10 Reasons You Should Swing Heavy Bells
So, I forgot to post on Wednesday. Sorry folks! To make up for it, I present this: As the title states: Swing. Big. Bells.
Me and Natasha, just swinging around.
1. Glute strength- Do you want a strong butt? Of course you do, that's why you read this site. Swings are fantastic glute builders. The glutes are the most powerful hip extensors so it makes sense to perform exercises that force the glutes to extend the hips... hmmm, sounds like swings huh? The powerful snap of the swing carries over into other lifts such as the deadlift and squat. The glutes also play in vital role in sprinting and jumping. So if you want to be the Athlete-Of-Steel, you needs buns of steel. Swing it baby!
Gotta build the wheels if you want speed!
2. Upper back strength- During the swing, the upper back is essentially holding an isometric contraction to maintain the "chest up" postion throughout the swing. The lats are working hard to keep the bell close to the body (so it doesn't go flying away and pull you with it). The rhomboids and the teres major and minor are doing their duty of keeping the shoulder blades down and back and keeping the humerus in it's socket (kinda important). Guess what? Chin/Pull ups require those muscles too.
All my ButtKamp Ladies are swingers (the G-Rated kind, not the other kind) and ALL my ButtKamp Ladies' have improved in the pull up/chin up. We now have 2 women who are able to do a body weight chin up...(Suzanne, above, is one. The day after this, she nailed it!) pretty awesome! Personally, I've noticed an marked difference in my pull up strength, both my 1-rep max (weight on my waist) and my total rep max (how many I can do) have increased. With all the work the lats and upper back do in the swing, I don't think it's a cowinky-dink. Once again, the upper back strength also carries over to the big girl/boy lifts: squats and deads. Try performing either with a weak upper back and you'll find yourself stapled by the weight.
3. Injury prevention/rehab for lower backs- I professed my love and belief in swings for back rehab on Wednesday. The nature of swings, strengthening glutes, upper back, the spinal erectors, and core muscles, perfectly align with the needs of most back-pain sufferers. Most of us have, weak glutes, upper backs, cores, and spinal erectors. I know mine were (thus part of the reason I have injuries). While I can't claim that swings will heal any injury, they can at least prevent further injury (or injury if there isn't one present) and build up the muscles that protect the injury.
4. Grip strength- When your forced to grip a heavy weight while it's moving, you're going to build up some pretty strong hand and forearm muscles. One of my weak links in the deadlift (and pull ups) was my grip. I found this out pretty quickly once I started doing high rep, heavy swings. My forearms were on fire and my grip often gave out before the rest of me did. If you like picking up heavy things and walking around, swings will help build up an iron grip so you can pick up heavier things and walk around even more.
Keep on walkin'...
5. Cardiovascular and muscular endurance- Don't like running? Me neither. I do love to swing though. Swinging is excellent for building up cardiovascular endurance and muscular endurance (the ability for muscles to produce sub-max force over an extended period of time). Don't believe me? Try this: do a ladder of 1-2-3-4-5-6-7-8-9-10-9-8-7-6-5-4-3-2-1. Take a breath for every swing you do. How do you feel? Oh wait, I can't hear your over you pounding heart and labored breathing...
I see too many people talk while using this...
6. Core strength and function- During the swing, the midsection must remain tight not only to protect the spine, but also to transfer the force of the glute contractions into the bell to swing it. The core has to also be able to relax slightly so you can breathe throughout the workout (pretty important piece of exercise, that breathing. Generally, you inhale on the way down, brace on the way up, and breathe out forcefully at the apex of the swing.) and immediately brace for the next cycle of contraction as the bell swings forward. For those with back pain, sometimes the core muscles aren't firing in the right order. Swings help retrain the muscles in this sense.
7. Joint-Friendly conditioning- As mentioned, swings are pretty safe for those with back injuries (most of the time anyway). They're a perfect conditioning tool for those with cranky knees, ankles, and shoulders (mostly). They're also good introductory training for deconditioned individuals as they're scalable to individual strength and fitness levels. Unlike running, which essentially is thousands of one-legged hops, swings have very little negative joint impact (the elbows can take a beating if the upper back isn't doing it's job though so be prudent!) so it's less likely that you'll sustain an injury and want to quit exercising.
Done...
