For the past couple of years the amount of time I can commit to training has been severely curtailed. My business life literally runs from about 8:15 A.M. to 9 P.M. (or later) six days per week. I have thus been relegated to primarily training on Wednesday evenings and Sunday mornings (I will sometimes get in late mini-workouts in my basement).

As you may know I am a huge advocate of Louie Simmons’ Westside training methodologies ( The Westside program when properly adhered to calls for at least four training days per week. Mini workouts to add additional volume (especially for weak points) are also indicated and can be done on otherwise “off” days. Following this protocol is optimal, but not viable due to work and other life considerations for many individuals interested in increasing their absolute size, strength, or both.

I don’t promote excuses or weakness. Many people who claim they can only find the time to train once or twice per week simply lack the will to do what must be done. With that said, there are some people who truly cannot devote more time to their training and yet want to see results. For those of you who are in this category, take heart, it CAN be done. In fact, it has been done at the highest level. I remember reading some time ago that one of the greatest strength athletes in history, Jon Cole, trained twice per week at his peak. Jon set powerlifting records that stood for 40 years!

Jon Cole
Jon Cole, one of the strongest men who ever lived.

If Jon did it, so can YOU. Well, not set records that stand for 40 years, but get darn big and strong training only twice per week. The key is the right mix of intensity, volume, and exercise selection.

For the purposes of this article I am going to focus on a blend of size and strength. What follows will provide you the information you need to train twice per week and add both lean muscle mass and strength.

Total Body Sessions

When your training time is limited to two sessions per week it is imperative that you hit all of the major muscle groups each session. Training the total body in one session requires a low volume of work by body part. As the target reader of this article has a severely curtailed amount of training time, the length of a given session is necessarily short. Even if one had more time, sessions much in excess of an hour have been shown to produce diminishing returns (hormonal and other considerations being the presumed culprits). The good news is that despite what you may have read and heard, given a proper level of intensity and mix of rep schemes etc. the actual amount of volume required to add size and strength is much less than commonly accepted.

Prescribed volume for the vast majority of trainees on a twice per week system is 2-5 working sets by body part/group. Working sets are defined as post-warm-up work. See below for more specific recommendations:

Chest – 3-5 sets
Upper back – 3-5 sets
Whole body movements such as squats and deadlifts – 2-5 sets
Accessory work – 2-4 sets

Each of the above sets should be taken to near concentric failure (concentric failure defined as the inability to complete a rep). Rep counts should be varied targeting absolute strength with reps in the 1-3 range, and then following up with higher repetitions to promote growth of the contractile myofibrils and conditioning/thickening of the connective tissues. Here is a sample chest workout to illustrate this concept:

* Only working sets will be noted. The set and rep scheme will be presented in this fashion – 4 x 3/3/12/12 – this indicates four working sets of 3 reps for the first and second sets to be followed by 12 reps each for the third and fourth sets.

Floor Press: 3 x 1/5/12
Incline Press: 2 x 8/15

In the case above the floor press is the primary movement of the day. After an appropriate (specific to the individual) warm-up the first working set is a training one rep maximum/near maximum (max) attempt. A training one rep max attempt by definition involves very little psychological stimulation. In other words, the lifter doesn’t get “crazy” for the attempt. He or she simply concentrates and handles a very heavy load in a calm state. Training singles should consist primarily of such attempts as excessively psyched max attempts are very draining in general, to the nervous system in particular, and can quickly lead to training stagnation.

A heavy training single is very important to, if not optimal for, the building of maximal strength. The ability to move a near maximal load for one repetition requires neural optimization relative to the specific movement pattern and loading. While multiple repetitions can and do build absolute strength (up to a point), only heavy single attempts can optimally stimulate the adaptation required to maximize absolute strength. This is the S.A.I.D. (Specific Adaptation to Imposed Demand) principle in practice. Human physical adaptation is highly specific and the neural coordination required to move a maximal load through a specific movement pattern can only be peaked with single repetition practice (yes, repeated for emphasis…).

Absolute strength is a combination of neural optimization and the force production capacity of the contractile myofibrils (actin and myosin – the contractile components of skeletal muscle). Maximal individual demonstrable strength is thus achieved via a combination of contractile hypertrophy and neural adaptation. This is the reason for the combination of both heavy singles and moderate and higher repetitions. Moderate reps (4-8 or so) target both maximal strength and hypertrophy while higher reps stimulate what is commonly referred to as non-contractile hypertrophy (hypertrophy of the non-contractile elements of muscle fibers) and the maintenance/hypertrophy of the very important connective tissues. The importance of the repetition blend cannot be overemphasized.

