite end of the volume scale that Ellington Darden would have kissed him! He was now training a mere three times a week and performing a total of 6 sets/workout for only one set/exercise"

True story.

Another story:

In one of the Gold's gyms (going back a few years, obviously) there was a trainee performing set after set of cable crossovers in an effort to increase his pectoral size. He was about to do his 15th set when Mike Mentzer entered the gym. Those were the Mentzer heydays and he was a pretty awesome specimen, so the trainee stopped his workout to observe what Mentzer was doing. Mentzer proceeded to perform slow, controlled movements on the Nautilus Chest Flye until he reached positive failure, and then immediately went on to the Nautilus Decline Press with no rest between. The kid watching was awestruck. After this Mentzer's pectorals were pumped enormously. After shaking his head in disbelief the kid went back to performing his next set of cable crossovers.
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4 to 6 - 6 to 9 - 2 to 3 Minutes - 30 to 40 Minutes - 5 to 7 Days
Max-OT follows a specific and proven set of parameters that are key to maximizing muscle growth. These specific parameters are the underlying core of Max-OT's physiological impact on muscle. If you remember one thing from this lesson remember this - a muscle will only adapt (grow) if it is forced to do so. The mechanics of Max-OT's are designed to force muscle to grow each and every workout. As far as I am concerned, if you aren't growing from each workout you're wasting your time. In a nut shell, but nowhere near complete, you can summarize Max-OT like this:

1. Each workout should last approximately 30 to 40 minutes.
2. Train only 1 or 2 muscle groups per workout/day.
3. Do 6 to 9 total heavy sets per muscle group.
4. Do 4 to 6 reps per set.
5. Rest 2 to 3 minutes between sets. (STR)
6. Train each muscle group once every 5 to 7 days. (ITR)
7. Take a 1 week break from training every 8 to 10 weeks.

As you can see there is a small bit of leeway in each of these rules. A very small bit. Max-OT is designed specifically around these parameters. To be completely successful and get the maximum benefits from Max-OT you must follow these rules exactly as they are presented. You cannot adapt the rules you like and discard the ones you don't. Each parameter depends on and works with the other parameters. Each workout should last approximately 30 to 40 minutes. If your workouts are lasting more than 40 minutes something is wrong. In fact, they should be much closer to 30 minutes than 40 minutes. Now I understand there are situations at certain gyms - crowds - that make this a tough proposition, but it's very important that your workout is completed in this duration of time. If that means finding another gym to train at then start looking. If you are training with more than one workout partner and this extra man is stretching your workout then you need to make adjustments - lose the third wheel. This imposed time limit fits neatly into Max-OT's fundamental principle - Intensity. Max-OT defined intensity is "Maximum muscle overload in the minimum amount of time." The Max-OT 30 to 40 minute workout offers the following benefits: It's much more feasible to maintain maximum mental and physical intensity for 30 to 40 minutes than for 90 minutes. In fact, after 30 minutes mental focus and intensity start to decline rapidly. Training for 30 to 40 minutes maximizes hormonal spikes related to high-intensity training. Max-OT training maximizes key hormonal output based on intensity and duration. Training for 30 to 40 minutes optimizes the "anabolic-window" high-intensity training provides. Going beyond the 40 minute threshold places you outside the optimum hormonal response time. Training beyond 40 minutes increases the risk of over-training and increases catabolic hormone secretion. As you drift outside the "anabolic-window" you enter a detrimental "catabolic" phase. Training beyond 40 minutes decreases anabolic activity. So as you can see, there are physiological advantages to keeping your workout in the 30 to 40 minute range. And there are definite physiological disadvantages to training beyond 40 minutes. Max-OT is all about efficiency. You'll see the word efficiency used many times throughout this course. Train only 1 or 2 muscle groups per workout/day. Max-OT training involves maximum muscle fiber stimulation and overload in a minimum amount of time. In order to accomplish this, adjustments must be made to achieve these objectives within the desired "optimal-time" parameter. Training one muscle group per workout is paramount to the Max-OT principles as it optimizes key physiological and psychological high-points designed to extract the greatest effect from your training. Every time you train the Max-OT way, you leave the gym fully confident that you performed a workout that will result in muscle growth. The Max-OT "one body-part per day" principle takes advantage of the "duration of maximum intensity" that occurs both physically and mentally when you train. By pre-establishing in your mind that you will only be training 1 muscle group you are able to generate much greater mental focus and intensity. This psychological "edge" directly and favorably impacts physical intensity output. Bottom line, you train each muscle group much harder, achieve greater muscle fiber contraction, greater overload, and spark more muscle growth by establishing 100% physical intensity and 100% mental focus.