8. Leanness- This is more anecdotal than factual, but swinging promotes leanness better than any other form of conditioning I've run across (outside of regular sprint sessions, which can take their toll on the system physically as they're pretty stressful). Coach Dan John has spoken of the power of the swing to help athletes/trainees maintain a lower body fat percentage and I've noticed in myself as well. It's not going to be the magic bullet, but for those who train hard and eat pretty well, the addition of swings can help pull the body fat down a bit without too much stress to your system.
9. Overall strength- Swings involve the whole body, in case you couldn't tell from the above points. If you want to increase your strength, add some of these in and you'll be amazed at the carry over into the rest of your workouts/activities.
Hagrid-like strength in a little body
10. Self-Defense- If swings help build up the glutes and hamstrings, which are the primary movers and shakers of sprinting, should you be attacked by zombies or some other terrifying creature, you'll be able to scamper away pretty darn fast. Or, if you're brave, just swing your bell at them and let go. 60+ pounds to the face will mess any body up. Pretty sure Kathy could take down any foe.
If those didn't convince you then, well, I have no words.
50/50 Video Highlights: American University Wrestling and Georgetown Prep Lacrosse
Over the past couple months I've had a tremendous opportunity to partner up with mental coach Brian Levenson through providing day-long "camps" for athletic teams looking to take it to the next level with respect to their physical AND mental performance. These camps are appropriately titled "The 50/50 Challenge," as they encompass a grueling combination of physical and mental challenges to help teams improve cohesion and learn to handle and overcome adversity. Brian is extremely good at what he does - he has a tremendous track record with amateur and professional athlete alike - so these events are particularly rewarding for me, being a "physical preparation specialist," as I get to work right alongside an accomplished mental coach to help athletes improve not only the physical component of their sport, but the mental element as well.
In general, what we've been doing with the teams thus far is pairing up series of physical challenges with mental ones, and sitting down to "debrief" after each pairing in order for the athletes to see how what they just learned/accomplished can help them improve in their sport, both as a team and as individuals.
The primary themes we focus on are:
- Focus and Concentration
- Team Cohesion
- Preparation/Routine
- Energy Management
- Controlling Controllables
Just yesterday Brian decided to get his Quentin Tarantino on and compile some video highlights from two of the teams we've worked with: American University Wrestling and Georgetown Prep Lacrosse. It was super enjoyable to work with both these teams as each team was made of not only athletic, but also intelligent and extremely driven individuals. Enjoy!
American University Wrestling Team
Georgetown Prep Lacrosse Team
**Note: If you'd like to schedule a 50/50 Challenge for your team, please don't hesitate to contact either Brian (Brian@capeperformance.com) or me (Steve@studentathletept.com)**
Linear Periodization (Yawn...?)
Grab a cup of coffee and get comfortable. I'm about to talk programming and, more specifically, my personal experiences with linear periodization: My go-to programming style is, and always will be, the conjugate sequence system. The reasons are many, but to simplify, I just plain consider it the most effective and safest way to improve strength, power, and athletic performance in most advanced athletes while ensuring that serious CNS fatigue stays at bay.
Plus, because the BULK of my programming experience has been for sports where the goal, from a S&C perspective, is to allow the athlete to perform close to their best for upwards of 2-months in many competitions that are all equally important. The constant cycling of compound lift variations and set/rep schemes lends itself quite well to these types of sport.
So, when I began working with track and field, who are only interested in peaking twice a year, the seeming simplicity was almost too much to bear. I found myself working with coaches who implemented their own linear periodization on the track and wanted the weight room sessions to mirror in terms of both volume and intensity.
This meant *gasp* that I would have to resort to programming bench pressing and squatting at repetitions that sometimes exceeded sets of 10. I know that sounds kind of silly, but for women who squat in the 300's and men who hover around 450, a 4x8 back squat session can get pretty out of control.
My first year with track and field I spent many painful hours trying to unravel the mysteries of linear periodization (mountain out of a mole-hill? I'd say so). I even went so far as to get a USATF Level 1 coaching certification in an effort to find some solid footing.
Well, fast forward a couple years, and we've won our conference the last three years and had numerous successes on the road to nationals each season.
Despite this success, I still had a problem. I couldn't accurately identify with the athletes as they trudged through what I believed to be an extremely intense training program.