To clarify the force production capacity statement, the contractile components of the muscles cells are known as the aforementioned myofibrils actin and myosin. Individually speaking, the larger the myofibrils the greater the force production capacity, but greater capacity does not automatically equate to greater expressed strength. A automotive analogy is appropriate to illustrate the concept. With an automobile engine and transmission the transmission is required to take the force production capacity of the engine and translate it to the wheels so the car will move. In the body the nervous system is loosely analogous to the automobile transmission and the myofibrils to the engine. The myofibrils need to have the capacity for high force production and the nervous system must orchestrate everything in one of life’s most beautiful symphonies, the symphony of physical expression.

Want the laymen’s translation? If you want to be really strong make your muscles big and practice heavy singles…

Varying Movements and Intensity

Followers of Westside know that exercise variety is one of the cornerstones of the program. Maximum Effort movements are varied weekly by cycling through 3-4 primary movements. Twice per week trainees should approach things a bit differently. The reduced volume dictated by the program changes the paradigm such that repetition of the same movement is beneficial, at least for a longer period of time than with a standard Westside protocol.

The legend Louie Simmons holding court.
The legend Louie Simmons holding court.

Westside switches Max Effort (ME) movements weekly because Louie Simmons’ research led him to the conclusion that it is optimal for the vast majority of those practicing his program. The higher the level the athlete, the less frequently a one rep max attempt can be made for the same movement. In practice, Louie observed that for most of his athletes the same movement one rep max cannot be repeated for more than 2-3 weeks before stagnation occurs. Weekly rotation proved to be superior as it permitted the most consistent progress with a minimization of injuries from overuse as an added benefit.

This brings us back to some specific verbiage I used earlier in this article. I noted the use of the training one rep max/near max. The reason for the inclusion of the “near max” terminology is that with my program the prescribed one rep max attempts differ from those practiced at Westside in that majority of them are lower in intensity. With my program instead of only one max effort weekly for either a bench or squat variation there are two such attempts. The performance of two very heavy singles per week dictates a reduction in intensity when compared to a true training one rep max. In practice I have found that doing so leads to more consistent progress.

Not to confuse the issue, but my program also relies on a degree of autoregulation. Performing two near max singles per week by body part weekly can overwhelm even those with above average recovery ability, so I encourage practitioners of my program to monitor their progress and make adjustments as needed. When I feel that my body is getting too beat up with heavy singles, and or stagnation sets in, I will switch to a higher rep scheme. In most cases only a week or two of less intense work is needed to right the ship.

A Sample Week of Training


Rack pulls (from about 2″ off the floor): 1/5
Floor press: 1/5

Giant Set (3 rounds)*:
Original Nautilus pullover: one arm at a time – 12 reps
Close grip pulldown: 10
Machine chest press: 15-20
Machine lateral raise: 10
* No rest is taken between exercises. The trainee moves as quickly as possible from one exercise to the next.

Scott Wilson
Bodybuilder Scott Wilson built those boulders with low volume and frequency.

Leg press: 15-20/15-20 – these are done using a rest pause style. Reps are continuous until fatigue demands a break and then the load is held at lockout just long enough to take a few deep breaths and to allow the burn to subside. A few more reps are then done until fatigue again demands a brief break. This is repeated 2-3 times per “set” until the target rep count is hit.

Overhead cable crunches: 20/20


Box squat with various bars: 1/5 (I will normally switch bars every 3rd-4th week)

Bench press with pause: 1/5

Giant Set (3 rounds):
Seated cable rows with the two handed rope attachment: 10
Seated machine chest press: 10
Machine lateral raise: 10
Seated Nautilus shoulder press: 10

Leg curl: 12/12/12

Triceps pushdowns: 1 set performed in a rest pause fashion for 15-25 reps. Choose a load which allows for 10-12 strict, unbroken reps.

Overhead cable crunches: 20/20


You can get bigger and stronger training twice per week. Is it ideal? No, but if your schedule truly precludes a more expansive training regimen a twice per week program can and will be effective if properly executed.

No excuses, you can get bigger and stronger no matter what your life schedule looks like.

Chris Mason

Author Chris Mason is the owner of AtLarge Nutrition, LLC and an accomplished author in the fitness genre. He has written for numerous websites and magazines.

