Powerlifting Performance - 3 Commonly Neglected Areas

GCPT Powerlifter: Wendy Yamazaki @ BCPA Provincials 2017

Having coached many competitive powerlifters for the last 4-5 years, I've noticed common areas in the realm of training and recovery that many athletes (especially beginners and intermediates) neglect. In the past, I've written about how athletes coming into powerlifting should treat it like a sport and focus on a more well-rounded approach to athletic development. This means including a wider variety of exercises into one's training program, and covering foundational bases such as work capacity and recovery capabilities before progressing onto high-frequency and highly-specific powerlifting programs.

This article will expand on few of those details by highlighting the 3 most neglected areas of training and recovery I see in athletes of all levels. Either the importance of these areas have not been stressed enough by their coaches and the environment they lift in, or the athletes fail to see the impact it plays on their powerlifting performance. These tips will benefit everyone from the beginners, to the most elite athletes.

#1 Work Capacity and General Endurance 

The number one goal of any beginner powerlifter is to improve work capacity and general endurance. Being able to handle higher volumes of work will be lead to faster technical improvements, more muscle hypertrophy and higher recovery capabilities; 3 important areas that are crucial for building maximum strength in powerlifting.

An interesting observation I've made over the last few years, is that female lifters I've coached have a higher tolerance for volume, and as a consequence, improve their powerlifting technique at a much faster rate than men. The higher capacity for recovery in between sets and the ability to perform more repetitions without fatigue means more quality time under the bar - leading to faster learning. This might be because females tend to have a different training background than men before starting powerlifting, performing more circuit-based training and more dedicated cardio sessions throughout their powerlifting programs.

Regardless of your training background, what can you do to improve work capacity and recovery capabilities in the realm of powerlifting?

1. Higher Rep Sets - the most common way is to perform higher rep sets (8-12+ reps per set) for multiple mesocycles (weeks/months). Stay calm, and don't rush through the set - this will teach you how to breathe properly and build a higher tolerance to higher heart rates and lactic acid/lactate build up.
   

2. Increase Training Density - Training density refers to the volume of work done within a certain time period. To increase training density, simply do more work in less time. You can achieve this by reducing the rest times in between sets, or set a time limit/goal for finishing your workout. Other methods include super setting your accessory exercises or performing some form of active rest in between sets. This will also take away the fluff from your training sessions: talking to your friends for too long, getting side tracked with music selection, etc. Anything that may be considered a distraction.
   

3. Active Rest Days - Most novice powerlifting programs consist of 3-4 hard training days. That leaves another 3-4 days that can be dedicated to improving other physical attributes. This is where active rest days come in. The most common forms of active rest include mobility/range of motion training and low intensity steady state cardio (go for a walk, go for a bike ride, go for a swim). The point here is to keep the blood flowing, keep the muscles and joints warm without interfering with the recovery process of powerlifting. Low impact, low intensity cardiovascular training is a great way to build a strong aerobic system responsible for your recovery capabilities between sets and between training sessions.
   

4. Prime Your Mindset For Higher Effort Work - Don't fall into the trap of "powerlifters don't do cardio". This is something I bring up time and time again: don't allow the destructive culture of demonizing cardiovascular training in strength sports to hinder your progress and athletic development. Embrace the volume, treat yourself like a well-rounded athlete.

2. Accessory Work - Attention To Detail 

Powerlifters spend A LOT of time and effort making incremental improvements to their sport-specific lifts. Grip and stance width, leverages, joint and torso angles, internal and external cues; these are all modifiable components of the powerlifts that are experimented with in order to produce the heaviest, most efficient lift possible. However, accessory work often becomes an afterthought and the technical demands of those exercises are often neglected.

My philosophy for powerlifting performance is to put the same amount of effort into the accessory work as you do the competition lifts. If an accessory exercise is supposedly prescribed to address the weaknesses of a powerlifter such as strengthening a certain range of motion on a particular competition lift, or strengthening a particular muscle, technique on the accessory work must be held to a higher standard. Powerlifting for me is not only about the squat, bench press, and deadlift, but also about building physical literacy - knowing your way around your own body. The athletes that perform pull ups, lunges, and other movement patterns with a higher proficiency get MORE out of the exercises than those who don't. Great lifters maximizing the transfer effect of accessory exercises.  4 sets of 10 reps done with a full range of motion with the right joint and muscle angles beat 4x10 done with poor form; despite the volume load being the same on paper. Accessory work done with focus and intent transfers more to powerlifting performance then accessory work performed half-asses or with poor technique.

When you're considered an intermediate athlete, that's when glaring weaknesses start to show and you have to start addressing them. Don't get lazy, search up some Youtube videos of proper form just as you would with the powerlifts. Pay attention to the details.

3. Sleep

Before supplements, ice baths, sauna sessions, and mobility routines were all the hype, there was sleep. Sleep is the greatest recovery modality and is the primary form of recovery you should be optimizing and focusing on.

I use a monitor/diary to keep track of my athlete's readiness and recovery and I've noticed a big correlation between low scores on sleep quality (2 to 3 out of 5) and poor training performance. Athlete's that consistently measure lower than 3 out of 5 on "Sleep Quality" record higher rates of perceived exertion (RPEs) per any given % of their 1RM and progress at a slower rate week to week. A lack of sleep or poor sleep quality cascades into higher stress levels throughout the day, more incidences of bad mood/irritability and can negatively affect an athlete's focus during training and everyday activities.

Here are some general recommendations to improve your sleeping quality and duration from years of experimenting and reading about sleep:

1. Aim for 7-8 hours+ of sleep (everyone probably knows this one)
   

2. Keep a consistent wake-sleep schedule
   

3. Sleep in a comfortably cold, quiet and dark room, this is an important tip for those who find themselves waking up frequently in the middle of the night
   

4. Considering using aids such as an air humidifier, ear plugs or eye mask/blindfold to improve sleep quality
   

5. Avoid drinking large volumes of liquid/water before bed if you find yourself waking up several times in the middle of the night to go to the bathroom
   

6. Turn off electronic devices 1-2 hours before bed (something I struggle with, god damn Reddit...)
   

7. An alternative is to use a screen dimming app or an app that removes the bluelight from your devices (f.lux for Windows & iOS, Twilight for Android devices)
   

8. Avoid caffeine consumption close to bed time (can affect people up to 6 hours between caffeine consumption and sleep)
   

9. Practice good napping habits - this has shown to be beneficial for recovery and future performance
   

10. Consider supplements like ZMA, Vitamin D, Melatonin and even Cannabis to improve your sleep quality (if legal in your state/province/country).
    

11. Consider using a Sleep Tracking app which can promote higher quality sleep by making you more conscious about your sleep habits.

Below is a list of articles/podcasts/infographics that may help you:

"The Importance Of Sleep Quality and How To Improve It" - Examine.com

"Can Supplemental Vitamin D Improve Sleep?" - Examine.com

"Sleep Better: Practical Evidence-Based Recommendations" - Amy Bender on Sigma Nutrition Radio

"Recovery & Performance In Sport Infographics" - YLM Sports

No intricate periodizational methods or detailed technical breakdowns here, just foundational aspects of training and nutrition that I think are crucial for the long-term success of any strength athlete. Don't be afraid of performing training modalities outside of the big 3 lifts, and when you do, approach them with the same standard you would the competition lifts. Sleep well, eat well, train hard and recover harder.

The Science of Core Training: Core Stiffness & Performance Overview (Part 1 of Core Training Series)

Core training has been all the hype the last several years - from an aesthetic point of view (achieving 6 pack abs) to it's potential role in reducing lower back pain and related symptoms. This article won't be touching on any of those points. I'm speaking more from a performance-enhancement perspective, specifically, the role of core stiffness and it's relation to performance outcomes.

What is the "core"?

The musculature and structures between your shoulder girdle and your hip; the superficial and deep abdominal muscles.

What is the function of the "core" and what is "core stiffness"?

Ask a performance coach and they'll give you one answer. Ask a physical therapist and they might give you a different one. From a physical therapy or rehabilitation setting, core stiffness may refer to increased muscle tone that leads to lower back pain and movement restrictions. In the performance sports setting, core stiffness may refer to the core's ability to maintain stability in response to the influence of external forces, which may vary in magnitude, direction and speed. For the purpose of this write up, I'll be talking about the latter.

To my knowledge, the function of the core is to transmit force, prevent force/power leaks and maintain the position of certain joints and body segments. In the words of professional lower back and spine expert Stuart McGill, he describes the function of the core to "stiffen the torso to prevent motion, [and] enhance motion of the distal limb segments".

In the majority of sporting performances, the ability to accelerate distal limbs is the key to high power output: think about throwing a baseball, kicking a soccer ball, jumping, pushing, punching. Stiffening the torso to prevent excessive motion and enhances force production and power output because it acts as a medium for force transmission - ensuring all the force you generated is directed towards your intended direction. A floppy and weak midsection results in a weak kick, a weak throw, a weak jump and a weak landing.

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an overview, with examples.

The idea of core stiffness allowing for better force production/transfer can be applied to many different scenarios. I'll give 3 examples from 3 different sporting types, a mixed sport (Mixed martial arts/combat sports), an endurance-dominant sport (Cycling) and a strength-dominant sport (Powerlifting).

In each example, the RED highlighted area represents the "core": the superficial abdominal muscles (rectus abdominis), the deeper muscles like the transverse abdominis as well as surround muscles like the obliques (for rotation),  latissimus dorsi and rotator cuff muscles.

The GREEN highlighted areas represent the prime movers that are responsible for generating force through concentric muscle action, and/or the distal limb segments that are used to transmit force into the intended direction or to move a certain object.

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Example #1 - The Punch and Kick in Martial Arts

The straight right/left punch is one of the most basic, yet intricate techniques in martial arts. Contrary to what many think, the prime movers of the straight punch are actually the back leg, the muscles surrounding the hip and the shoulder girdle, NOT the arms. Power is generated by pushing off the back foot, contracting the glute, and directing that force into the distal limb segment (which is the fist in this scenario).

