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Category Archives: Training

Shavasana

It is a new year, time for new goals.

Last year at this time, I had committed to climbing the Nose with careful preparation as days turned from January to late May.  I began slowly with my training regimen — easing on the ice cream, alcohol, and exercising too.  If you know me, you know that I am sort of non-stop.  This was an endurance training, so non-stop was great, but I didn’t want to wear too quickly.

After the Nose in June, I cancelled a massage appointment and to this day haven’t made time to reschedule….


It has been an awesome year, but I have realized that I need to rest.  I want to have another rad year!!!
A little nap in the midst of the already full year of events– 2013 has a full schedule of trips, expeditions, retreats, training and more training, work, growth, and hopefully laughter and health.

I have athletic ambitions, as well as, work commitments.  Dovetail Mountain will take another leap….for the best I can only hope!!!

To start this year, I have moved to the beach for a month of yoga, surfing, running, napping, and handstands.   I felt strong before I left Colorado–forearms full of endurance— but the earth was also full of freezing cold temperatures.  Rock climbing season was in hibernation.

This is my mini-hibernation.

I do worry about loosing my endurance or mental strength, but am also aware of this much needed break.  It is a new year.  Time for new beginning.

Re-set, let go, start from a base that is even better than the year past.

Looking, standing, breathing again!  

The Raptor!

I am not an ice climber….well, I have now gone, liked it, and I will most certainly go again!

My first experience was years ago with an acquaintance.  I wasn’t quite sure what he was looking for, but we hiked around a lot up the Lawn Lake Trail.  I never took my tools off the pack, even to this day I have no idea what moderate ice we might have been looking for.  Oh well.

All Mixed Up, Thatchtop Mt., RMNP

My second experience, was this November a few weeks after my whipper in Zion.  My experienced friend was very patient while I gimped up the trail, and even more caring when we stopped at the base of All Mixed Up to gear up and my feet were already frozen.  After attempting to warm them, feed me, hydrate me, dance around, we ended up turning around.

What a sissy!

I am from Minnesota, I used to tolerate the cold so well.  Wow, too many winters chasing eternal fall!

My third experience was just after Thanksgiving and it went swimmingly.  Granted I borrowed warmer, more appropriate, boots.

The three of us, 2 non-experienced ice climbers and a third who had previously climbed at our desired destination, Hidden Falls.  We had a leisurely breakfast, drove to Wild Basin in Rocky Mountain National Park, strapped on the packs, and wandered down the road, now winter trail, west.

Then we wandered down the road east, back tracking.  We wandered a short trail parallel to the road for awhile.  Then we wandered about another pull-out and trail.  Finally, we wandered further west definitively.  Our third, “leader”, didn’t quite remember how far to wander the road, where Hidden Falls might be hidden, and surely didn’t even know what day it was.

All in good fun.  We arrived, just as another pair of climbers was hiking out.

Perfect.  Place to ourselves.

I just top-roped, but messed around with dry-tooling (which I had done before last winter in the Cascades), but I also got to climb a few pitches of just ice.

I was enjoying my new ice tools, and the boys were also enjoying my new ice tools.  The Trango Raptors saw 8-10 pitches on their first day out.  These nice tools have an aggressive pick, are quite light, and have an excellent grip.  I really enjoyed the grip set up, allowing me to switch hands comfortably, gripping above the standard grip location was equally as comfortable and easy.

Get your new pair at http://www.trango.com/ice_gear/Raptor  

Campus Training Part 2: Frequency & Exercise Overview

This is part 2 in a three-part series on Campus Training.  If you haven’t read Part 1, please do.

