Tuesday, August 19, 2025

Developing Stubborn Calves - Peary Rader (1948)



                                                              Here's two interesting photos I found in older mags . . . 






                                                                                           Some calves from long ago . . . 




                                                                                              and not so long ago . . . 



                                                                   4.5 x bodyweight, three walkouts, then the lift . . . 





Note: This is a two-parter from Peary. The first scintillating installment dealt with calf anatomy and the functions of the various calf muscles. You can teach yourself that with a little time, patience, energy and an anatomy text. 


The second part begins . . .   


We have been told by many authorities that the tissues of the calf muscles have become dense and tough from so much walking, standing and other activities that one indulges in from time to time. Whether this is correct or not it has been  found that best results in calf development are secured after staying off the feet for some time previous to doing calf specialization and during that  specialization period. The reason for this is to allow the calf muscles to soften up a bit to where they will be more responsive to exercise and also to allow them the opportunity for full recuperation after the strenuous workouts necessary. 

So, advice for those about to embark on this program is to stay off the feet as much as possible during this period. Walk as little as possible as this has a tendency in most people to keep calves slender. Of course after your specialization period is over and you have acquired satisfactory calf development you can again return to other activities. 

It may be necessary to go through two or three specialized sessions of specialization before you receive the desired results. We suggest a specialization period of from 6 weeks to 2 months, then a softening up period (layoff) of two or three weeks, then another heavy specialization period and so on until the desired results are obtained. 

Most fellows who have limited time and energy might find it necessary to drop some of their other exercises during this period in order to have sufficient time and energy to devote to this special work while others with little else to do but work out and rest will be able to add this to their present program. 

We have found that calf exercise consumes considerable energy considering the muscle mass involved, so don't do so many other exercises that you go stale because to obtain results in calf exercise you HAVE TO WORK THEM HARD. You've got to DRIVE them and FORCE them. They will swell up with blood until they feel ready to burst and they will ache but you've got to keep right on giving them the works. Of course you will not start right in with these heavy workouts or you will become so lame you won't be able to get around, so work up to them gradually. It won't take too long. 


CALF EXERCISES

We have a lot of fine exercises that we are about to tell you about -- many of them haven't been published before. You can try them and make a choice of several for your program. Some of them you will find more effective than others. 





Since the Gastrocnemius muscle is the most prominent in the calf and is the one most of you are interested in developing we will start with exercises for it. Almost any exercise that will work the Gastrocnemius will also work the Soleus muscle. However, this does not mean that any exercise will work the Soleus will also work the Gastrocnemius effectively.  Because, altho both muscles are attached to the Achilles tendon [see illustration above], the Gastrocnemius is attached to the thigh bone or femur while the upper end of the Soleus is attached to the two lower leg bones. 

Therefore, when the entire leg is straight at the knee both muscles can function, but when the leg is bent upon itself as when sitting down only the Soleus muscle can function effectively. 

You can feel these two actions in your own calf. Straighten your leg and point the toe and you will find both muscles strongly contracted. Now, while sitting down, raise the heel and come up high on the toes against resistance and you will find that the Gastrocnemius is soft while the Soleus is strongly contracted. 

We therefore come to the conclusion that exercises with the leg bent will benefit the Gastrocnemius muscle very little, but that it works the Soleus muscle strongly. 

On the other foot, er, hand, you will find that if we perform our exercises with the knee straight it will affect both muscles strongly. If you have the time and energy we advise BOTH types of exercise but if you are short on time we believe it best to perform the exercises with the leg straight. 

Now, to go further in the discussion you will notice that the Gastrocnemius muscle, because it is fastened to the thigh bone or femur has the action of helping bend the knee. Because of  this fact we must also give consideration to exercises that have this action. 

We will start with the most common exercise for these muscle. This is the raise on toes with weight on shoulders or in hands. Bodybuilders have been performing this exercise ever since barbells were invented. However, because of improper performance many of them failed to get results and in some quarters the exercise has fallen into disrepute. When properly performed it is one of the very best. 

Too often you see fellows doing this exercise on the flat floor which fails to give complete action to the calf muscles and as a general rule they allow the body to swing and thereby rob the muscles of much of the effort of strenuous contraction. 

In our gym here at Iron Man headquarters . . . 


   . . . we have used two methods of overcoming these defects. We always find it desirable to place the toes at the ball of the foot on the edge of a three-inch block of wood. This allows for complete extension of the muscles as well as complete contraction which is necessary for faster development. 