In order to effectively transmit that power from foot to fist, the core must rigid. The obliques must create enough deceleration force to prevent your torso from over-rotating (shifting you off balance), and your shoulder girdle must be sturdy enough so loosen up on impact. Additional, these types of movements (punches, kicks, hitting/impact-movements) exhibit a "double peak" in regards to muscle activity (measured through Electromyography (EMG)). In other words, whenever performing a powerful movement, the muscles will go through 3 phases: contract/stiffen, relax, and contract/stiffen once again upon impact, showing a "double" peak in activation (will be pictured below).

Stuart McGill et al. performed a study in 2010 on elite mixed martial artists (Georges St. Pierre, David Loiseau to name a few) that introduced me to this concept so I'm sure he can explain it more clearly:

“Many of the
strikes intend to create fast motion and finish with a very large
striking force, demonstrating a ‘‘double peak’’ of muscle activity.
An initial peak was timed with the initiation of motion
presumably to enhance stiffness and stability through the body
before motion. This appeared to create an inertial mass in the
large ‘‘core’’ for limb muscles to ‘‘pry’’ against to initiate limb
motion. Then, some muscles underwent a relaxation phase as
speed of limb motion increased. A second peak was observed
upon contact with the opponent (heavy bag). It was postulated
that this would increase stiffness through the body linkage,
resulting in a higher effective mass behind the strike and likely
a higher strike force.”

— McGill et al. (2010)

To further illustrate the "double peak" in activation, and to tie it back to the discussion earlier about prime movers and the core, here's a figure taken from McGill et al's 2010 study (green and red highlights made by myself).

This figure illustrates the muscle activation of the left back muscles during a left leg kick to a heavy bag.

Taken from McGill et al. 2010

#1 in green represents the initial activation of the muscle (phase 1 - contraction), where the foot pushes off the floor and the hip flexors and obliques contract in order for the leg to be lifted into the air. The prime movers are the hip, quadriceps and left back.

#2 in red represents the relaxation phase (phase 2) where the leg is in mid air and force is being transmitted through the core, to hit the intended target (shin/foot hitting the heavy bag). 

#3 in green represents the second activation of the muscle (phase 3 - contraction again), where the muscles stiffen up once again on impact.

An athlete with a weak core, or an inability to stiffen up the core will experience power leaks in #2, which subsequently results in a lower striking force upon impact in #3.

Optimal force and power production happens when an athlete has:

• Good body positioning

• The ability to show double activation during strikes/impact movements

• The ability to efficiently cycle through contract-relax-contract muscle action if repeated punches/kicks/impacts are performed

• Strong and resilient core musculature.

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Example #2 - cycling

Operating at up to 300RPM (revolutions per minute) and putting out up to 2,200 watts, track cyclists are known for their lower limb strength and power, as well as their ability to maintain extremely high power outputs for extended periods of time. 

Watch the video below, notice the rigid and stable core - supported by the shoulders and arms, and how that translates to incredibly fast distal limb segment movement (in this case, the feet).

Track bike roller rev out.

Yes, the thigh musculature are still the primary movers, but the core/torso also contribute greatly, acting like a shock absorber to negate most of the horizontal and vertical bodyweight shifting that happens during high RPMs. A strong core ensures as much of the force generated by the prime movers can be directed towards spinning the pedal.

Picture taken from TeamNater (Youtube), editted by myself.

The principles of contract-relax-contract discussed above also apply to this example. The quadricep has to relax while the hamstring is active during the (pedal) upstroke, and vice versa during the downstroke. Pair it with the fact that this is all happening at 150, 200, 250+ RPM and you'll realize the amount of motor control needed to be an elite cyclist.

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Example #3 - Powerlifting

Our last example is a strength sport - powerlifting. Powerlifting is a maximal strength sport, meaning the velocity of distal limbs and the velocity of the bar is relatively low compared to other sports such as Olympic Lifting or various throwing sports. As a result, core stiffness plays a slightly different role - a slower isometric role. Although there is no contract-relax-contract cycle in powerlifting, the core still acts as a stopper for potential force leakages. The main role of the having a rigid torso/core is to support the lumbar and thoracic spine under heavy load.

In a sport where limb length and leverages are highly influential on performance outcomes, a lifter must maintain the position of their lumbar and thoracic spine so that their chest does not collapse under the weight, and their lower back doesn't go into excessive flexion. Losing position means the lifter will not be able to lift the weight up, regardless of how strong their prime movers are.

Below is an example of one of the lifters on my Powerlifting team, Amos So, bracing for a squat at a local powerlifting meet.

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Context Specific

Throughout the article, I've used terms like "stable", "rigid", "strong" and "resilient" to describe the properties of a well-functioning core. Different coaches and trainers will use different terms to describe the core, so terminology is sometimes confusing.

However, what matters is how you apply these principles to your own training, or the training of your clients and athletes. Improving performance measures via increased core stiffness will depend on several things:

1. The nature of the sport and the energy systems involved (How long is the core braced for? Does the athlete need more strength? Or more endurance?)

2. The particular movement you're trying to improve by increasing core stiffness

3. The properties of the movement itself and the speed of core stiffening

4. The magnitude of core stiffening (stiffer doesn't always mean better, remember: fast and powerful athletes also need to learn how to relax at the right times - like the example of the punches and kicks we used earlier).

Much like the development of max strength for athletic performance, there are also most likely diminishing returns, so don't fall into the trap of "more core training = higher performance".

In part 2 of this series, I'll be explaining the different methods to improve core stiffness in the short-term and in the long-term.
Read Part 2 Here.

Thanks for reading, feel free to share this article with your peers and fellow coaches. Also, please check out my social media links and reach out to me if you have any questions or suggestions.

Bests of 2017

[Biggest Lesson of 2017]

When you run your own business, there is no escaping it. I try my best to put out content for you guys while still keeping some sort of privacy in my personal life, but it's something I always have trouble balancing. 

As much I would like this to be MY bests of 2017, I can't escape the fact that I AM GC Performance Training.

From not knowing what content to put out, to having some of my articles recognized by some big names in the industry.

From clients getting injured to athletes hitting their lifetime bests after weeks and weeks of hard preparation.

Day in, day out. It's always a rollercoaster ride.

I'm thankful for the clients and athletes that have given me a chance to work with them, so that I can put food on the table, enjoy the hobbies I enjoy and be part of their journey.

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[GCPT Athlete Of The Year] - Mark xu

Mark Xu is a 74kg Junior BCPA Powerlifter

This one was a hard one to pick. Everyone worked hard this year but Mark takes the cake on this one.

He has: Been injured, discouraged from training, dealt with his last year in high school, graduated high school, accepted in a University, remarkably improved his lifting technique and have gotten way stronger than before. All in 1 year.

He's one of my youngest athletes, and it's been a pleasure watching him develop into a more confident athlete. Look forwards to the next year with you bro.

Not taking anything away from everyone else on the GCPT team. I love you all.

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[Best Articles Of The Year From GCPT]

5 Part Periodization Series - http://gcperformancetraining.com/gc-blog/periodization101

If there's one thing I think about every day, it's physical/mental development and preparation. That's all periodization really is, planning to develop and prepare in the most effective way possible given past training history and emerging information.

I was (and still am) tired of coaches arguing back and forth on the types of periodization and getting all worked up on specific terms and methodologies so I put a lot of hours writing this article series on periodization to get my thoughts out. If you have time and want to learn more about physical and mental preparation, as well as the variables and nuances involved, please give it a read.

Here are some of my top articles by category:

Powerlifting - "Building Your Base In Powerlifting" 

Nutrition - "Nutritional Periodization" 

MMA & Combat Sports - "High Performance Training For MMA - Experts Weigh In" 

General Fitness - "The Current State Of The Fitness & Training"

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[Most Memorable Moment of 2017]

My favorite moment (moments, really) has to be traveling to Asia after 5 years of not leaving North America. It was the first time going on "vacation" since I started my dream of owning a training and coaching business.

Got the chance to experience Japanese and Thai culture & food, as well as revisit the motherland (Hong Kong). Thanks to online coaching, I'm able to keep in touch with my athletes even while i'm away.

Looking forward to more trips in 2018 ;)

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[Goals For 2018]

I look to better myself physically and mentally every year, so 2018 will be no different. I've been gradually practicing more and more martial arts this year, and that will definitely pick up in the upcoming year.

Muscle mass, strength, power, endurance, sport-specific skills... I want all of it. ALL OF IT. Bring it on, bro.

Special thanks to all my clients and athletes. Coaches that have helped me improve this year. All of my followers (I've been able to grow from 240 followers to 745 on my GC Performance Training page. Thanks for the love!).

Happy new year!

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The Building Blocks of Powerlifting Performance

A few of the powerlifters I coach have just finished competing this month at BCPA Provincials and many are entering their so-called "off-season", so I thought I would take this time to talk about base building in powerlifting. First off, what is base building? It's a term I like to use to describe the rudimentary steps a beginner or intermediate strength athlete has to take in order to become successful 1, 3, or even 10 years down the road. Think of it as a pyramid, widening the base to support a much higher peak. It can also be applicable for lifters that may have not had the best competition cycle and need to go back to the drawing board to improve their training.

So in practice, what does it mean to build or widen your base?

It means putting conscious effort into investing in proper technique acquisition and developing the right habits and mindset for you to excel in your athletic career. In my mind, there are 3 things that must be addressed to create an environment where you reap in the most benefits from your training. Technical mastery, habits and consistency, and mindset.

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Technical Mastery In Powerlifting

“Practice does not make perfect. Only perfect practice makes perfect.”

— Vince Lombardi

In a closed-skill sport like powerlifting that does not depend on anyone else except for yourself and the bar, technical perfection is more in-reach than many other sports. Unfortunately, the ego often gets in the way, causing some people to lift with brutally poor form until they get injured or hit a plateau. If injury or a high risk of plateauing doesn't scare you off, I don't know what will!