Frequency & Rest

The next order of business is to discuss frequency.  Of all training activities, this one has the highest Gab-to-Grab ratio of them all.  That is, far more time is spent talking about Campusing than actually doing it, and that is how it should be.  This training is used sparingly because it is extremely high intensity, and has very limited specificity to rock climbing compared to other mutually exclusive activities like limit bouldering.  In other words, limit bouldering offers a lot more upside than Campusing, and its not safe to do large amounts of both, so err on the side of too much limit bouldering.  Personally, I dedicate about 5 minutes of training time to bouldering for every minute of Campusing (and that doesn’t even account for the fact that every minute of “campusing” really only entails about 5 seconds of contact with the Campus board).  My typical Max R phase will last 3-4 weeks, and entail alternating workouts focused on Campusing and Limit Bouldering.  An outdoor, power-focused climbing day would usually count as a “limit bouldering” day.  Every campus workout is followed by two full rest days (i.e. 70 hours of rest). 

I will pretty much never do more than 5 Campus workouts in a given training cycle.  In my experience, absolute campus power will begin to wane around the 4th-5th workout, although actual bouldering ability should continue to improve as other factors (like movement skills & core strength) improve.  Once I stop improving on the Campus Board I move on to other things.  The schedule will inevitably vary somewhat based on specific climbing goals, targets of opportunity (three-day weekends), etc.

Campus Exercises

There are many different ways to use a Campus Board, and its likely new exercises are invented all the time.  This is not meant to be an exhaustive list but I included every exercise I’ve tried.  If you know of something worthwhile that is missing, please describe the exercise in a comment.  Campusing should only be done in an open-hand or half crimp (Index and Pinkie straight, Middle & Ring bent ~90degress at the big knuckle) grip position.  Do not campus with a closed crimp grip.

Just about any of the Campus exercises described below can theoretically be done in both directions, that is, going up the board and going down.  Theoretically going down will produce more dramatic results, but also increases injury risk significantly.  Its also possible to do both in a single continuous movement (as described in the discussion about  plyometrics).  Personally, I’m not a big fan of going down, as it completely eliminates what little specificity exists in Campus training, and it just feels really dangerous.  But if you find yourself unreasonably healthy and you need that last little bit of power to complete an extremely valued goal, you might consider adding some limited down-campusing.

Note all of these exercises are shown in the video if you just want to cut to the chase….

-”Basic Ladders”: Go up the board one rung at a time, alternating hands, hitting every rung until you reach the top.  This can also be donw with a match between movements if the basica ladder is too strenuous.

-”Max Ladders”: Go up the board alternating hands, skipping as many rungs as possible.  The ultimate goal is to increase the distance between the first and last rung. 

-”Max 1st Move”: Start matched on the first rung and go as high as you can stick with one hand.

-”Go-Agains”: AKA “Bumps”, do the first Max Ladder move, then continue “bumping” the high hand one rung at a time until failure.

-”Touches”: As for the first move of a Max Ladder, but instead of latching the high rung, simply touch the rung, then ‘fall slowly’ back onto the starting rung. 

-”Double-Dynos”: (AKA “Doubles”) Move both hands at the same time in matched fashion, so for each movement your body has no contact with the board. 

-”Up-Down-Up”: This is a more advanced plyometric version of the other exercises, and is usually done with a Double Dyno, but could also be done with one hand fixed if Doubles are too hard (as for Max Ladders).  Begin by Campusing up a set increment of rungs, then down a set increment (with the same hand or matched hands).  When you latch the lower rung explode back up (trying to make the down and up portion one continuous movement). 

-”Typewriters”:  Begin with hands matched on the left (or right) end of your campus board.  Bump your right (or left if starting on the right end of the board) hand as far right as you can, without going up the board.  Continue bumping your right hand right until you run out of real estate or are about to fall off, then match your left hand next to your right. 

Demonstration of Campus Exercises.  It may help to view thise several times.  Never do all of these in one workout (unless you’re filming a video for your Training Blog)

Now that I’ve described a plethora of exercises, let me contradict myself.  I think a big mistake lots of people make is that they try to do too many different types of movements on the campus board.  In my opinion there just isn’t enough training time available to properly work all of these areas.  If you try to fit all this stuff in you will consume your entire time allotment just doing each activity once (leading with each hand).  That doesn’t allow any time to actually repeat a movement.  How can one expect to get better at a movement if they only do it once?  I describe all these exercises because they might help you overcome a specific weakness, but I would not recommend that any one person do all of them.  Tune in next week to find out which ones I think are really worth investing serious time in….