Now in order to avoid the swinging motion and "cheating" we follow the simple expedient of backing up to a smooth post in the gym or even a door jamb. Place the hips against this support so that when you raise up and down on the toes your hips will slide up and down against the post. This will eliminate all swing and place the whole effort on the two calf muscles under discussion. 




Because many of the muscles on the back of the calf are also connected to the toes you will find it wise to bear down hard with the toes when performing the raise on toes. This will give further development of the underlying muscles. You will find it wise to do these raises on toes with the feet turned in, straight ahead, and also out. This will affect the muscles in a different manner and also reach certain of the smaller underlying muscles more effectively. Follow this practice of different positions in all your calf exercises. 

We also show an illustration of another lever arrangement that we developed in our gym to prevent the sway and make work more effective.
     



This lever device can also be used for the deep knee bend on toes and other exercises where swing is undesirable or where difficulty of balance detracts from your mental concentration on the exercise. This machine we believe was originated in the Tony Sansone gym.

We suggest 15-20 repetitions of this raise on toes and you can eventually work up to 4 or 5 sets of this exercise. Do not use so much weight that can't perform the exercise correctly but use enough for amply resistance. You will be surprised at how little you can use compared to the old swinging style. You will find this to be one of best exercises when properly performed. 

Each set of repetitions should be followed by about a minute of massage and stroking. Always massage and stroke toward the heart. We do not believe in the practice of heavy, vicious massage. This isn't necessary. Massage should be for the purpose of aiding circulation and elimination -- not the breaking down of tissue -- leave this to the exercise which is the natural way. Repeat the sets within a few minutes of each other. 

Another very fine exercise is one in which you use either the lever machine or the "sliding post" (and by the way, every gym should have one of these conveniences). This is a very good exercise not only for the calf but also for the Vastus and Femoris muscles just above the knee. 

This exercise will work both the Gastrocnemius and the Soleus muscles (we are talking of the major muscles mostly in this discussion because the small minor muscles aid these major muscles in their actions and are thereby developed without without further thought on our part).  

Stand in the same position for the first exercise of raising on toes either against the "sliding post" or in the lever machine but instead of doing the simple raise on toes, go into a full squat on the toes and then raise as high on toes as possible, as shown in the far right photo above. You can also vary the position of the feet in this one. A few repetitions will demonstrate its effectiveness. Do as many sets of 15-20 repetitions as you feel the are needed to thoroughly work the calves. 




Now, if you have the time and energy we suggest that you do a special exercise for the Soleus muscle. Sit in a chair and lay a barbell across the knees with a pad under it to protect the knees. Then, with the block again under the toes raise up high on toes against the resistance of the barbell. This is an effective exercise. Do the same number of 15-20 repetitions as before and several sets as you feel the need. We have covered the question of sets in a previous article and will not go into it here except to state that you can handle more sets and repetitions on the calves than you can on most of the other muscles.     

This exercise can also be done with one leg at a time for better concentration. Change foot positions in this exercise also. 

It often happens that one can concentrate better and work a muscle more effectively if he works one limb at a time. To this end you may want to do the first two exercises on one leg at a time. It may be difficult for some of you to do the one leg squat on toes either on the "sliding post" or the lever machine as this style puts great strain on the thighs. 

A very good one leg calf exercise is a favorite of Sig Klein's. Hold a stein in one hand [yeah, yeah,  one legged calf raises, Klein's stein gradually gets lighter as the set wears on and he's stumbled onto the drop set.] Hold a dumbbell in one hand (beginners will not need weight), and place the other hand on a chair back or preferably against the wall so that you won't cheat by helping yourself. Now place the toes of one foot on a two-inch block and raise straight up and down on the toes. Be sure you don't sway. Here again you can slide against the post or a smooth wall. You can also change foot positions for this one. 

Another good exercise is climbing stairs. Its action is somewhat similar to that of the squat on toes. You should carry a bar bell on shoulders and start each step with the heel low and come up high on the toes as the leg is straightened. This gives full contraction. 

Now we should consider the other action of the Gastrocnemius muscle, that of flexing the leg at the knee. The most common exercise of this type is the leg curl and is best performed while lying on the abdomen. Weights should be tied to the TOES for resistance in this exercise. The weight is commonly fastened to the middle of the foot or instep but this  does not bring the calf muscles into complete action as strongly as tying the weight to the toes. 