I used to be an advocate of performing the competition lifts (Squat, Pause Bench Press, Deadlift) once a week if you were a beginner. My train of thought was, save the higher frequency competition lifts for when you become stronger and enter your intermediate/advanced stages. Performing the competition lifts 1x a week was a common recommendation, but it seemed to always come from experienced, drug-enhanced lifters, who were able to fit in much more training volume within any given session and recover much faster than natural athletes.

Fast forward to today, I'm a big believer that training the competition lifts more frequently makes more sense because it is in line with the principle of specificity, and can be done when fatigue is managed.

Competition lift frequency - more is better

Exposing a beginner to the competition lifts 1x a week is just not enough practice. With my athletes, I prescribe a minimum 2x a week squatting, 2x a week benching and 1x a week deadlifting with an additional hip hinge movement on another day - preferably another barbell deadlift variation like a Romanian deadlift. While this may seem overwhelming for a beginner, it can be done if intensity and effort is controlled.

The first session will be focused on high effort work, where sets are in the 8-9 RPE range. The second competition lift session must be dialed back to a 5-7 RPE range depending on the experience level of the athlete. Any of the programming variables (sets, reps, intensity) can be rearranged, but the theme is to reduce the effort - essentially making it an "easy" day.

A higher frequency of exposure and performing more reps per week will benefit motor learning.

Technical improvements can be made in the absence of high intensity and effort, simply exposing the athlete to the competition lifts 1 more time a week, can do wonders. Squatting, benching and deadlifting once a week can still be beneficial for general strength training. However, if you're an aspiring powerlifter, consider increasing the frequency for faster learning.

Even intermediate or more experienced lifters aren't necessarily exempt from base building. If you're struggling to make technical improvements, read this write up I did on improving technique and the idea of using a technical breakdown threshold (TBT), which is more geared towards experienced lifters.

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Consistency

“First we make our habits, and then our habits make us.”

— John Dryden

You'll often hear adherence and consistency is everything. The most complex training programs will yield no results if you're not consistent with your training. Showing up to training sessions, completing training within a certain time frame, maintaining focus, good form and technique throughout the session, consistently consuming enough protein and calories.

In order to build successful lifting habits, you must create an environment where you can be consistent.

Consistency in regards to training frequency is one thing I want to talk about in particular. When deciding a training frequency (3 lifting sessions a week vs. 4x, 5x..), be conservative and pick the lowest one you're 100% sure you can maintain for the training cycle.

If you're on the edge about whether you should train 4x a week or 5x a week, pick 4x a week. Programs are designed to spread out training volume given a set training frequency. If you know your work schedule or other life commitments might get in the way of your training, missing a training session every week or other week can add up. You would be essentially missing a chunk of training load that could have been better distributed had you picked a training frequency of 4x a week. While a coach can modify training volume on the week-to-week basis, not all lifters have this luxury or access to a competent coach.

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Mindset & persistence

What brings programming variables, technical mastery and consistency together? Mindset and persistence. 

Elite-level strength acquisition takes a long time.
There will likely be someone stronger than you.
Training is not life.
Injuries are inevitable. 

That's I would tell myself 3-4 years ago If I could time-travel. As an ex-powerlifting fanatic, I completely understand what it feels like to want to get as strong as possible in the shortest time frame possible, thinking "squat bench deadlift or die".

Elite level strength takes years and years to develop naturally (even when enhanced, actually). If you have good limb and spatial awareness or previous experience with weight training, you might be able to pick up the technique fairly fast. But being able to induce the physiological changes to your nervous system and muscles to tackle 2, 3, 4x of your bodyweight on your back or in your hands, takes time and patience. The earlier you come to terms with that, the better off you'll be when it comes to making decisions about jumping on a high-frequency program when you're not ready, or trying to peak and go heavy too often in your beginner and intermediate stages.

Mental persistence also plays a big role in athletic performance and success. Great athletes are able to face adversity, come back from injury, destroy their egos and doubts in order break through plateaus and have excellent performances. Try to see the positives in each situation, but be self-aware enough to know when you're overreaching when you shouldn't be. 

Coming Back From Injury

The best tip I can give you is regarding injury, specifically coming back from an injury.

Many lifters feel the need to play "catch-up" after coming off an injury, doing more than they can handle and putting themselves in a downward spiral. I'm not an advocate of training through injuries, it does not develop mental strength nor improve your likelihood of strength success in the future. The best course of action is to wait for the pain to subside, identify how the injury came to be (accumulation of volume - overuse?, poor technique?, freak accident?), address the weakness, and allow several weeks of training before returning back to pre-injury training volumes and intensities.

This is what I like to call athletic maturity. Being able to keep your eyes on the prize, on the long term goal, and realize every injury is an opportunity to fix a missing link, or improve a weakness. 

Just like strength itself, mental strength and persistence can have an innate or "natural" component, but of course can also be developed through repetition and hard work. 

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The Current State Of The Fitness And Training Industry

Over the past few years, social media and online interactions have been one of the main drivers in the fitness, personal training and coaching industry. The general population now have access to the most knowledgeable coaches, the best training advice and the most informative articles with just a click of a button. Trainers and coaches from all around the world also get to discuss the latest training and dieting protocols and sell their services to others. 

However, with any good thing, come the negatives. Call-out culture, trolling, underqualified trainers and coaches, lies and accusations about other trainers, over-saturation of information, I'm sure we've seen it some of these to an extent. With that said, is this new age of fitness and personal training really a good thing.

This article is a reflection of the current state of the fitness industry and my opinion on the most commonly debated topics. 

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Facebook

I've only been in the game for 5 years, but I'm lucky to be connected with the most brilliant minds in the fitness, nutrition and strength & conditioning realm. Our industry is special in that training methods, diets, and expert opinions can all be criticized and scrutinized on an open platform, Facebook, without much anonymity. Despite the stereotype that Facebook can't be used for serious and civil conversations about any complex topic, it's surprising that trainers and coaches around the world can participate in scientific discourse about all things related to human fitness. Anything you say or post will be read by your peers and can be criticized and improved on; so long that you're connected to the right people and not committing cases of confirmation bias on the daily basis (avoiding criticism or change, always seeking out people and information who agree with you).

I also remember when this was not the case. I remember when Facebook was just a platform to share your fitness routines and update your friends on your latest physique or strength progress. Over the years Facebook has become a vehicle for distributing truthful, evidence-backed fitness and nutrition advice. At the same time, a tool for trainers and coaches to market and sell their services and information. I don't understand fully how this came to be, but I have a few theories:

Fitness is a personal pursuit, but has a big social impact.

Improving health, fitness and looking great naked is a personal pursuit. YOU have to put in the time in and YOU have to put in the hard work to benefit YOURSELF. However, humans are social creatures. Some post pictures of themselves to motivate others, some workout to show off their bodies, some want validation and approval from others. Whatever the intentions are, sharing your fitness journey on Facebook has a huge impact on your circle of friends on Facebook. This is akin to foodies posting pictures of great local meals or car enthusiasts showing off their newest car mod; there's something positive and gratifying about being able to share your own experiences with others.

Social media is the perfect platform for marketing personal training services and, but can be very dangerous.

Social media can also be a platform for marketing personal training services and diet plans. Often paired with paragraphs about why and how your methods are scientifically proven to be effective or the best. I do this, many other trainers and coaches I know do this. It's an effective way to reach an audience you've already built through friendships in high schools or a way to acquire clientele through the acquaintances you've crossed paths with from work or weekend-hobbies. 

Marketing on social media can also be very dangerous. It's easy to subscribe to too many different trainers with different view points, or at worse, subscribe to someone who teaches ineffective training methods and gives out dangerous nutrition advice. This results in an over-saturation of information for the general trainee and trainer, leading to something many people call "paralysis by analysis": over-thinking fitness and nutrition to the point where the trainee or trainer fails to stick with the basics or is confused to what steps to take to reach a goal.

Related to this topic: I've written about fitness and nutrition pyramids, and why they're so useful for trainees and trainers. Sticking to the basics and prioritizing certain training and dieting principles is the best way to avoid "paralysis by analysis".

Peer-reviewed scientific papers do not have the same reach and impact as a evidence-based coach that can effectively communicate to the masses.

Scientific journals and papers are made for scientists and researchers to communicate with each other, using statistics and logic to come to a consensus about a particular topic. The use of complex scientific terms is crucial for maintaining consistency in the field, but might not be the best for communicating with the masses on Facebook. Using scientific jargon and anatomical terms may be valid, but the average trainee or local personal trainer that don't possess the same vocabulary will be lost in the forest.

Share a breakthrough scientific article on carbohydrates and weight loss. You might get 100 views.

Read a breakthrough scientific article on carbohydrates and weight loss, dissecting the main points and communicating those points using both scientific and lay-man terms so the masses can understand and put to practice? Watch your view count go through the roof and your social impact increase. 

This is what is so great about podcasts like Danny Lennon's Sigma Nutrition Podcast and research reviews like Alan Aragon's Research Review. They speak with respected researchers in the field and are able to package information in a way most people can understand.

This is not to say peer-reviewed scientific papers and research studies are not useful, far from it. Rather, we should be mindful of the way we communicate with our audience. Using the right terminology or using communication techniques like analogies can help, and are very important.

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Call-Out Culture

Also related to Facebook and social media, I wanted to talk about "call-out culture" in the context of the fitness and nutrition world. This topic came to my mind after a thoughtful coach raised a question on Facebook on what the term "evidence-based" really means in the fitness industry and where to draw the line to divide people who are truly evidence-based away from those people who aren't.

Some trainers, researchers and coaches pride themselves for calling out bullshit they see in the industry, whether it be training methods that aren't scientifically backed or nutrition protocols that are considered fad diets. Some go as far as publicly shaming them on a Facebook status or write a whole article about why someone is wrong.