I've always prided myself on personally experiencing virtually components of every program I've ever implemented. This is critically important because it helps me communicate and relate to the athletes better than if I have no experience with what they're going through.
Why had I never done this with the track program? I've actually got a couple good reasons: Baby #1 followed by Baby #2. But, no longer being in the pregnancy cycle, I figured I could probably manage my way through the sprinters and jumpers weight training program. That or I'd hurt myself trying.
In my next post I will dive into the details of this training plan and how I've been progressing.
Here are a couple teasers: 1. I haven't experienced this much muscle soreness in at least 5 years. 2. I'm amazed the team hasn't attempted a full blown mutiny given what they do on the track is followed immediately by my program. Remember, the programs mirror each other in volume and intensity. 3. My lift today really almost made me throw up. Happily, my iron stomach once again proved to have the upper hand. 4. I'm getting much stronger very quickly.
Until next time...
Running & Wrestling: Like Oil and Water?
I have this very special file on my computer that is titled "Master Programs" and inside are all the important tidbits of information that have helped define SAPT's training approach and the template variations we have created. Looking through it is like taking a trip through time, as I remember where I was and who I was working with when each variation was put through its paces. There are a number of sub-folders with names like: 400m Training, Agility, Assessment, Healthy Knees, Intensity Tools, Nutrition, PL/WL (that's powerlifting and weightlifting), and Sport Specific. Within the Sport Specific folder I found an old document I put together in 2007 where I polled a number of other active D1 strength coaches regarding their approach to conditioning (specifically running) and wrestling.
To give this a bit of context, SAPT was in its infancy... I think the company was like 2 months old, and I had somehow convinced a high school wrestling coach to let me take his team through a 6-week pre-season training (thanks, Jack).
At one point we touched on the idea of running and wrestling. My stance was (and still is) that long distance running would actually do more harm than good for a wrestler. WELL, let me tell you this was not well received by the guys. So, in case I was crazy, I polled these other coaches. Here were their responses:
What’s the deal with running?
Responses from a variety of collegiate coaches…
“The majority of the AU wrestling conditioning is done on mat. The running is predominantly sprint work on the track at distances of approximately 30m, 60m and 100m. The long distance runs are primarily for recovery or for dropping weight. You need to explain that to those parents as best you can. Maybe you can use this to help you: "Due to the previously discussed increased risk of injury during periods of fatigue (30), designing the injury prevention program to incorporate metabolic system training proves essential. Specific to wrestling are activities that require high levels of anaerobic power and muscular endurance (8, 22, 54). Over the course of a 2-minute period, an explosive attack occurs approximately every 6 to 10 seconds (35). Simulating the metabolic needs of practice and competition is best accomplished through interval training (33). Intervals involving periods of intense resistance exercise, running, or biking interspersed with periods of relative rest should be considered the ideal training method to achieve physiological responses similar to wrestling. If possible, injured athletes should continue conditioning programs that also mimic the physiological needs of practice and competition (Table 3) to prepare for return to competition after adequate healing occurs."
From:
Terry L. Grindstaff PT, ATC, CSCS, *D and David H. Potach PT, MS, CSCS, *D;, NSCA-CPT, *D. 2006: Prevention of Common Wrestling Injuries. Strength and Conditioning Journal: Vol. 28, No. 4, pp. 20–28.
Or check this article out:
Zsolt Murlasits MS, CSCS. 2004: Special Considerations for Designing Wrestling-Specific Resistance-Training Programs. Strength and Conditioning Journal: Vol. 26, No. 3, pp. 46–50.”
Email response from Jason Riddell, Head Strength and Conditioning Coach at American University
“LSD for wrestlers depends on why they're doing it. For performance gains it's worthless, it's like having your sprinters do it for greater speed improvement. But, for improved aerobic capacity to aid in match recovery it has a small place, and I think there are much better ways to improve this capacity rather than going on long slow runs or staying on a bike for a long time, so I would say on occasion it may be okay but not as a regular activity. Last, and probably the one most wrestlers use as their excuse for wanting to do LSD is for weight loss, cutting weight.
There are a lot of variables to this debate, LSD or no LSD?