Campus Training Part 1: History, Theory & Campus Board Construction

This is Part 1 of a 3 part mini-series on Campus Training.  Check back for the rest of the story in the near future.

Gullich going big on the original Campus Board. Note how low his left hand is!

The legend of the original Campus Board is well-known and often re-told, not unlike the Epic tales of the ancient Greeks.  The incomparable Wolfgang Gullich installed the first board at a Nurnberg gym known as “The Campus Centre” to help elevate his finger strength to levels that could only be described as “futuristic”.  The board consists of a ladder of finger edges, and the training method is to move dynamically between these edges with feet dangling.

The concept behind the Campus Board is to apply methods of “Plyometric Training” in a manner that is specific to rock climbers.  Plyometrics have been around for a while, originally developed by Soviet Track & Field coaches in the 1960s to help train explosive power in their athletes.  Early plyometrics involved activities like jumping off a high surface, landing on a lower surface and immediately springing back up to the original height.  Theoretically the landing causes an involuntary eccentric contraction in the leg muscles which must be immediately converted to a concentric contraction in a very short period of time.  This type of training is still widely regarded as the best method for improving explosive power.  Gullich’s visionary adaptation of these concepts proved to be the key to his ground-breaking ascent of Action Directe in 1991, amazingly still one of the hardest routes in the world.

Gullich mono-campusing on his opus, “Action Directe”

Considering that (simplistically speaking) Power equals Force divided by Time, there are two key reasons Plyometric Training is effective at developing explosive power.  While it helps increase muscle fiber recruitment (key to maximizing the force element of the equation), there are many ways to increase recruitment some of which are likely more effective.  What sets plyometrics apart is the dynamic aspect of the training, which helps train muscle fibers to contract more quickly, allowing us to generate high levels of force in short order.  The obvious application to climbers is to use plyometrics to improve “contact strength” (if you’re unclear on the definition, read this), the key to performing difficult dynamic climbing moves (and often the key to success on hard routes or boulder problems). 

As with classic Plyometric training, the act of latching a difficult dynamic move entails a short period of eccentric contraction in the forearm muscles followed by an immediate concentric contraction to achieve the desired isometric grip position.

In addition to the pure strength benefits of Campus Training, this method is very helpful for improving the inter-muscular coordination required for good “accuracy” in dynamic movements.  The more you practice dynoing or campusing, the better your brain gets at aiming for holds. In a few sessions I can pretty quickly get to a point where I’m basically deadpointing every campus move, which makes the moves much easier. This accuracy translates directly to the rock, although on rock, every move is different, so your accuracy on an onsight will likely never be perfect, but it should improve over time.  The more you practice dynamic movements, the better your body & mind get at remembering those types of movements, meaning you should find yourself better able to “dial” dynamic moves on your projects over time.

Consistent Campus Training will greatly improve your muscular coordination, key for moves requiring tremendous accuracy like this dyno to a mono pocket

Finally, its well known that some climbers just don’t do well on dynamic moves.  This could be due to a general lack of aggression or a strong desire to remain “in control” on the rock.  Campusing can work wonders with these issues.  By encouraging aggressive and committing movement in a low-risk environment, climbers can overcome years of overly static movement after only a handful of short campus sessions.

With all the many great things Campusing has to offer, its worth noting the downsides.  First, there is no doubt that campusing is much harder on the joints than other methods of recruitment training such as hangboarding.  Campusing is by its very nature somewhat wild and out of control.  With a hangboard you can dial-down the intensity at will, and let go the moment things get uncomfortable.  Often in campusing (or dynoing in general) the only sign of injury comes after its too late.  For that reason, its critical to minimize the amount of time dedicated to the Campus Board, and ensure that you are 100% injury free before beginning any campus activities.  Elbows are particularly at risk, but shoulders and fingers need to be healthy as well.