If you have iron boots you should have a ring welded to the toe so a bar can be passed through to hold weights. This arrangement will give very effective exercise to the calf muscles as well as the muscles on the back of the thighs commonly known as leg biceps. 

In many gyms you will see the pupils doing these calf exercises on the leg press machine. This is a very effective method if you have such a machine. It does not allow one to cheat but forces all the action onto the muscles concerned. In order to use this machine you take up a position just as if you were doing a leg press. In fact you do a leg press then holding the platform at leg's length you raise it as high on the toes as possible. It is also helpful if you can use at least a two-inch block under the toes in this exercise. 

In the Ed Yarick gym on the West coast there is a special calf exercising machine constructed with a set of levers connected to a platform on which the exerciser stands. A weight is placed on a set of levers to act as resistance. Two handholds are provided for the bodybuilder to hold to. The platform acts somewhat similar to a treadle on a sewing machine so that the bodybuilder can get complete calf action against constant resistance. By reversing the position of the feet on the platform the bodybuilder can exercise the muscles on the front of the leg. 

   
                                                           Roy Hilegenn on another calf exerciser at Yarick's Gym. 

Some time ago our old friend Ian G. Batchelor who has a pair of huge calves built for himself a device from an iron boot for his calf work. He fastened an iron stirrup or U-shaped piece of strap iron onto the floor with the open end up in which two holes were bored. He also made a hole sideways through the boot near the toe end. He ran a bolt through both the U-shaped metal and the boot thus making a hinge of the boot with the toe end held high off the floor. He could step onto this boot and do his toe raises with hinged action. He was loud in his praises of this device. 

Some time before that the author had figured out another design with aa boot that worked even better. It is very simple. All you need is an iron boot and half of a round ball. Secure the half of the round ball to the sole of the boot under the ball of the foot. This device allows you to raise up on the toes from all directions. It also prevents any pain that might result from coming up on the toes. This was important because I have a broken toe from an accident that is quite painful in the toe raise and had prevented me from performing toe raises properly. The half ball on the bottom takes the place of the block and makes calf exercises more of a pleasure. 


Dick Bachtell has a herculean physique in every respect but he has always been noted for his fine calves 
which have measured 15.75 inches at a height of 5'3". 

Our good friend Jim Evans has suggested the use of a half of a croquet ball if no iron ball is available. He has also suggested the use of ice skates for calf exercises. Of course they would need some trimming and working over. May we suggest that roller skates could be used in the same manner with almost no change? 

Among sports we have found that bicycle riding is one of the best calf developers but not the ordinary method of riding. We refer to racing bikes where the TOE of the foot is strapped to the pedal and much of the motive power is furnished by PULLING the pedals around thus making it more of a leg curl as we know it. This motion works the Gastrocnemius muscles from both directions. Few of us have any opportunity to ride a bicycle in this manner so we will not consider it other than that it suggests the real value of the leg curl with weights tied to the TOES. It should always be done in the prone position if possible. 

Sprinters usually have good calves. The action is much like that of bike riding except the large extensor muscles of the leg are brought more into action. Mountain climbing is another excellent method of developing the calves but few of us have any opportunity to make use of it. It is very similar to stair climbing. In a general way we find that few men would want to take up a sport just for the sake of calf development, so we will give it little consideration in our present discussion. Barbell exercise gives us a much more direct and timesaving method. 

Now let's turn our attention to the front of the lower leg. 

We certainly don't want to neglect this part as a superb development here can enhance the beauty of the lower leg almost as much as the muscles at the back of the leg. We have always admired the development that John Grimek has secured here. It gives his calves a classical, finished appearance. 

                                                                                                   

The Tibialis Anterior or shinbone muscle is the main muscle in this area. When it is exercised you also affect the deeper lying muscles which act in raising the toes and front of the foot. This important Tibialis muscle can be developed by placing the heel on a two-inch block and raising the toes as high as possible. You can perform this movement with the sliding pole, the lever machine, or the Yarick calf machine. It is just the opposite in action of the raise on toes. 

You should avoid any sway or swing of the body in this movement. It may be a little hard at first to obtain a complete movement in this exercise because you haven't used this muscle over its complete range of movement. However, after working on it for some time you will have better success. This muscle is used to a considerable extent when walking down a steep hill and you will find it tiring from this sort of activity unless you are used to it. If you used weight for walking up a hill for developing the back of the calf you would develop the front equally coming back down. Few bodybuilders give adequate attention to this muscle and their calves look odd as a result. So let's bring it to maximum development. You will want to work up to at least 3 sets of from 15-20 repetitions. 