LSD has been proven to cause:
Decrease in strength and power
Decrease in anaerobic power
Decrease in muscle mass
Last time I checked wrestling relies pretty heavily on all three of those, and a decrease in them will ultimately cause a decrease in match performance.
I prefer the Tabata method of HIIT (high intensity interval training) and this is what we had our wrestlers doing. But, there were always those guys that went on the LSD runs to cut weight.
I hope this answers your question.
Give my best to Handy.
I look forward to meeting you some day. Feel free to come down and visit when you have time.
GW”
Email response from Greg Warner, Head Strength and Conditioning Coach at JMU
“First of all, thanks for being an avid reader of Elite. Funny you asked this question, b/c we just had this conversation with our wrestling coaches. They were all about these long distance runs and once we finally explained it to them in a way they could understand, it clicked!
Here’s how we explained it. You know how wrestlers get “heavy leg” syndrome? Well, that’s due to lactic acid build-up. The more that they are trained at lactate threshold, the better their bodies will get at getting rid of and recycling the lactic acid. Running long distance is aerobic. It won’t help them at all when they are in the third period and their muscles are “heavy” or filled with lactic acid. Some longer recovery runs are beneficial on days in between hard workouts or hard practices. We typically do a “2 minute/ 3 minute routine”. Two minutes of running (either done on a football field where they have to make a certain number of yards or on a treadmill at a certain speed…. Heavy weights and light weights are different, of course), then 3 minutes of recovery (walking). This is the longest running we will do with almost any of our athletes. They do need to have some aerobic training, but not 5 miles straight, know what I mean? Most of our training is done in shorter intervals (30-60 seconds).
I hope that helps to explain it. Once we explained it in terms that the coaches could understand (they understood “heavy leg syndrome” not lactic acid build-up), then it made sense to them and they were more open to changes.
Let me know if you have any more questions.”
Email response from Julia Ledewski, Assistant Director of Sports Performance at New York University at Buffalo
“Ok, here is my advice......GOOD LUCK!!! Seriously, this is a tough battle to fight, and one that I think very few can win. Why, because they have been doing it for so long that they are convinced it works.....yet too close-minded to acknowledge that there might be a better way. Also, as I have learned since coming to UTEP, people in athletics really don't like change.....even though if you don't change you will never get better. If you have Jason Feruggia's book, "Tap Out!!!", he gives an excellent description that may help you fairly early on in the book.
#1. I remember when I was wrestling in high school that we did distance runs for the first couple weeks of training, but after that never ran anything that lasted more than 2 minutes. And, these were sprints. How long is a period in wrestling?.....2 minutes. We also had one of the best wrestling teams in Missouri. In fact, after I left they won the state championship 3 years in row. They also place in the top 6 nearly every year. Several of the guys I wrestled with went on to wrestle at the D1 level. In fact, one guy competed at the international level and was expected to go to the Olympics, but had a few distractions. In high school, you don't get to recruit your athletes, instead you have to train the ones you have. For me, that's enough evidence to say that wrestlers don't need to run long distances to be good.
But, to play devil's advocate, what did nearly all of us do on our own after practice? We went for a long distance run. But, that was more to keep our weight down than to stay in shape.
#2. If you walked into a wrestling meet, and had to bet on one of two wrestlers, which one would you bet on? One wrestler looks like a marathon runner....thin, frail, no muscular development, and slow. The other looks like a sprinter.....lean, hard, muscular, fast, explosive. Knowing nothing else, except what you see, which one would you bet on?.........Here's a hint, most high caliber wrestlers have more similar characteristics of sprinters than marathon runners.
#3. Running long distances requires you to be slow. Why would a wrestler want to be slow? Sprinting requires you to be fast. Don't wrestlers need to be fast and explosive?
#4. They might like this arguement. Have the athlete run six 400 m sprints at a challenging pace (1 min 35 sec or less) with only 5 minutes rest, then on a separate day have them do a 1.5 mile run at their normal distance pace. Then, ask them which is harder and requires more mental toughness? If they are being honest with you, and running hard on the 400s, the answer should be obvious. By the way, which one is more similar in energy demands to a wrestling meet? In high school a period lasts 2 minutes, and there are 3 periods per match. Furthermore, I would be willing to bet that you could increase the distance run to 3 miles and it would still not be as hard as the 400s. *(The time I listed is what one of my soccer girls ran her 480 yd sprints in, so it may need adjusted for a male athlete who is only running 400 meters).