Hopefully your board looks something like this, or perhaps even better. From left to right the board has “Large”, “Small” and “Medium” rungs.

Now that you’re all psyched to get campusing, you just need get yourself a Campus Board.  Ideally you have a local gym with an acceptable board.  The board needs to be in good shape, with a large quantity of smooth “rungs” of uniform size and shape, spaced at short intervals (around 3-4″).  Many boards have way too few rungs.  The result is climbers quickly progress to whatever is near their limit, then its pretty much impossible to improve any further because the next increment of progression is too great.  The legendary Ben Moon has popularized the spacing of his board (22cm intervals), which is famous for the “1-5-9″ ladder.  This spacing is way too big!  Someone like me can do 1-4-7 on Moon spacing, but I would have no prayer of doing 1-5-9.  So I would be forced to do something that is too easy to be at my limit.  Some day I may be able to do 1-5-9, but I won’t get there by repeatedly doing 1-4-7.

Another common problem is boards that mix different sizes and shapes of rungs on the same ladder.  This causes the same problem as a board with too few rungs.  The board should be ~15 degrees overhanging, and free-hanging to allow your feet and legs to swing around without dabbing on nearby walls.  If you don’t have access to a good campus board and you want to build your own, I highly recommend wooden Campus Rungs like these.  For some great tips on building your board, check out this guide.  You don’t necessarily need all three sizes of rungs–at this point I have no use for the Large rungs and only use the Medium rungs for warming up.  Finally, the rungs need to be numbered so that you can record and track your training.

Look for much more on how to get the most out of the Campus Board in the next few weeks….

H.I.T Hard, Crank Harder…

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I’ve had a number of requests recently for some more posts about training, especially from fellow female climbers.  So it seemed fitting to share about my somewhat recent experiences with HIT Strips.  A little late, but better late than never!  HIT Strips, aka Hypergravity Isolation Training, are a training protocol developed nearly a decade ago by guru Eric Horst, author of numerous training for climbing books.  What prompted me to hop on the strips?  Summer in the Southeast, as you are probably aware, is not known for it’s sending conditions.  Heat and humidity is at an all-time high, causing both…Read the rest of this entry →

Contact Strength, Max Recruitment, & Power Training

‘Contact Strength’, ‘Max Recruitment’ and ‘Power’ are terms used often by climbers in training, but their actual meanings and inter-relationships can be somewhat ambiguous.  As the first in a mult-part series on the subjuect, this post will attempt to clarify these terms and explain precisely what they mean for Performance Climbers. 

Skeletal muscle is composed of many individual muscle fibers, and they don’t always work in unison.

Each muscle in the body is composed of a multitude of individual muscle fibers.  When your muscle completes a contraction, not all of these muscle fibers are contributing to that contraction in a useful way.  Some fibers may contract at the wrong time, or too slowly to be effective, some may not contract at all.  Some of this is accidental, but some is intentional.  Individual fibers cannot sustain a contraction over a “long” period of time.  Any sustained muscular contraction is achieved by alternating the brief contractions of individual fibers (allowing some to rest while others are working).  This has obvious advantages to endurance athletes, but is problemmatic for those seeking to produce the greatest amount of force for a single, short burst of effort.

Max Recruitment Training is all about maximizing the amount and effectiveness of muscle fiber contractions for a single effort.  This is done in part by increasing the number of active fibers during a contraction.  The goal for climbers training Max R is to increase the ability to generate maximum force to execute one ridiculously hard move.  Of course, most of the time ‘ridiculously hard’ moves are atleast somewhat dynamic, which brings us to an oft used (and mis-used) term in performance climbing, “Contact Strength”. 

Contact Strength: if you can’t generate high force quickly, you won’t be able to ‘stick it’.