We can not forget to impart a bit of information given to us by that old timer, Arthur Gay . . . 


(photo circa 1917), who has operated a health studio for so many years in Rochester, N.Y. Art always had a pair of the finest calves in the country. It is possible that he inherited fair calves but it is also a fact that he developed them a great deal. He ascribes much of his development to rope skipping. He also tells us that he feels rope skipping is one of the best methods of developing stubborn calves. The author has never given this method enough of a trial to prove its worth but if Mr. Gay says it will work, then it must have value. 

If you try this method we suggest that you make the calf muscles work vigorously by using them to the limit. Use the thighs as little as possible. In fact, if you can make the jump with calf power alone, it will be better. This all depends on your bodyweight and calf strength. Some of the jumping can be done on one foot to make it more strenuous. 

Following along the same line, some men have used the jump similar the rope jump but with a light barbell across the shoulders. You will find that you can make short jumps and progress around the room or you may jump straight up and down always concentrating on making complete contractions of the calf muscles.  

There are, of course, other calf exercises but we have given you the best that we have discovered in the past 20 years and we are sure that you will find that they will give you a much better developed pair of calves if properly applied. 

This is where most bodybuilders fail. They do not consider the calves important and therefore do not give them the proper attention. The calf muscles require a tremendous amount of work if they are to be developed. Of course we do not intend that you shall use all the exercises enumerated above at one time, but we do suggest that you occasionally vary the exercises. 

For instance, choose two good exercises for the back of the calf and one for the front and work on them for about six weeks. Then a two-week layoff and choose two others or perhaps keep one of the former ones and change only one. 

We also suggest that you work up to about 4 or 5 sets of each exercise. Rest between each set and massage, knead and stroke the calf muscles [smoke 'em then stroke 'em], then do another set and so on until you are finished. 

Do all sets of each exercise before going to another exercise as this has proven to be the best method. 

Some fellows feel they should work the calves every day for best results, but we feel this is unwise. Three times per week is usually enough if you take heavy workouts. 

You may wish to vary the reps at times, sometimes doing 10 reps and at others 20. Also, you may find it advantageous to do as high as 10 sets at times, or 200 reps [total]. 

Walking has at various times been recommended for calf development, but although this may develop the calves slightly on those who are easy calf-gainers, it will do nothing but slenderize the calves of the stubborn type. We definitely do not recommend walking for calf development. Why not use the proven scientific method of weight resistance movements? 

The classic Goose Step on Toes. Jack Delinger . . . 




There is one exception that seems to work for some cases. This is very fast heel-and-toe walking with short steps for about a quarter of a mile. One should lift high on the toes and heels for complete action for results. 

In closing, let us not forget the double action the Gastrocnemius muscle has of both extending the foot and flexing the knee and remember to do some leg curls as well as toe raises. In doing the curls you get much better calf action doing them lying down than when standing. In fact the incline bench is very good for this exercise with the head at the top and the feet down as this gives resistance over a greater range of action. 

You may also find that you can rig up contraptions with your pulley weights to exercise the calves now that you understand the various muscle actions. 


Enjoy Your Lifting!    


Monday, August 18, 2025

Evaluating the Training Load - Victor Schalz (1974)

 Strength & Health - May 1974

*This is a bit of an egghead one, but I found it interesting. Alex Bromley had a great video (linked below) breaking down the USSR "system" and I think this helps support his point of view, which was that the Russians didn't really have their stuff together on anything other than supporting their athletes as professionals. Save the drug comments, as the US had those a-plenty. As we see here, as late as the early part of the 1970's there wasn't even an agreed upon way to track training tonnage and quantifying results.

https://youtu.be/NmfNwxy6GwU?si=DAaK7w7UQt0gQd4I

Any index of training load for weightlifters is of interest to trainers and sportsmen primarily from the point of view of its effect on: The athlete’s organism, the change of its functional condition, the development of sports form, and the improvement of athletic results. If one is to scrutinize, from this point of view, the units of measurement of training load (its volume and intensity) then preference must be given to those units of measurement which bear a large store of information. 