Do 6 to 9 total heavy sets per muscle group. For each muscle group you train Max-OT principles stipulate between 6 and 9 total "heavy" sets. That's total heavy sets. No matter how many exercises you do, you will only do between 6 and 9 total heavy sets per muscle group.

What's a Max-OT "heavy" set? A Max-OT heavy set is a set done with a weight that will allow at least 4 reps, but no more than 6 reps. This is very important and fundamental to Max-OT.

What's a Max-OT set? A Max-OT set is a set performed to "positive failure" with a heavy weight for 4 to 6 reps. In other words, a warm-up set is not a "Max-OT set". It is a warm-up set and that's it. So don't count your warm-up sets as part of your 6 to 9 sets per body part. This is important.

What is "Positive-Failure"? Positive failure is when a set is performed to the positive limit of muscle exhaustion. In other words, you are done with a set when you are no longer able to complete a rep on your own. This positive-failure should occur between the fourth and sixth rep. Max-OT does not employ forced reps beyond maybe partial help on the last rep of a set. Contrary to what most have been led to believe, forced reps are counter productive to building muscle. They artificially fatigue the muscle, deplete muscle energy stores, and produce non-progressive overload just to name a few. How many times have you seen people in the gym training and one guy's spotting another and yelling in his face to do two more reps when he really should have stopped two reps ago. Do not do forced reps.

Do 4 to 6 reps per set. This is the heart of Max-OT. You will do 4 to 6 reps on virtually all lifts. There will be some lifts that you will do a little more reps on, but only a few. The 4 to 6 rep range is important and critical to success of Max-OT. We will go deeper into the understanding of this further in the course, but for right now you need to ingrain this "4 to 6 reps" into your mind.

What is meant by 4 to 6? When I say to do between 4 and 6 reps, this means that you will use a weight that is light enough to allow you to getat least 4 reps, but is also heavy enough to where you cannot do any more than 6 reps. If you can't do 4 reps, then the weight is too heavy. If you can do more than 6 reps, then the weight is too light. This is important and is critical component of Max-OT. 4 to 6 reps is the "ideal" rep scheme for building muscle. It allows maximum muscle fiber overload and maximum muscle fiber recruitment.

Intensity

A big advantage (aside from the physiological benefits) is that it's much easier to mentally focus your energy on a set of 4 to 6 reps than it is on a set of 10 to 12 reps. Knowing that your set will be short and intense will allow you to generate maximum mental intensity, maximum muscle contraction, and maximum muscular force. Max-OT, in itself, is a more productive muscle building approach that literally acts synergistically with each technique, component, and principle to exponentially accelerate your results. Once you understand that heavy weight is the most influential stimulus for muscle growth, you will continue to strive for greater overload. You will continue to get bigger and stronger in less time.