#5. You can try explaining the energy systems to them, but I don't think you will get very far doing this. They will not understand, nor do they want to understand science. Even if they say or they think they believe in science, their "honest" opinion is that there is no science in athletics. The only thing they will see is results. And, some are sold on hard work, but carry it WAY TOO FAR in that they will actually tear their athletes to pieces before backing off. These are the people that blame losing on not working hard enough, so that after a loss they kill their athletes in workouts so they are too tired to perform in the next match, and lose again.......from here it is a downward spiral. Again, it all comes down to results that they see (W-L). If you do your running, and they win, you are a genius and they will be sold on your ideas. If they lose, it will be your fault and they will never buy into your ideas, regardless of whether you are right or wrong.
I saw the Thinker's response. That arguement will go nowhere with the people you are dealing with.
All the weights on our racks are in kilos, so I don't bother to do the math on anything I don't think is close to a PR. Also, if I do want to do the math, seeing it in kilos first distracts me from the depressing number of pounds I am lifting, in that doing the math is so fun that it takes the focus off what I actually did. By the way, how can you say "stay" strong when you know how much I am lifting? Shouldn't you be saying "get" strong, instead?
yes, it is depressing,
David”
Email response from David Adamson, Assistant Strength and Conditioning Coach at University Texas at El Paso
“Thinker: How much value (or lack of) do long slow distance runs bring to the table of conditioning for wrestlers? I'm trying to dispell myths among parents and athletes... running seems to be a VERY hot button for them! Thanks so much for your help!
Hello Sarah, Let's consider this from a physiological perspective:?? Long slow runs are certainly a viable means of developing oxidative capacity; and running in general provides a great deal of latitude in terms of how it may be manipulated (intensity, duration) in order to develop a multitude of capacities (developing cardiac power, pushing the anaerobic threshold, developing speed strength, sprint speed, speed endurance, etc).??The question, however, is: is long slow running the optimal means of developing oxidative power for the wrestler???Sarah, the answer is no.?? The oxidative power may much more effectively be developed via the performance of exercises that also develop the local strength endurance of the muscles of the legs, trunk, arms, and shoulder girdle.??These exercises may be performed with the most rudimentary of apparatus (bodyweight calisthenic/gymnastic, barbells, dumbbells, med balls, kettlebells, etc)??The key, however, is that the exercises are performed via the appropriate method (such as circuit or serial), the appropriate resistance, for the appropriate durations, and at the appropriate speed of movement to yield the targeted adaptations (in this case oxidative power). A heart rate monitor is an exceptional tool for regulating such a form of exercise.??In regards to developing oxidative power, most of the literature suggests that heart rate zones 60-70% of the maximum are ideal for recovery purposes and at the higher end (70-80%) you will begin to develop the power of the oxidative system. At you progress into the 70th percentile you are still beneath the anaerobic threshold and continuing to develop the power of the oxidative system. ??So, essentially, any form of exercise beneath the anaerobic threshold (which must ultimately be quantified in the laboratory or with technology like the Omega Wave) is stimulating the oxidative process (the lower the intensity the more the restorative the stimulus- the higher the intensity the more developmental the stimulus to the power of the oxidative system)??Specificity to sport is then imparted via the exercises performed and the work/rest intervals.”
Response from Pitt Performance Department
I have to say, it was pretty cool getting such thoughtful responses from so many of my mentors at the time. The take-away here is whether you are a wrestler or not, you should always examine the reason(s) why you are doing the conditioning you are doing. Is it actually helping you gain a performance improvement? Or is it actually hindering your peak? SAPT's tremendous coaches can, of course, help you reach that peak.
Joint-Friendly Conditioning, Part 2: A Few Examples
In Part I I briefly discussed how the majority of conditioning programs people undergo - be it for fat loss or athletic performance - often aren't the most "joint-friendly" by nature and have the potential to provide an unfortunately high risk:reward ratio.