While I believe trainers who give out shady and dangerous advice should be called out, we have to examine their intentions:

A trainer who is purposely promoting stupid training methods and useless supplements for financial and egotistical gain at the expense of their follower's health and money, is an asshole and should be called out.

A trainer who has good-intentions but has mistakenly spread false information either from a lack of education or lack of carefulness, should not be bashed.

Much of the false information and pseudoscience I see being spread is by the latter group of trainers (I could be wrong...)

The best way to go about this problem is not to fight negativity with negativity, rather smothering them with positivity and giving them a chance to improve their critical thinking skills by providing them with sources (articles, podcasts, videos) that publish good information. Approach the coach or trainer in a respectful manner and challenge their ideas by making sound, logically points as to why they've made a mistake or that their information is outdated. If they fail to acknowledge the new information, your options are to 1) leave them alone, 2) reconsider your own stance and how to approach these types of trainers in the future. Forcing your ideas, or belittling them in a threatening manner benefits no one.

Positivity is something I've picked up from being a business owner. Trainees and potential clients are much more likely to be drawn to you if you're passionate about making a positive change. Constantly shitting on other trainers and failing to provide any useful advice to your own audience is a recipe for failure, something I've learned personally. Spending more time on honing communication skills and having good intentions is the key to making a positive impact you want to see in your clients, athletes and audience.

I understand that a budding scientist that dedicates their life to a particular area of research would be more likely to take offence to a personal trainer online spewing out false information about his/her area of expertise. The said scientist would then be more inclined to participate in call-out culture. 

Call-out culture is bad for business and social impact, but may be practical for keeping misinformation and psuedoscience out of scientific discourse. It's all about context. 

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Stay in your own lane

"Stay in your own lane". The most dangerous, yet best advice any personal trainer and coach can receive.

Dangerous in the sense that this piece of advice can convince a trainer or coach to not branch out of what is currently comfortable to them; suppressing creativity and continuing education.

Best in the sense that trainers should not attempt to use practices and methods they are not fully comfortable with just to make a quick buck or play a know-it-all guru.

I do believe trainers and coaches should go out of their way to learn about topics they're not comfortable or educated on. Well-roundness and adaptability is what every professional should strive for. Learning about areas outside your scope of practice can provide perspective and benefits that "staying in your own lane" cannot achieve. I became a much better strength coach after dabbling in the world of pure endurance training, which lead me to researching about concurrent training theories and methodologies; ultimately improving my program writing abilities. This is just my personal example. I've seen some physiotherapists branch out into the strength training world, integrating strength training principles into their rehabilitation system to better understand and change the lives of their clients. Some have even completely overhauled how they look at the world of physiotherapist after understanding strength training, the adaptability of the human body, and how everything is interconnected. 

A more common example would be trainers studying for a nutrition diploma or certificate to better understand how to adjust their clients' diet and dietary habits in order to fully reap in the benefits of fitness training.

So what's wrong with branching out? Why shouldn't trainers and coaches stay in their own lane?

The biggest problem is the self-inflated confidence of trainers and coaches that believe they are experts in areas they have barely scratched the surface of. Obviously this is a grey area. There is no line to draw to know when you're informed enough to give out advice on a particular topic. This part involves a lot of self-reflection and objectivity, so it's no wonder trainers get it "wrong".

There's a spectrum of people who don't stay in their own lane. Trainers who play sport nutritionist only having learned about "if it fits your macros" a few months ago. Personal trainers who play manual or physio-therapist despite not receiving any formal education in the area. Trainers who receive a NKT or cupping certificate over the weekend and think they're rehab gods or have figured out the code to rehabbing injured patients (don't even get me started on this). I could go on and on...

To make a quick buck, or to make themselves look like more of an expert. It doesn't matter. It waters down the field and is completely disrespectful to the professionals that have been in the trenches and have put in years learning the particular area or topic. It's not only stubborn to think that one can learn the in and outs of an area over the weekend, but dangerous to the potential clients, athletes and patients that follow these trainers.

Do some self-reflection on how much you really know of a topic before you decide to sell your services. Learn how to say "I don't know, I'll refer you to someone or I'll try to find out for you" to your clients and athletes. Be curious and sell the best services you can to your clients, but be humble.

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The Fitness Industry Moving Forwards

With the rising popularity of celebrity diets, Instagram model-sponsored supplements, squats on bosu balls and all the problems I've been discussing above, is the state of the fitness and personal training industry the worst it's ever been?

I don't believe so. I think it's actually the best it's ever been and is improving a greater rate than ever before.

Availability heuristic is a cognitive bias that causes you to make incorrect assessments and assumptions, making you believe something happens more frequently or is more prevalent than it actually is. 

If you ask the majority of people, they'll think poverty, murder and terrorism is much more serious and more prevalent than it was a few years or decades ago. When in fact, poverty and mortality rates have been as low as they've ever been, and other areas like literacy and basic education have been steadily improving (look at the figure below).

The increased exposure to social media, news outlets and daily news has made us believe these problems are more rampant than they actually are. People believe ISIS is the worse group ever in the history of the world, when there have actually been multiple factions of terrorist groups that have carried out the most gruesome massacres and genocides before the popularity of social media and news.

On a less serious note, some people in the fitness and personal training industry suffer from this availability heuristic. You see advice about knees not being allowed to go past your toes while squatting? You might be convinced the majority of trainers still don't know how to teach a proper squat. 

Yes, there are still trainers spewing out garbage, big supplement companies are still cashing in money on people gullible enough to buy a plethora of useless supplements. But don't forget about the increased financial awareness of consumers in the age of technology, the ability to read reviews on fitness products, as well as the thoughtful debates and discussions about fitness and nutrition on Facebook (I use the word "thoughtful" loosely haha).

Anecdotally, I also noticed the personal trainers down at the local commercial gym have been improving as the demand for higher quality training from more self-aware consumers has been increasing. It's much harder to get away with heavy squats on a bosu ball nowadays without getting your fitness page and reputation ripped to shreds. 

Here's a list of why I think the fitness industry is the best it's ever been:

• The growing skepticism and awareness of consumers drives companies to create higher quality products
  

• Amalgamation of professionals from different niches (Personal trainers, dieticians, strength & conditioning coaches, sport psychologists, rehabilitation therapists) on Facebook and online forums
  

• The rise of evidence-based training and nutrition plus the growing demand for these methods
  

• The benefits of strength training are reaching and influencing a greater number of people
  

• More women are buying into the benefits of strength training and competing in strength sports
  

• The pure strength training circle is starting to see the performance and health benefits of including cardio and endurance training
  

• The biopsychosocial model of pain and rise of pain science is changing the way rehabilitation professionals look at injuries and chronic pain management
  

• Trainers and coaches are able to help a wider range of clients worldwide through online training
  

• Evidence-based nutrition recommendations plus knowledge of flexible dieting and intuitive eating are helping people reach their body weight and body transformation goals more effectively; alleviating body image issues and eating disorders

There will always be myths to bust and fad diets to tell people to stay away from, but I believe the fitness industry is improving. Maybe I'm suffering from avaiability heuristic myself, but as a trainer that used to be very vocal and cynical about bro-science and poor advice, I can't help but accept the fact that this industry has improved significantly since I started and can't wait to see what the future holds.

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Have an opinion? What are your thoughts? I'd love to hear them. Comment down below or visit me on my Facebook page!

Better Long Term Athletic Development In Powerlifting

If you're going to powerlift, treat it like a sport. You need to be fit enough to play a sport, powerlifiting is no different. However...

Powerlifting is unique in that it revolves around performing lifts that would be otherwise used as a form of physical preparation in other sports. The squat, bench press and deadlift are all lifts that are commonly used in sports like football and hockey to increase upper body and lower body strength. As a powerlifter though, your success depends on  your strength on these big 3 exercises.

Training Variation 

Ask yourself: Are you in a position to practice the powerlifts with a high frequency? Or can you perform other exercises and round out your athletic abilities while still achieving similar progress?

Just like how athletes must be fit and strong enough to play their sport, powerlifters must be fit and mobile enough to perform the powerlifts. Many times, I see beginner powerlifters neglect all forms of general physical preparation - cardio, intervals, core work, improving overall movement quality, etc. Only until the novices have run Sheiko or Smolov, do they realize they're not cut out for highly-specific work just yet.

While I'm aware that trainees must practice the powerlifts frequently to become a better powerlifter, I'm a big believer in cross-training and including training variation when needed. The skill requirements for raw powerlifting are relatively low, compared to other strength sports such as Strongman events or Olympic weightlifting. Paired with the fact that there are many exercises that can mimic the powerlifting movement patterns, training variation can be very useful.

My clients who have had a history of playing multiple sports or clients who perform a wider variety of training (cardio, unilateral training, core training) in the off-season have been able to become more resilient to injuries, as well as be more successful when it comes to physical performance and mental health on the powerlifting platform.

Mental health and training monotony are big concerns in powerlifting as doing the same exercise over and over again can mentally bog down a trainee. If training isn't fun, why train?

In the last couple of months, I've seen powerlifters wanting to branch out and try different training modalities like Olympic weightlifting and calisthenics, its a great thing to see. Athletes almost always gain some perspective and learn a few things to apply to their own powerlifting training.

Offering some solutions

For novices and intermediate lifters: I urge you to do your fair share of general physical preparation. This means picking exercises that widen your athletic base, while keeping a degree of specificity as you want your physical attributes to transfer over to the sport of powerlifting.