Rest 2 to 3 Minutes Between Sets - STR. Max-OT, as its name inspires, is all about maximum intensity and maximum overload for maximum results. Building on the principle of lifting with maximum intensity and overload for 4 to 6 reps, between set recovery is very important. I call this "Short Term Recovery" - STR. As you perform reps with heavy weight many physiological reactions are taking place to make all this happen. Muscle contraction takes cellular energy, oxygen, chemical reactions within the cells, and a host of other molecular activities. As each rep is performed you deplete your muscles' capacity to contract with the same force as with the first rep. By the time you get to the 5th rep you have tapped out your muscle intracellular energy capacity. This is Max-OT. It's pushing a muscle to this extreme that produces results. Recovery between sets allows you to repeat this process until enough overload volume has been performed to stimulate and force new muscle growth. The idea of maximum recovery between sets is to maximize your muscles ability to lift maximum weight during the next set. Notice the word "maximum" used a lot here? Between set recovery should last about 2 to 3 minutes. This amount of time allows the muscle to recover its intra-cellular energy stores and flush any lactate out of the muscle that's hanging around from the previous set to restore its anaerobic capacity. Now between set recovery will vary between individuals. Some people just recover much faster than others. As I pointed out earlier you want to strive for is recovery that will allow you to lift the maximum amount of weight for your next set. For some this is 90 seconds, for others it's the entire 3 minutes - sometimes even longer. It's important to be fully recovered before your next set because your ability to maximize the overload on the muscle will directly reflect in the muscle growth it produces. This critical between set recovery phase (STR) is exactly why Max-OT does not incorporate "super-sets", "pre-exhaustion", or other fatigue inducing techniques. We'll get deeper into later, but realize right now that fatigue does not build muscle - overload builds muscle. Fatigue simply fatigues. Once a muscle is fatigued it can't be properly overloaded. Most all lifters confuse fatigue with overload. This will take some logical thinking on your part to separate the two - again because of all the miss-information published in the magazines. Things like "feel the burn" are not what building muscle is about.

Train each muscle group once every 5 to 7 days. Here we go from "immediate" between set muscle recovery (STR) to "intermediate" recovery (ITR) - the recovery between training sessions of the same muscle group. Example: The time between one leg workout until your next leg workout. This is very, very important and one of the major components responsible for facilitating the muscle growth process. Recovery. How many times have you heard this word? Do you really understand what it means and what impact it has on muscle growth? I can answer that with one word -everything. Complete recovery of each muscle group after a Max-OT training session before the same muscle group is subjected to overload again is of equal importance to the overall results as the actual training itself. Recuperation is everything. There are many things you can do to enhance recovery. Nutritional advances have made this a "no-brainer" and almost foolproof process. We will get into that in greater detail later. Right now we are primarily concerned with the "time" between workouts to allow for full muscle recovery. Most training programs have you training way too often. This habit is to hard break. Building muscle is an "excess-endeavor". You always want more. This being a major motivation, it's against normal thought to - do less to get more. The muscle growth process does not occur in the gym. Let me repeat, muscle growth does not occur in the gym. Muscle growth occurs during the recovery period - the critical time between workouts of the same muscle groups. As a result of overload, muscle must adapt to compensate for future overload. This recovery period is the time when muscle is recuperating, growing, and becoming stronger in preparation for more overload. Adapting. If a muscle is not allowed to fully recover between workouts muscle growth will be impeded, over-training will occur, and muscle breakdown will be inevitable. You will become stagnated. Muscle mass and strength will more than likely decrease. Energy levels will dwindle, appetite will lessen, and motivation will disappear.

Recuperation

As you can see, recovery between workouts is absolutely critical for muscle growth success as well as for optimal health and well being. This is why a major component of Max-OT training is to optimize recovery between workouts. Allowing 5 to 6 full days between training of the same muscle group is essential for full and complete recuperation. Recuperating fully leads to maximum muscle growth. Incomplete recuperation leads to muscle and strength breakdown. As I said earlier, most training programs have you training far too much. The days of training the same muscle group on Thursday that you trained on Monday are long gone. Max-OT takes the elements of intensity and overload and maximizes the recovery the implementation of these two growth promoting elements requires. Every element of Max-OT is designed to potentiate and synergistically work with the program as a whole. The longer recovery time is necessary to allow for full recovery from the higher than normal muscle fiber stimulation that Max-OT generates. Max-OT style training places much greater demands on muscle recovery. Greater muscle fiber stimulation and maximum recovery will lead to maximum muscle growth and strength increases. This is what Max-OT is all about.