As a quick recap, here are two lists (albeit noninclusive lists) one has for improving their aerobic or anaerobic energy systems, that will be much more joint-friendly and reduce the risk of injury during the process :
Beginner ---> Intermediate
1) Loaded Carries 2) Sled Pushing/Pulling/Dragging 3) Jumping Jacks 4) Medicine Ball Work (primarily in the sagittal plane to start) 5) Airdyne Bike 6) Low-Level + Low-Repetition Bodyweight Drills 7) Dynamic Mobility Work
Intermediate ---> Advanced
1) Loaded Carries 2) Sled Pushing/Pulling/Dragging 3) Jumping Jacks 4) Medicine Ball Work (all planes of motion) 5) Airdyne Bike 6) Low-level + low-repetition bodyweight drills 7) Dynamic mobility work 8 ) Crawls 9) KB Swings 10) Burpees. Maybe. 11) Sledge Swings 12) Hill Sprints 13) Jump Rope 14) BB & KB Complexes 15) Low-Load Push/Pull/Hinge/Squat Patterns
Here are just a few examples on how one could utilize these options to create a sound conditioning workout.
Cardiac Output Circuits
These will improve your aerobic system by augmenting how much blood your heart can pump with each beat. The end result will be a lower resting heart rate (strong indicator of your overall "fitness") and greater efficiency of your cardiovascular system in general.
Perform the following in circuit fashion, keeping your heart rate roughly in the 120-150bpm range. Many people like to get way too crazy with these and push their heart rates through the roof (due to all the rage of high intensity training). Resist this urge, and take a moment to rest if your heart rate shoots above the desired range.
Pick one circuit and perform it for anywhere from 25-60 minutes.
Cardiac Output Circuit #1 (Day 1)
A1) SA KB (or DB) Suitcase Carry x :45/side A2) Bear Crawl x 30-40yds A3) BW Pushup x10 A4) Hands-elevated Yoga Plex x4/side A5) BW Split Squat x8/side A6) Walking Spiderman w/OH Reach to Hip Lift A7) Jumping Jacks x25 A8) Medicine Ball Overhead Slam x8-12
Cardiac Output Circuit #2 (Day 2)
A1) KB (or DB) Goblet Carry x :45 A2) KB Swing x10 A3) TRX Inverted Row x8-10 A4) Tiger Crawl x20-40yds A5) Prowler Backward Drag x30-40yds A6) SA KB Bottom-Up Overhead Carry x20yds/side A7) Medicine Ball Facing Side Throw x8/side A8) Sledge Swings into Tire x8/side
As you can see, the sky is the limit with what you can do with these. Extremely effective, versatile, fun, and, most importantly, easy on the joints. Ideally these would be performed on "off days," or roughly 5-8 hours outside of your normal resistance training window.
These will do wonders for helping your body's ability to dissipate delayed-onset muscle soreness, improving insulin sensitivity and capillary density (thus promoting blood flow and nutrient delivery), enhancing general physical preparedness, and aiding your psychological well-being to boot.
For those who simply hate dedicating anything more than ten minutes to conditioning, you could do something as simple as adding a "finisher" to the end of your weight training session. Pick 3-4 exercises, say, SA KB Racked Carry (x :30/side), Medicine Ball Cyclone Slam (x8/side), Sled Push (x30yds) and Jumping Jacks (x25) and do 2-4 rounds of it.
These won't have the same effect as the cardiac output methods listed above, but hey, something is better than nothing right.
And that's it. This is really just the tip of the iceberg regarding conditioning, but hopefully it at least gets you started thinking about ways you can achieve that "cardio" effect without having to bang your joints on a run or some crazy jumping fest.
Joint-Friendly Conditioning, Part 1
Aerobic training, energy systems work, metabolic training, get-sexy-for-beach time. However you want to put it, it's loved by many, and even if for those who don't love it, it needs to get done.
Unfortunately, the large, waving red flag I continually see soaring above the majority of people's conditioning* routines, is that they quickly leave their victims injured and broken, rather than better equipped for the arena of athletics or simply leaner and healthier.
*Note: I realize this term means completely different things to different people, and entire books could be written (and have been) on the matter. However, for the rest of the post, for all intents and purposes "conditioning" will be used to simply imply anything elevates your heart rate up for the purpose of enhanced work capacity, performance, fat-loss, or health.
Traditional running programs boast one of the highest injury rates among participants to date, and the incalculable group exercise classes and exercise DVD sets out there have people performing lunge jumps, broad jumps, repeated box jumps, and other so-called "plyometrics" until they're blue in the face. Or, until their patella tendon shoots out front side of their leg, whatever comes first I suppose.