These are my favorite exercises to include for overall athleticism (in no particular order):

• Occasional long-slow steady state cardio workouts - FOR RECOVERY

• Anaerobic cardio intervals on the assault bike or row ergo machine (60-90 seconds hard, 60-90 seconds easy, alternate) - FOR GENERAL WORK CAPACITY AND HIGH EFFORT TOLERANCE

• Isometric core exercises to build core stability and strength, practice bracing and breathing techniques (RKC plank, pallof press variations) - FOR CORE STRENGTH AND STABILITY

• Unilateral training (split squats, 1 legged RDLs, alternating dumbbell presses, 1 arm presses, etc) - FOR SYMMETRICAL STRENGTH AND IMBALANCES

For more advanced powerlifters: you've probably addressed general physical preparation properly, that's how you've progressed to become an experienced, advanced lifter. Variation can still be included. Aside from the powerlifting-specific variations, exercises that mimic the movement patterns of the powerlifters can still be used:

Squats - Quad dominant squat pattern
Bench Press - Horizontal Push
Deadlift - Posterior chain hip hinge pattern

Possible variations to use as accessories, during deloads, or in place of the big 3 when training around injuries.

• Squats and deadlift alternatives (Front loaded squats, trap bar deadlift, prowler pushes, squat jumps, olympic lift variations)

• Bench Press alternatives (weighted pushups, neutral grip presses).

Occasionally including these into your program can reduce the chance of over-use injuries and can be used as alternative exercises to perform around nagging hip and shoulder injuries. Exercises like the neutral grip presses can relieve shoulder stress, while trap bar deadlifts can still provide a high-intensity stimulus without taxing the lower back to the same degree as competition-style deadlifts.

Know when to specialize

Pre-competition is the best time to reduce the amount of variation you're doing, and ramp up the intensity and specificity of lifts. During this stage, the frequency of the competition lifts increase and unnecessary stressors that have already contributed to our athletic base are removed. Things like cardio, isolation exercises and most "bodybuilding" accessories start to decrease in volume in preparation for the higher intensity squats, bench presses and deadlifts.

Understanding training residuals are particularly important when it comes to peaking for a meet. We know that high volume training is required for hypertrophy, however, when it comes to maintaining that muscle mass, lower volume works - as long as intensity and effort is kept high.

This means that as you spend more time with the intensities 85% and above, performing 5 reps or less, you'll still be able to maintain that muscle mass. As a result, it is not necessary to implement "hypertrophy" days in hopes of building muscle, especially if a hypertrophy-focused phase has already been performed in the preparatory period.

If you want to learn more about programming and periodization, read more here.

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Benefits of Including Cardio Into A Strength Training Routine

Admitting to your mistakes is the first step to self-improvement. In the personal training, performance and nutrition industry, you either learn and adapt, or you get left behind. As a trainer and coach, there are many things I've gotten wrong in the past. This series will cover topics I've been wrong and misinformed about, how I changed my stance, as well as how my practical recommendations and advice have evolved over the past months and years in light of newer information.

Cardio Training

Avoid cardio at all costs.
The treadmill are for cardio bunnies.
Cardio will make you smaller and steal your muscle and strength gains.

When I first started to strength train more seriously, these were the quotes I saw all over the internet. The young lifter that I was, I followed this advice and worst of all, I bought into the anti-cardio mindset. During my time powerlifting, I even read some advice from a big name saying something along the lines of: "The best thing you can do in terms of recovery from powerlifting is sit on your ass, the more time you spend resting, the more strength you'll gain". Ridiculous right? Well, at the time it didn't seem too ridiculous to me. 

I grew up practicing martial arts, I ran track in elementary school, I was an explosive, high energy athlete as a kid. My whole life I didn't believe I was good at prolonged low-intensity cardio, so I did everything I could to avoid it. I didn't leave my comfort zone, simple as that. After injuring myself through powerlifting, I wasn't able to do what I loved. I knew the rehabilitation process would take a long time. Something had to change.

If I truly wanted to become the best personal trainer and the best coach I could be, why am I neglecting cardio? Why am I neglecting the science of endurance training and conditioning? A lot of people call themselves strength & conditioning coaches, yet only know how to strength train; I didn't want to be one of those people.

That's when I bought my first bike. I put in the hours on the pavement, flats, uphill, downhill; I fell in love with endurance training and the challenges that come with it. Taking time off strength training and putting more emphasis on conditioning helped me grow as a trainer, and as a strength & conditioning coach. It taught me how to be unbiased when designing a training program, and how to take the best pieces from each modality of training (strength training and endurance training) while discarding the misinformation, myths and negative mindsets that come from the strength training-only and the endurance training-only cultures.

it's all about the mindset

As someones who's been through it AND studied the science, I get where this anti-cardio mindset comes from. Strength athletes are still not buying into the benefits of cardio. I understand there are other ways of improving general work capacity other than jumping on an elliptical or stationary bike. But the biggest problem I see is that many recreational strength athletes and so called "fitness coaches" are neglecting cardio all together, and it's a shame. Not only is this anti-cardio mindset detrimental to the physical and the cardiovascular health-related attributes of an athlete, I have seen it manifests itself in the form of mental weakness and laziness; lifters that complain about 8 rep sets, lifters that embrace the unhealthy and overweight strength training lifestyle, lifters that have to demonize other forms of exercise to feed their own ego. If you're a fitness trainer and you preach an anti-cardio minset, you're not taking client's health seriously. 

Over the last few months, I've realized muscle mass, strength and conditioning are not mutually exclusive, and you should as well. I've taken inspiration from some of the best MMA fighters, "hybrid athletes" like Alex Viada to top level Crossfit athletes.

Low-intensity cardio training is a lifters best friend. Here are some benefits:

• Increased blood flow into working muscles for recovery in between lifting sessions

• Great for cardiovascular health (low intensity training induces adaptions in the heart that high-intensity training simply can't)

• Act as an anti-depressant and improves mental health and short term memory

• Can be used as a form of active-meditation

I'm not telling you to hop on the elliptical for a 2 hour aerobic training session, just perform some type of steady state training 1-2x a week and acclimitize your mind to longer, prolonged efforts of physical activity. 

Practical Recommendation and Takeaways

Perform 30-60 minutes of steady state low-intensity cardio on rest days to improve blood flow and muscle recovery.

Feel free to use several modalities, you don't have to just stick with one. Here's an example:

• 1 Modality Training
  Stationary Bike - 45 minutes at low-intensity, conversational pace

• 3 Modalities
  Stationary Bike - 15 minutes
  Skip Rope - 15 minutes
  Incline Treadmill Walk - 15 minutes

Much like strength training, progressions can be planned, intensity can be undulated throughout the week. Here's an example from 1 week of training

• Workout #1 Moderate steady state
  5 minute easy warm up, 45 minutes at 75% of your maximum heart rate, 5 minute easy cool down

• Workout #2 Easy steady state
  70 minutes at 65% of your maximum heart rate.

Steady state aerobic training can improve your mental game and mindset more so than your physical performance. Get comfortable with uncomfortable situations, be humble and be willing to do things out of your comfort zone to grow and improve as an athlete, no matter what the sport.

If you’d like to learn more about how to mix strength and cardio training together. Read my popular article on concurrent training here.

Amazing Feats Of Strength

We, as trainers and trainees in the fitness industry sometimes have a really biased and skewed perspective of what is considered "strong". With the rise of barbell sports like Crossfit, powerlifting and Olympic weightlifting, it can be easy to forget other forms of strength, beyond the barbell, beyond just numbers.

I get it, lifting a massive amount of weight/external load is impressive and it shows how far our humans neuromuscular system can be pushed. However, one must not forget that strength is specific and involves other variables such as coordination and timing. With that said here are some amazing displays of strength, ranging from powerlifting, all the way to martial arts.
 

Powerlifting: Ray William's 1005lb Squat

Three white lights for the heaviest raw (belt + knee sleeves only) squat of all time. For any licensing requests please contact licensing@break.com

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Olympic Weightlifting: Alexey Lochev's 582lb Clean & Jerk

Strongest Weightlifter in the world: A new world record of 264 kg (582 lb) was set by Alexey Lochev of Russia at the World Weightlifting Championships 2015. This beats the old record of set by Hossein Rezazadeh 11 years ago. "I could never have done it without the support of my parents.

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Strongman: Mariusz Pudzianowski's Plane Pull

Mariusz Pudzianowski in the Plane Pull event of the 2009 World's Strongest Man competition. Click here to SUBSCRIBE: http://bit.ly/1a7GqHc Created in 1977, The World's Strongest Man™ has become the premier event in strength athletics. For over 30 years, the strongest men on the planet have come together in a series of unique and amazing tests of strength to determine The World's Strongest Man.

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Strongman: Haftthor Bjornsson's 640kg Log Lift

WARNING! WARNING! WARNING! We have been trying to get the license to our video back from #Jukin Media since December, but no luck there. Bad service, no money, and loss of income from 1 000 000 views is some of the bad things we have experienced with them. KEEP AWAY FOLKS.

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Wrestling: Aleksandr Karelin

Click for Video

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Gymnastics: Yuri Van Gelder (Rings)

Подписка на наш Youtube канал: http://youtube.com/user/shagyar1 Подписывайтесь на наш паблик: http://vk.com/mimotivation Описание: Нарезки из выступлений одного из самых сильный кольцевиков планеты Ури Ван Гельдера.

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Rock Climbing: Alex Honnold

http://www.alexhonnold.com/

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Mixed Martial Arts: Daniel Cormier

Daniel Cormier flips 6'4'' Alexander Gustafsson.

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The Stubborn Powerlifter

Powerlifters are some of the nicest, hardworking, passionate, yet stubborn athletes you’ll ever meet. Despite the bad rap that powerlifting receives for being non-functional or unsustainable, there are many fixes and ideas a powerlifter can implement to become big and strong without being mentally and physically broken down.

Problem #1: Over-Specificity
 

We all know “that guy”. You know, the one that thinks he has more muscle mass than he actually does, the one that hops on specialized programs like Sheiko or Smolov Jr. three months into lifting. I knew that guy, well... I WAS that guy. Not only am I speaking from experience, but there are several good reasons why over-specific powerlifting programs can be detrimental for new lifters.