Take a 1 Week Break From Training Every 8 to 10 Weeks. Make no mistake about it. Max-OT is a brutal form of training. It's heavy. It's intense. It's result producing. It encompasses a total approach. It's not just the training part of the equation. It's the mental approach, the nutritional approach, the timing aspect, the exercise techniques all rolled into one. Understand that muscle growth and strength enhancement doesn't happen by accident. All in all, muscles beyond maturity do not want to grow. You must force a muscle to grow. It must be subjected to a stimulus that compels it to adapt and grow. There must be a reason for a muscle to grow or it won't. And, the more effectively you nurture this growth the greater the results you will experience. As I discussed earlier, recuperation is of vital importance to muscle growth. Recuperation will determine how well your muscles respond to Max-OT training. There are 4 important "time-spans" of recuperation:

1. Short Term Recuperation (STR) - Between sets.
2. Intermediate Term Recuperation (ITR) - Between workouts.
3. Muscle Specific Recuperation (MSR) - Between identical workouts.
4. Cyclical Recuperation (CR) - Between Max-OT Training cycles.

Taking a week off from training every 8 to 10 weeks is very important for overall recuperation and muscle growth. Many people have a psychological barrier to taking time off from training. They feel like they are going to shrink. Not so. In fact, with Max-OT, after your week off for CR you will usually come back bigger and stronger. This week off allows your body to repair and grow. It is literally recovering from 8 or 10 straight weeks of heavy training. Fed properly, your body during this CR phase will be in a very high "anabolic" state. Muscle growth and repair will be constant 24 hours a day. One very important thing, well, actually two. Do not do any type of strenuous aerobic or anaerobic activity during this week. You don't have to be a slug, but refrain from any exhausting or physically taxing activities. This is a recuperation week that is a key element in Max-OT. Also, you should consume plenty of lean protein during this CR as well. When you take a week off from training you still need to eat and supplement properly for growth to occur. In fact, is vitally import during this phase.
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Delts struggling? Try this for a few weeks.

I have read things like this before. This is a NON DC shoulder routine. I would only do this once a week. Someone with better recovery might be able to do it on a rotating routine of 3 sessions in 2 weeks.


You can use whatever equipment you have handy. The movements are what really matters. If you can't do upright rows substitute for slow rep shrugs or Kelso rows.
warm up rotators, light sp work 1x20


Delt Blast: One NASTY SET!
Smith Shoulder Press 8-12 reps
Upright Rows 8-12 reps
Smith Shoulder Press 6-8 reps (less reps cause of fatigue)
Upright Rows 6-8 reps
Smith Shoulder Press 4-6 reps
Upright Rows 4-6 reps
21's (dumbell laterals done in 3 directions)


STRETCH. DONE. You can drop the weight if you need to as the sets progress because of fatigue as well. It all depends on what you can do.
Again, there are lots of routines. This is just one.
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Swissball Dumbell Skullcrushers (that's a dumbell in EACH hand) do as many reps as you'd like but in a higher range of 12-15 reps. Then go straight to tricep pushdowns. Don't lock out. Smooth and controlled reps. 5 cnt up...5 cnt down. Same idea for reps. Once you are done STRETCH! Take a dumbell like a one arm dumbell overhead ext and just let the dumbell hang for about 30 sec each arm.


Repeat for 2 more sets.


Last thing:
JM Press or Rev Grip Press for high reps. 1 set. 15+ reps. Stretch. If you hit 30 reps great.
There is nothing magical about this routine. Just another idea. Skullcrushers are the best tricep exercise that I know of. I totally recommend them. The swiss ball is just more comfortable than the bench.
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