Hypertrophy Specific Training CAN Have a Direct Effect on Maximal Strength

Hypertrophy Specific Training CAN Have a Direct Effect on Maximal Strength

by Chris Mason

Dennis James seems to know something about hypertrophy specific training...
Dennis James seems to know something about hypertrophy specific training…

On my drive home this evening my mind wandered as it often does.  During the process I came to what should be an obvious, but was instead a bit of an epiphany, at least at the conscious level, conclusion about hypertrophy training as it relates to maximal strength.  That conclusion was that hypertrophy training can have more than an indirect effect on maximal strength.

Holly knows the importance of hypertrophy specific training for strength.
Holly knows the importance of hypertrophy specific training for strength.

It is absolutely true that hypertrophy training indirectly aids maximal strength assuming the trainee also includes maximal strength training in their regimen.  This is due to the fact that a percentage of any hypertrophy that occurs in skeletal muscle is comprised of an increase in the size, and thus potential force production of the contractile myofibrils (actin and myosin).  Maximal strength specific work in the form of high intensity, low repetition training then permits the nervous system to harness the increased force production potential of the larger myofibrils and the athlete is able to lift ever greater maximal loads.

Branch Warren has some serious size in his lower body.
Branch Warren has some serious size in his lower body.

With that said, my epiphany relative to a direct effect of hypertrophy specific training on maximal strength stems from the fact that I realized that hypertrophy training is also a form of strength endurance training, and that strength endurance can play a role in a one repetition maximum attempt.  The connection lies in the fact that any maximal strength demonstration, by definition, will move relatively slowly.  The success or failure of a given max attempt can thus partly depend on how long the athlete can produce maximal force, or the rate of reduction in maximal force production.  In theory, enhancing strength endurance can enhance the length of time the athlete can produce maximal force.

Think of it this way, and I will greatly simplify for the sake of argument (taking joint angles and varying forces etc. out of it); if it takes 301 lbs of force to bench press 300 lbs and the lifter starts the press by producing 310 lbs of force which then rapidly declines to 305 lbs, and then 301 lbs, and finally 298 lbs before the completion of the press, they might miss the lift.  Conversely, if via hypertrophy specific training the lifter has built their strength endurance to the point they can prolong their ability to produce maximal force, and or mitigate the rate of reduction of force production, the likelihood they can grind out a maximal attempt increases.

Jeremy Hoornstra is one of the best bench pressers in history.
Jeremy Hoornstra is one of the best bench pressers in history.

The above begs the question of how a strength athlete can use this concept to their benefit.  At face value it might seem that hypertrophy specific training would be counterproductive for the strength athlete relegated to a weight class other than superheavyweight.  When it comes to the human body that which seems obvious isn’t always the case.  An important component of skeletal muscular hypertrophy when considering an individual whose level of muscular development is anything beyond a rote beginner is total caloric intake.  If the athlete controls their total caloric intake and practices hypertrophy specific training not much in the way of actual hypertrophy will occur, but the adaptation of increased muscular endurance will still be manifest given proper rest etc.  So, even for the strength athlete that does not want a significant increase in skeletal muscle mass, hypertrophy specific training can be of benefit to their absolute strength and performance.

If you have followed me or my companies at all for the past several years you already know I am a firm believer in Louie Simmons and his Westside Barbell training system (  I have known his system is highly effective for some time, but the more I learn and contemplate the ramifications of what I learn, the more I begin to understand why.  Relative to this article, Westside includes hypertrophy specific training directly alongside maximal strength training, and I think that fact is lost on a lot of trainees.  The accessory work which is at the core of the Westside system is, for all intents and purposes, bodybuilding.  Its inclusion aids maximal strength in exactly the manner I have defined above.

To further illustrate the effects of hypertrophy specific work and enhancing strength endurance for maximal strength we need look no further than one of Louie’s disciples and a story Louie loves to relate when telling about his system.  Travis Bell is a natural athlete who is a tremendous bench presser (570+ lbs raw and nearly 900 lbs shirted at around 260 lbs body weight).  Travis began training at Westside several years ago and has made amazing progress since being there.  At one point, when Travis’ training had stagnated, Louie had instructed him to add sets of 100 repetition band pushdowns supersetted with lying extensions after his standard triceps work.  As Louie tells it, Travis’ triceps blew up to over 20″ in short order and his bench press followed suit.

Travis Bell at Westside
Travis Bell at Westside

Bottom line, if you want to be as strong as possible do not shy away from hypertrophy specific/strength endurance work.  Make it a part of your regimen and optimize your training results.