One of the biggest mistakes new lifters can make is exclusively performing the powerlifts (squat, bench press, deadlift) and ignoring other compound and isolation exercises. Don’t get me wrong, I know practice makes perfect, an aspiring powerlifter must practice the competition lifts but including a variation of exercises in your program as a lifting nooby is the best thing you can do. I can only count on 1 hand the number of lifters I know personally that can progress by only performing the big 3 day in and day out. Most of them have had an extensive training background in track&field / football as well as experience in the weight room prior to powerlifting.

The Fix: Building The Base

Besides improving technique on the Big 3, the top priority for an new lifter is to… pack on muscle. And I believe including a good variation of exercises is the best way to do this. To developed a well-balanced, stable, and resilient body, a mixture of unilateral, bilateral, compound, and isolation exercises should be included into a training program. This is what I like to call building the base:

• Build an appreciative amount of muscle mass

• Slowly increase bone density and muscle tendon strength to reduce future injury risk

• Practice multiple movement patterns

• Develop that mind-muscle connection (important for when you decide to target lacking muscles, or want to utilize internal powerlifting technique cues)

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Problem #2: putting Too much emotional and financial investment into equipment Too early on
 

“Hey how many lbs does the new SBD sleeves give you?”

“Hey did you hear about the new lever belt?”

Equipment can definitely help and at the national and international level, it may be the difference between a podium finish and not placing at all. However, many powerlifters get too caught up with the equipment too early on in their lifting career. Obsessing over the newest knee sleeves, belts, shoes and wraps is a waste of time and money if you don’t already have a solid foundation.  Avoid making equipment a mental crutch by becoming too dependent on it and avoid overlooking potential negatives that may occur if you're always using equipment.

The Fix: Change the Mindset

Powerlifting is a poor man’s sport, if you have that much money for equipment, maybe you should go play golf or tennis instead. Kidding… KIDDING.

The fix here relates to what I said earlier. Build a solid base/foundation before depending on knee sleeves and belts. Change your mindset. You can be strong without all the equipment. See equipment as a supplement to your training, not a necessity.

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Problem #3: Constantly complaining about things and not doing anything to fix it

How many times have you seen people complain about having a #povertybenchpress? It's one thing to joke about it, it's another thing to post constantly complain on Instagram or Facebook telling your followers that your bench sucks. If you think your bench sucks, do something about it. Shut up and bench more, put some mass on your chest, put some mass on your triceps and shoulders.

The Fix: outline priorities and work on them

Using the bench press example: many people struggle to increase their bench because they have insufficient upper body muscle mass (I was and am one of those lifters). Most big benchers LOOK like they can bench a lot. Either that or they have a ridiculous arch + range of motion and they bench 5x a week. Speaking from experience, putting on muscle mass should be your first option. Leave the very high frequency training (4x a week +) for when you’re a more experienced, advanced-level lifter.

When it comes to putting on muscle mass to improve your bench press strength, periodize your training in a way so you train the bench 2-3 times a week.

2x a week might look something like this

• 1 strength focused session (1-5 rep range, long rests, focusing on bar speed and consistency)

• 1 hypertrophy focused session (5-12+ rep range, shorter rests, include lots of accessories like dumbbell bench press, incline presses, shoulder presses) don’t be afraid to bro out!

3x a week will consist of the workouts above + a low volume technique-based day that can be done in the same workout as squats or deadlifts.

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Problem #4: Too afraid of Time-off

I get it, you want to be competitive. You want to keep up with the rest of the lifters in your division. BUT… continuing to train when you’re mentally and physically exhausted is a recipe for disaster. Mental burnout and increased risk of injury are common outcomes of not spending enough time-off and can hinder your progress in the long-term. Even the veteran lifter should take some time off their normal training routine and dabble in other forms of exercise or at least include a wider variation of exercises.

The Fix: a proper deload

I’m not talking about a one-week planned deload. I’m talking about 3-4 weeks of reduced-intensity lifting. For many powerlifters, this comes in the form of “bodybuilding”, while others will play a different sport or join a recreational sports team. The key here is NOT to completely eliminate all thoughts of powerlifting, but rather shift your focus elsewhere so you’re more refreshed the next time you enter a hard training cycle.

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Interested in Powerlifting Programming and Coaching? Feel free to contact me!

Coaching vs. Programming: Is There a Difference?

initially a note post on my Facebook Page

Wait, if you’re programming for an athlete, aren’t you coaching them? I don’t see it that way.

Programming is writing out a specific training or nutrition program to cater to an athlete’s goal, whether it be improving their powerlifting total or body composition, etc. A knowledgeable exercise physiologist or personal trainer will be able to control training parameters well enough for their athletes to reach their goals effectively but a coach’s role extends beyond that.

Along side programming skills, a coach must be able to:

• Work WITH the person, not on.
   
• Dictate the training process and outline process-oriented goals
   
• Ensure that the athlete is tune with the process. So much can be learned working with a coach compared to jumping on a cookie cutter template program... HOWEVER, it is not uncommon for athletes to perform better on a cookie cutter program (over-individualization is problematic, more on this in another article).
   
• Effectively communicate with the athlete; this means communicating in a way the athlete can best understand what you expect out of them and what you’re teaching them
   
• Create curiosity in athletes, encourage questions and appropriately answer them (not just a “I’m the coach, you’re doing this cause I say so”)
   
• Understand that training and performance is multi-factorial, and that your athlete experience multiple stressors out of your control
   
• Care about their athletes. If you don’t give a shit about your athletes or clients, just write a training template and sell that. Simple as that.

A Lifter's Best Friend [PART 1]

Picture courtesy of Crossfit Fanatico

Whether you're a bodybuilder, powerlifter, Crossfitter, Olympic weightlifter or strongman, there are always tools to help you reach your goals more effectively. Aside from perfecting your technique and consistently training hard and smart, the following is a list of the best sidekicks/pieces of technology that can make a lifter's life easier and their training process more fun and effective.

1. A Coach

It doesn't matter if you're new to strength training, or if you're a seasoned lifter. Hiring a coach can eliminate any biases your own program may have. Even if you're well-versed in programming, having another coach adjust your programming variables or monitor your progress can add some objectivity and accountability to your training.

Benefits of working with a coach:

• Objectivity, accountability in day to day training

• Planned progression --> know when to go hard, know when to back off

• Ability to learn from your coach --> pick his/her brain, don't be afraid to ask questions!

2. Cardio/Endurance Training

I'm very well aware cardio has been a controversial and often joked-about topic within the strength training community. Specifically, many lifters believe that performing any amount of endurance training will significantly hold back their powerlifting total and steal their hard-earned muscle mass gains: to the point where any mention of cardiovascular/endurance training in a strength training program can't be taken seriously among strength training circles. I'm not sure if this stems from laziness, a social stigma in strength sports, or just a case of misinformed lifters (I'd like to think the latter).

Without getting too much into detail about endurance and concurrent training in this post, the truth is: cardio will not steal your gains when done at the correct intensity and at the right time in your microcycle. 

So how will cardio/endurance training help a lifter? Some benefits include: 

• Increased general work capacity --> which means less fatigue over the course of a training session, more sets and reps can be done in each training session over time

• Quicker recovery in between sets

• Great for promoting blood flow and recovery after training --> cooldown

• Most importantly: mental health and cardiovascular (heart/blood vessel) health --> cardio can also be a form of active meditation (it is for me)

2.1. Heart Rate Monitor

As I mentioned above, cardio will not steal your gains when done at the right intensity. Similar to how weight on the bar is used to gauge intensity in strength sports, heart rate (beats per minute - BPM) is used to gauge intensity during cardio/endurance training. For a serious strength athlete looking to optimize muscle mass, strength, and power, LOW-INTENSITY steady-state cardio will be the best for maximizing aerobic adaptations without interfering with strength adaptations. Hard 30 minute runs or multiple sets of high-intensity intervals simply detract too much energy that could be used for strength training. Also, the recovery costs are also too high when performed on top of a dedicated strength training routine.

A heart rate monitor either in a watch-form or chest-strap will be useful for helping you pace/limit your intensity during cardio. The number to aim for is 55-70% of your Maximum Heart Rate for anywhere from 30 to 180 minutes (please note these values may change slightly depending on your level of fitness or any endurance sporting aspirations). The goal here is to work well below your anaerobic/lactate threshold; in layman's terms, work at an intensity where you can hold a conversation with the person beside you, and where you don't feel the burn in your muscles, as this may cut into your strength training recovery. 

2.2. Bike/Rower

Ah, the bike and the indoor rower, the two things I like to call a lifter's best friend next to barbells and freeweights. The bike and rower are a much more favorable modality of cardio/endurance. training as they have less of an eccentric muscle action component to it compared to running. While running, the ankle, knee and hip joint take much more of a beating due to contact with the ground with every step you make. This stress from having to decelerate your whole body is potentially problematic, especially for larger lifters. Biking and rowing has less of a recovery cost compared to running and won't cut into recovery from your lifting session to a significant degree. However, if running is preferred, I recommend starting off at a slow pace for a short distance, slowly increasing distance as your running technique and joint health improves.

-- In Part 2, I will talk about :

personalized intensity charts for each of your lifts,

the value of good training partners,

as well as other tools to help track your progress and to aid in recovery --

Any questions? Comment below. While you're at it, feel free to give me a follow on Facebook and Instagram.

Random Thoughts On Training: Accessory Work

I've been noticing a couple of things watching people lift on Instagram: bodybuilders (or trainees that have spent more time doing a wider variety of exercises) who transition into powerlifting or Olympic lifting tend to 1) Have larger muscle mass 2) Have better form on their "accessory" lifts.

In the world of powerlifting and Olympic weightlifting, accessory lifts are exercises done to supplement the core movements (Squat, bench press, deadlift in PL) (Snatch, Clean & jerk in OL), particularly to bring up weak/lagging muscle groups or to maintain muscle/joint health in order for the core movements to progress further. However, this is only true if the accessory lifts done CORRECTLY to begin with. I see lifters try to put size on their lats/back in order to bench press more but fail to perform a proper chin up or pull up. I see lifters attempt to increase their hamstring strength but put themselves in an unfavorable position during Romanian deadlifts, or fail to target their hamstrings to the full extent during lying hamstring curls.