As as aside, please keep in mind that when I use the term "injury" I'm not so silly to presume that all of you out there undergoing a common conditioning regimen are going to become paralyzed or some equivalent of being blasted by the Death Star's ray gun, but it could be something as simple as tendinitis, tendinosis, back pain, or any developing some sort of "achy" joint in general.
So, given that you're likely either A) an athlete, or B) someone who cares about feeling, looking, and moving better, this begs three questions, along with the part of this article that you actually care about:
#1. How do you perform conditioning routines that reduce the risk of injury occurring during the process?
#2. If you're currently currently suffering any form of injury, how can you still become a mean, lean, fighting machine despite your achy knees, back, and/or shoulders?
#3. If you're a competitive athlete, how do you obtain enhanced work capacity, yet spare your joints and central nervous system in the process?
In general, you're going to want to avoid exercises that place high stress on the joints, and movements that, when performed under a state of fatigue, aren't likely to degrade in form. So running, jogging, flat-ground sprinting, and repeated jumping and bounding (incorrectly dubbed 'plyometrics' by the fitness gurus) are going to be considered "higher risk."
Oh, and I can't believe this should even need be addressed, but the olympic lifts for high reps are out, too.
So, what to do? Below are a few of my choice, joint-friendly conditioning options (feel free to chime in any of your personal favorites below), which I've divided into two "spectrums:" Beginner ---> Intermediate and Intermediate ---> Advanced. There's obviously overlap between the two categories, and everything isn't black and white, but hopefully this will help you get a decent idea of some of your options to toy with.
Beginner ---> Intermediate
1) Loaded Carries (Farmer Walks)
A bread-and-butter movement. Quoting the man Dan John himself: "The loaded carry does more to expand athletic qualities than any other single thing I've attempted in my career as a coach and athlete. And I do not say that lightly."
Virtually anyone can do them, the majority of the variations are extremely joint-friendly, and not to mention they get the heart rate up at an alarming rate. The other week I took my farmer walk implements to the local high school track and walked 800 meters with them. The next day I no longer wondered what loaded carries were good for.
Below is a real quick video on a bunch of different variations you can use if you don’t have access to implements. Note that you can certainly use a dumbbell instead of a kettlebell for a large majority of these.
Bill Hartman also wrote an excellent recent post on how loaded carries make for quite a remedial exercise selection. Check it out HERE.
2) Sled Pushing, Pulling, Dragging
This has to be one of my favorites, by far. Easy on the low back, shoulders, and knees. It’s relatively “dummy proof,” it teaches one to simultaneously flex one hip and extend the other, and produces very little post-workout soreness (extremely important for athletes in particular). Just last year, when I was dealing with a nagging leg injury that made squatting problematic, I was still able to push it hard on the sled while concurrently healing my injury.
3) Jumping Jacks. Who said it had to be complicated?
4) Medicine Ball Work. Note that I'd recommend sticking to overhead slamming until one knows how to use their hips (not low back) to do wall throws.
5) Airdyne Bike.
6) Low-level + Low Repetition Bodyweight Drills in Sequence
7) Dynamic Mobility Work
Intermediate ---> Advanced
1) Any of the list above (sled work, farmer carries, jumping jacks etc.). It's all scalable, after all.
2) Crawls!
People usually make fun of these until they try them. They're deceptively challenging when performed for reasonable distances, and the beauty of them is they can literally be done anywhere.
See the video below for numerous demonstrations. I’d recommend starting with just the bear and tiger crawls, and make sure you’re keeping a stable spine throughout. The chicken, kangaroo, gorilla, spider, and scorpion wouldn’t be advised to those with injuries.
3) KB Swings
4) Burpees. Maybe. Just be sure you're achieving full hip extension at the top and not looking like a pile of doo-doo as you land from the jump and transition into the pushup.
5) Sledge Swings
6) Hill Sprints
7) Jump Rope
8 ) Barbell (and Kettlebell) Complexes
9) Low-level Push/Pull/Hinge/Squat Patterns
I'll be back on Friday to briefly discuss a few options on how to string these together.
(Update: You can see Part 2 HERE)