In the early stages of the development of weightlifting, the units of measurement of training load were the number of approaches to the bar. Then N.I. Luchkin put forth the idea of taking stock of the load by kilograms. There were attempts to utilize many indices – gravimetric and intensity indices – as units of measurement of the training load. As an indicator of training load, a kilogramometer was suggested: kilograms per minute for the whole training time, and also the net amount of time spent actually performing exercises. 

At the present time, one means of calculation which has achieved wide currency is using the kilograms in each lift, and also the number of lifts with maximum weights. There are other research works where the unit of calculation was taken as the number of lifts only. A.S. Medvedev analyzed the methods of calculating training load and took stock of 18 different indices.
In the process of training, athletes lift weights of various degrees of heaviness. In both the theory and practice of weightlifting, the most acceptable and agreeable expression of the “dosage” of resistance is, in our opinion, expressed as a percentage of maximum for that particular exercise. The maximum result (maximum) is assumed to be an actual accomplishment of the sportsman or something he is believed to be able to accomplish. But, up to the present time there has been no agreement of opinion in the scientific-methodical literature concerning the designation and classification of weights of resistance. 

The modern weightlifter’s training is characterized by the use of various magnitudes of load: light, medium, and heavy. Research has shown that a combination of the various training loads permits the athlete to increase his sports achievement more effectively. The use of various levels of training gives rise to the necessity for their classification. In weightlifting it’s customary to divide the load into its parameters, specifically – volume (tonnage) and average weight of the barbell (intensity.) 

At the present time there is no unanimity of opinion regarding the criteria for rating the training load. The aim of this article is to put forth common criteria for rating the load of weightlifters in its separate parameters, to put forth common designations and classifications of the separate parameters, and to substantiate the advisability of applying specific criteria. 

The material in Table I shows how different authors designate and distinguish the weight of resistance. With the aim of unification, we propose that loads be tentatively designated and distinguished in the following manner: very light – up to 60.00%; light – from 60.01 to 70.00%; medium – 70.01 to 80.00%; heavy – from 80.01 to 90.00%; maximal – above 90.00%. 

The data in Table II gives an idea as to how various specialists designate and differentiate the volume of training load. In the authors’ opinion one can tentatively differentiate the volume of training load in percentages proceeding from the volume in various cycles, appropriate for the athlete depending on his state of preparedness. We propose that the volume of training load be designated and differentiated thusly: light – to 50%; medium – 50.01 to 70.00%; heavy – over 70.00%. 

In Table III there are examples of the division of the training volume in weekly cycles and in separate training sessions. Our proposed classifications in this example are purely tentative by virtue of the fact that it’s impossible to say precisely what volume is heavy, medium, or light. It’s always imperative  to take into account the individual data of the athlete. Depending on his state of preparedness and the condition of his organism, any given training volume or average weight of bar could be light, medium, or heavy. 


We propose that the average weight of bar (intensity) be distinguished as light, medium, heavy and be divided into percentages of the average weight of the bar in various training cycles. Table IV shows the classifications of the average weight of the bar. 


Separating the average weight of the bar I this way, we proceed from the fact that in various training cycles there are variances in the average weight of the bar: in training sessions (individual sessions) they are higher than on a weekly basis, and even more so than in monthly cycles. At the present time there is great informational value from calculating the number of lifts with maximum weight (above 90%.)

There is no doubt that one must consider the training load separately in the snatch and jerk, since the sum of the biathlon is composed of both the snatch and jerk. Calculation of the load for the whole of training does not give separate information on the snatch and jerk exercises. 

It seems to us that there has been too little experimental work in the sphere of the “dosage” of lifting movements and their calculations, and that there are an abundance of methods and general conclusions reached in sports practice which need experimental verification. 

In working on this article, the authors had as their object, not so much to provide rules or principles or recommendations, but to stimulate researchers to work on this subject, which in our opinion is extremely important. 


Friday, August 15, 2025

On Muscle - Bonnie Tsui (2025)

 

 

                                                          Click to ENLARGE, and By Golly, that holds true for both images.

April, 2025. 256 pages. 

Review: If you were me you would enjoy this book immensely. 

Note: I must warn you, my friends, to at all costs avoid seeing the link at the end of that table of contents. It may lead to you reading the book for free. Buy the person at that site MANY cups of coffee for what they're doing. 


Enjoy Your Lifting! 

Wednesday, August 6, 2025

Such a Beautiful Mind - Johnmark Blakley

I love listening to J.M. Blakley think . . . 

30 minutes. "Volume vs. Intensity for Longevity: 






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