So this is a reminder: Make it a goal to improve your technique on "accessory exercises", you'll see your weaknesses improve and your core lifts progress more effectively.

5 Tools To Get You Stronger

Aleksey Lovchev's 264kg World Record Clean & Jerk this past week at IWF World Championships (via All Things Gym)

~1100 words ; 5-8 minute read

Its 2015, there are lots of free resources you can use (via the internet) at your disposable to become bigger and stronger. When it comes to designing a resistance training program either for yourself, or someone else, prescribing the right amount of reps and the right amount of weight is crucial for increasing strength and preventing injuries. Monitoring your progression and adjusting your training accordingly is also crucial for long-term progress.  Here are 5 tools to get you stronger!

1. 1 RM calculator

There is no better way to find your 1 rep max other than to lift the heaviest amount of weight you can, for 1 rep. However, testing 1 rep maxes to monitor your progress is very taxing on your body. The second best way, is to estimate it using a calculator. There are many different formulas used for calculating 1RM; none of which are 100% accurate. How do you know which one to use? AllThingsGym - ATG has coded a 1RM calculator that accounts for several different formulas created by fitness authors and exercise physiologists. 

The fact that this site gives you an average of all the e1RM calculations is particularly useful. Especially for those who find that some formulas are inaccurate (usually due to lifting technique, experience, male vs. female differences, etc).  

Okay you've found your 1RM, now how do you write a program based off of that 1RM?

2. Prilepin's Table

Prilepin's Table/chart was created by an Olympic weightlifting coach and sports scientist by the name of Alexander Sergeyevitch Prilpepin. Known for producing multiple world champions, he systematically analyzed the training of hundreds/thousands of strength athletes and put together a table that includes the optimal number of reps to do given a certain % of your 1RM. 

Although this chart was created for weightlifters, it also works well for powerlifting and strength training in general. In fact, many of Boris Sheiko's Powerlifting programs are based off of this chart. 

Prilepin's Table does not account for individual differences in training age, training experience, and current training protocol, but it gives good guidelines for prescribing volume given a certain intensity.  P.S: I would include reps up to 8 per set for loads ranging from 55-70% of 1RM if this chart was used for powerlifting.

3. RPE to % Conversion Chart

Another way to regulate intensity and volume is using rate of perceived exertion (RPE) to gauge effort levels during and after cessation of exercise. In strength training (powerlifting), the use of RPE to auto-regulate training has been popularized by Mike Tuchscherer and the Reactive Training Systems. Using a scale of 1-10, a 10 RPE set would mean the lifter has put in maximal effort, no extra reps could be done and no extra weight can be added to the bar. A 9 RPE set means near-maximal effort, where 5-10 pounds can be added to the bar or the individual can execute 1 more rep. Because the values of the RPE scale are fairly arbitrary, the term "reps in reserve" (RIR) is also used in place of RPE. 1 RIR being equavilent to ~9RPE and 2 RIR being 8 RPE. This chart made by Mladen Jovanovic (@complimentarytraining), is useful in tying together the concepts of RPE, Prilepin's Table and the conventional usage of 1RM, 5RM, 8RM (as a % of 1RM) and show us how intensity, effort and volume are related.

4. Video Footage

Video footage has been my favorite, and one of my most-used tools for training and monitoring technique or muscular imbalances. Progression in technique is sometimes more effective than producing strength gains than any advanced periodized program. Utilizing various angles will help you observe different nuances in your lifting/movement, therefore it is critical to know how and when to use certain angles when filming yourself.

Side View

The side view is perhaps the best angle to judge and analyze the bar path of the big compound lifts (squat, bench press, deadlift, clean, snatch, etc). Because most strength training exercises (related to strength/lifting sports) are executed in the sagittal plane of movement (mainly flexion and extension movements), the side view gives us the most information. We can analyze how close the barbell is relative to the body, if the barbell is lined up with our midfoot during a squat, and analyze the movement of our pelvis (to see if butt-wink/rounding of the lumbar spine is present), amongst other things. 

Head-on View

Front View
BLUE DOTS indicate faulty biomechanics, in this case, right knee valgus and right foot arch collapse.
GREEN DOTS indicate proper biomechanics for squatting, knees tracking outwards with the foot, foot arch is present

The head-on view can be used to identify faulty hip or knee biomechanics that can be an indicator of instability or injury. A common example is using the head-on view to look for knee valgus during squatting or jumping movement patterns or shoulder/lat imbalances during the front rack position of a front squat. 

Rear-View

Aside from getting a booty shot for Instagram, lifting footage taken from behind a lifter is useful for identifying left-right asymmetries (in the hip, shoulders, etc) that you may not other wise see from a frontal view. One thing I look for is collapsing of either of the athlete's foot arch. A collapsed foot arch may stem from knee, hip or glute injuries/inactivity.

What angle you can capture during your training will be depend on the availability of training partners to help you film, whether you have a tripod or not, and whether you have the time or space to do so. 

5. Your Brain

Arguably THE best tool in the universe, your brain! Always think critically about what you read or hear about strength training, its beneficial to have a healthy amount of skepticism. Realize that what works for one individual might not work for another. A big mistake I spot among lifters is their inability to think about and recognize confounding variables. How will your work or school schedule mesh with your training schedule? What external stressors are you overlooking that might be impeding your progress? What are some reasons why a certain training program isn't working for you? Hows your diet? These are questions you should be asking yourself regardless of the progress you are making if you want to be the best you can be.

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Off-Season Program for Size and Athleticism

 I wanted to create a program for myself that incorporated Olympic weightlifting exercises once or twice a week without sacrificing time on bodybuilding and powerlifting movements. What initially started as a simple training split, developed into a well-rounded program for general strength, hypertrophy and athleticism. This program is by no means beginner-friendly; it requires you to have at least some experience with compound exercises (bench press, squats, deadlift, dips, overhead press etc) and Olympic weightlifting movements (power snatches, power cleans). In this blog post, I will do an overview of the whole program and highlight the details and nuances of each training mesocycle.

Program Overview

Training-Split Layout

• MONDAY (Full body): Olympic Lifts w/ Front squats, Abs

• TUESDAY (Upper body): Chest, Back, Biceps

• WEDNESDAY: ACTIVE REST

• THURSDAY (Lower body): Lower body with quadricep/squat focus

• FRIDAY (Upper body): Shoulders, Chest, triceps

• SATURDAY (Lower body): Lower body with posterior chain focus, Back

• SUNDAY: Rest

3 Mesocycles

• Weeks 1-3 is considered a high-volume hypertrophy block

• Week 4 is an active rest/deload

• Weeks 5-9 is considered a strength block (with Week 9 being a back off on volume (not a full deload)

• Weeks 10-12 is a power and conditioning block

Frequency

• Unlike a typical bodybuilding bro-split, frequency is moderate - high to ensure muscle protein synthesis (MPS) is kept above baseline for each body part throughout the whole week
  

• The moderate-high frequency done in this program is also good for motor learning/technique-acquisition and improvement, as well as neuromuscular efficiency (with the exception of the Olympic lifts, which I will address in the final section of this post)
  

• Quadriceps, glutes and hamstrings are all being hit 2-3 times a week throughout the whole program
  

• Chest and triceps are being hit at least twice a week
  

• Back and pulling movements are being done at least twice a week
  

• Shoulders (specifically the lateral head of the deltoid) are only being hit once a week, but it should be noted that the anterior (front) and posterior (back) delts are stimulated on other days via pulling and pushing exercises anwyays
  

• Ab exercises are included in the program at least once a week

Placement of Rest Days

• Rest days are placed strategically to mitigate muscle soreness (delayed onset muscle soreness - DOMs) and ensure adequate muscle recovery
  

• Wednesday's rest day is to ensure the lifter is recovered before 3 back-to-back sessions (Thursday, Friday, Saturday).
  

• Monday is definitely the most technique-intensive day out of the whole program, therefore adequate muscle recovery (reducing DOMs) must be made during Sunday's rest day in order to reduce injuries and increase skill acquisition.
  

• Adequate rest in between 2 sessions that stimulate the same muscles (eg: Chest is being stimulated on Tuesday, then again on Friday. Wednesday and Thursday gives a chance for the chest to recover; right when MPS of the chest drops back to baseline on Thursday, Friday's session will increase it once again up until Sunday/Monday)
  

• Lower volume works requires less time to recover from (Thursday's posterior chain work is pretty low volume, therefore the posterior chain can be worked again on Saturday without any decreases in performance)
  

• Spacing muscle groups out evenly throughout the week is essentially taking advantage of the Stimulus-Recovery-Adaptation curves of each muscle (concept taken from NSCA, Dr. Yuri Verkhoshanksy and Dr. Mike Israetel).

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Weeks 1-3

Training Variables (Volume, Intensity, Frequency)

• Week 1 starts off easy; volume ramps up every week, adding a set to most exercises will keeping the weights the same
  

• Volume peaks at Week 3 (Week 3 should be brutal, you should be sore)
  

• Since Week 1 is fairly easy, Wednesday will be an active rest.
  

• Weeks 2-3 will be much harder and more taxing, therefore Wednesday will be a full rest (no lifting/little to no physical activity, but do stretch and foam roll)

Exercise Selection

• More unilateral work (1 legged RDLs, Bulg. Split Squats, 1 Arm Pulling etc) in order to eliminate muscle imbalances and improve balance/coordination
  

• There is more isolation and arm exercises (Biceps, leg extensions, rear delts etc) compared to Weeks 5-9
  

• Muscle snatches and muscle cleans are used for the first 3 weeks to build up the shoulder musculature and to practice technique (bar acceleration, triple extension) in preparation for power snatches and cleans.
  

• Snatch grip deadlifts with slow eccentrics are used to practice lat activation and increase hamstring hypertrophy in preparation for the conventional deadlifts in Weeks 5-9 (strength phase)

Main Focus

• Weeks 1-3 are important for dialing in technique and setting a good base for the strength and power phases of the 12-week program
  

• The focus should be on work capacity, and volume. Do not worry TOO much on weight progression, stay within 8-8.5 RPE (What is RPE? This is covered in the FAQs at the end of this overview) for most compound movements. Feel free to go to failure and apply a supersets/dropsets to isolation/accessory exercises.
  

• Again, Week 3 should be very high volume. It should feel brutal and you should feel beat up.

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Weeks 5-9

Training Variables (Volume, Intensity, Frequency)

• Overall all weekly volume is decreased in the strength phase because the intensity is increased
  

• Squat frequency goes up from 2x/week to 3x/week (Monday - Front Squat, Thursday - Back Squat, Saturday - Pause Back Squat)
  

• Deadlift frequency stays at 1x/week, but stiff legged deadlifts are introduced in Thursday workouts
  

• Focus on weight progressions through the weeks (eg: Week 8's 4x5 should be heavier than Week 5's 5x5 sets)
  

• Volume drops on Week 9 in preparation for the power and conditioning phase in Weeks 10-12
  

• Frequency of Power cleans increases from 1x/week to 2x/week (more practice!)

Exercise Selection

• The focus shifts from dumbbell work into barbell work so you can handle more weight (Dumbbell RDL's into Barbell Stiff Legged Deadlifts, Incline Dumbbell Bench Press turns into Incline Barbell Bench Press)
  

• A switch from muscle snatch and cleans to power snatch and power cleans
  

• If you cannot get a hold of a glute-ham raise machine, do weighted lower back extensions
  

• Conventional deadlifts replace snatch grip deadlifts (again, so you can handle more weight)
  

• For triceps on Fridays, I recommend any of the following compound movements: 1) Close-grip bench press 2) JM Press 3) Dips 4) Lying Tricep Extensions (Rippetoe variation)

Main Focus

• The main focus for Weeks 5-9 is to move heavy weight while still maintaining proper form (however, one should always seek technique improvement)
  

• Stay within 8-9 RPE for compound exercises in Weeks 5-8. Stay within 7-8 RPE for Week 9.

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Weeks 10-12

Training Variables (Volume, Intensity, Frequency)

• Volume is very low to keep fatigue low. Low fatigue is the best environment to express and practice athletic characteristics such as power, speed and strength
  

• Intensity should be high, you should be moving very heavy weight (>85% of your 1 rep max) for a few reps and sets
  

• Frequency of the main lifts do not change
  

• Conditioning exercises can be done by feel, the sets and reps written down are very rough, do what feels good. Stop when you notice a large decrease in your speed and effort

Exercise Selection

• This power and conditioning block focuses on a lot on heavy lifting, mixed with explosive power movements
  

• Introduction of medicine ball exercises are good for working on rotational power (transverse plane of motion)
  

• Box jumps can include any variation of your liking, normal box jumps, rotation box jumps, depth jumps etc.
  

• Snatchs and/or cleans can be substituted by power snatches and power cleans if your snatch and clean technique is not yet up to par

Main Focus

• The main focus of Weeks 10-12 is lifting close to your one rep max (stay within 9-9.5 RPE), being explosive in your power movements (medicine ball slams, jumps, sprints) and anaerobic conditioning

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Final Points

• Because there is at least one day of Olympic weightlifting exercises in each week of the program, athletes do not have to worry much about losing their athletic ability while trying to build muscle
  

• The periodization (sets x reps over the span of the 12 weeks) provided in the program is rough and very general. Feel free to change training variables to fit your priorities/goals.
  

• The main focus of this program is the training split and phases.
  

• Exercises can be substituted in but try to stick with the main themes of each day (training-split)
  

• Again this program is not intended for beginner-lifters. Some experience with barbell and resistance training is recommended.
  

• A high volume block transitioning to a higher frequency block is a concept I've taken from block periodization an a concept I've used from Greg Nuckol's newest hypertrophy article "Grow Like a New Lifter Again"

PROS 

• Lots of variation in exercise selection, useful for program adherence and training many different movement patterns
  

• Higher frequency of compound lifts will be beneficial for muscle hypertrophy and strengthening of the nervous system
  

• Speed of exercise execution varies, wide variety of exercise tempo (Eccentrics, pauses, explosive/power movements)
  

• Rest days are strategically placed to improve performance and to fit the stimulus-recovery curves of each movement/muscles

CONS

• This is a GENERAL program for size and athleticism and like all general programs, this program may not fit the needs of all sports.
  

• Olympic lifting movements are not trained frequent enough in this program so do not expect large improvements in form. Lifters looking for a program to specifically improve their Olympic weightlifting should look elsewhere. Here are some to get you started: Catalyst Athletics - Breaking Muscle - Pendlay - Russian Approach (via All Things Gym) - Dan John
  

• Although this program does include the powerlifts (big 3 compound exercises), it does not prepare you for a powerlifting competition. Lifters looking for a powerlifting-specific program should look elsewhere. Here are some to get you started: GC Strength & Conditioning Individualized 12-Week Program & Coaching - Candito Training HQ - Sheiko Powerlifting Programs (via Joe Skopec) - Connor Lutz Training Template - Juggernaut Method - 5/3/1 - Cube Method.

Be mindful of comments added to exercises (indicated by a red triangle in the top right of an excel block). They contain useful information about the particular exercise.

GOT ANY CONSTRUCTIVE CRITICISM? GOT ANY QUESTIONS? COMMENT BELOW OR EMAIL ME AT geoffrey@gcperformancetraining.com

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Again Faster Klokov Barbell Review

I've always wanted a barbell to myself, I did not like the inconsistencies of training with several different barbells week to week (not to mention bent barbells). I decided to get the 20kg Again Faster Klokov Bar as a high-quality, general use barbell. This bar is great for Olympic Weightlifting and for compound exercises.

Price
https://ca.againfaster.com/en-ca/shop/conditioning-tools/again-faster-klokov-competition-barbells/
Retail Price: $355 Canadian ($400 after shipping + taxes)

Price was one of the most important factors when deciding whether or not I should buy this bar. $355 was much cheaper than other barbells of the same quality. In comparison, the 20kg Pendlay Bearing Olympic Barbell is $530 (USD) and the Rogue Olympic WL Barbell is $715 (CAD).
As you can see, the AG Klokov Bar is cheaper by a large margin.

Bearings
It is hard to find a bearing barbell south of $500. Bearings is the mechanism by which the barbell sleeve is allowed to spin. Bushing barbells are generally cheaper because of the cheaper manufacturing costs. Both needle bearings (which are better than ball bearings) and bushings are used in the AG Klokov bar, making the sleeve spin smoothly for snatches, and clean & jerks, yet durable enough for everyday use.  The quality of the bearings and the sleeve spin may not be as great as Eleiko or Werksan barbells, but is a huge upgrade from bushing barbells usually seen 

PSI and Bar Whip
The AG Klokov Barbell has a PSI rating of 264,000, which apparently is 30,000 PSI stronger than any other Olympic Weightlifting barbell on the market. I've had this barbell for a week now and have done several different exercises with it, but I haven't lifted heavy enough to test out how much the bar can handle. If it can handle the weights that Dmitry Klokov puts up, it is definitely more than enough for us mortals.

High Bar Squatting 225lbs: There is a bit of whip at the top of the movement compared to normal gym bars, but very subtle.
https://www.youtube.com/watch?v=quugw_xmOOo Judging by this video, there seems to be noticable whip starting from 140kg/308lbs onwards.

Knurling
My favorite part about this bar. There has been reviews saying the knurling on this bar is inconsistent. I'm not sure if they mean the knurling is inconsistent from bar to bar, or inconsistent on different spots of the bar. Nonetheless, I love the feel of the barbell, the outer knurling is not too aggressive; it feels like how a high-quality olympic lifting barbell should feel. I also like the fact that there is a passive centre knurling, which aids in keeping the bar on your back during a high bar squat, or during a front rack position.  Another thing I find useful is the knurling ring marks. There are 2 sets of knurling marks, one for the IWF and one for the IPF; this makes it easier to establish a grip width and be consistent with it especially for lifters who like to perform the olympic lifts as well as the power lifts.

Product Specifications (via Again Faster website)
"• Meets all IWF weight and dimension specifications for Men's and Women's bars 
• Weight Tolerance +0.1% / -0.05% 
• Dual knurl marks that meet both IWF and IPF specifications for knurl mark spacing 
• 264,000 PSI Ultimate Tensile Strength 
• 5 needle bearings per side 
• High strength steel bushings are set both inside and outside the bearings in the collar 
• A screw lock cap with two internal retention rings secure the collars 
• Finish: Hard Bright Chrome 
• Collar Band: Men's = Blue | Women's = Yellow 
• Shaft Diameter: 20kg = 28mm (IWF spec) | 15kg = 25mm (IWF spec) 
• Length: 20kg = 2200mm | 15kg = 2010mm"
 

Closing Remarks
Its a nice feeling to touch a new barbell, this bar feels really good in my hands and really good on my back. It feels very straight and very sturdy. Labelled as a "competition barbell", this bar would be perfect for anyone prepping for an Olympic weightlifting meet. Although this bar performs well when squatting, bench pressing or deadlifting, I personally, would not use it to prep for an IPF Powerlifting meet. The whip of the bar (especially when squatting and deadlifting heavy) is not ideal for Powerlifting meets as it will give the lifter a false sense of strength in training. The lifter will be guaranteed tears of sadness and shame after being stapled to the floor by IPF-approved Eleiko powerlifting barbells.

Overall, I would highly recommend this barbell to competitive athletes and weightlifters or any trainee involved in general strength training.