Contact Strength is a widely confusing term, so let me spell out my definition.  When you grasp a hold, your muscles do not exert peak force on the hold immediately. It takes “a while” (on the order of a tenth of a second in some human muscles*) for your muscles to generate maximum force. “Contact strength” is basically the amount of force you can generate during the period of initial contact with the hold.  This is critical to climbers executing a dyno, because you need that force to ramp up as quickly as possible, during the brief instant when your fingers are still in contact with the hold you are dynoing for. 

You’ve probably heard of “fast twitch” and “Slow twitch” muscle fibers, each designed to be more effective in different types of contractions.  Slow Twitch fibers are more dense with capillaries, allowing them to sustain areobic activites, but they take about three times as long to contract as “Fast Twitch” fibers.  On the flip side, Fast Twitch fibers are unable to sustain long efforts.  Fortunately for the “tortoise” climbers out there, some slow twitch fibers can be trained to behave more like fast twitch fibers (trained to contract more quickly).

A highly magnified cross cection of muscle tissue showing three muscle fiber types. Type 1 are “Slow Twitch” (the most common type), Type IIB or IIX are “Fast Twitch”. Type IIA fibers have attributes of both fast and slow twitch, and can be trained to behave somewhat like either.

However, true “max Recruitment” training in the weight-lifting sense doesn’t necessarily train the speed element of a contraction, but rather the maximum generation of force independent of time.  A weight lifter looking to max out his deadlift can tug and scream for half a second before the barbell actually lifts off the floor.  This can be true of hard climbing moves as well, as in the first hard move pulling off the ground or off a good stance, but in my experience the vast majority of crux moves must be executed dynamically.  So climbers need to find a way to train Max Recruitment that also helps to improve contact strength.  For this reason, it would probably be more correct to say that climbers can benefit from “Power Training” vice “Max Recruitment”, but since Power is a subset of Max R, both are relevant to climbers, its simply a matter of determining the best use of limit training opportunities.

Here are some general descriptions of a few climbing-specific activities that will help train Power or Max R in the climbing muscles without eschewing other key aspects of climbing training: 

Limit Bouldering: Pretty simple, bouldering right at your limit.  The key is to do problems that emphasize one or two REALLY hard moves, rather than problems that entail 6-8 pretty hard moves.  Remember, we want a small number of reps at very high intensity.  Bouldering at a lower intensity is fun and can have other training benefits, but to get Max R improvements, the moves need to be WAY HARD!  To get an additional power training effect, emphasize hard dynamic moves.

A good limit boulder problem will emphasize 1-2 really hard moves

Pros:

  • Very sport specific
  • Trains entire body (finger strength and core)
  • Trains movement elements
  • Can be done outside
  • Way more fun & social than any of the other options!

Cons:

  • Difficult to quantify intensity for purposes of tracking from season to season, can be alleviated with private wall or visiting outdoor boulder crags
  • Difficult to isolate specific muscle groups (may be limited by core strength, etc). Can be alleviated with routesetting privileges
  • Relatively uncontrolled, can lead to increased injury risk
  • More susceptable to external influences (peer pressure, projects at the whim of your gym’s routesetters, confusion between training & performance (desire to send training problem encourages unwise behavior))

Campus Training: This dynamic style of training involves footless dynos between like holds, and is probably the best method of pure power training available to climbers.  Look for some in-depth discussion on this in the coming weeks.

Pros:

  • Easy to quantify
  • Easy to isolate finger strength
  • Best for improving dynamic accuracy & confidence
  • Perhaps the best method for improving “contact strength”

Cons:

  • Higher than normal risk of aggravating elbows/shoulders
  • Depending on setup, can be difficult to progress
  • Not as specific to rock climbing as Limit Bouldering
  • Little movement training involved (although it does require some coordination, these movements aren’t very specific and not sufficiently varied)
  • Can be painful/hard on the skin
  • Requires special equipment (a campus board)

Hangboard Training: A hangboard can be used for any type of muscular training, its just a matter of varying the number and duration of reps and sets to achieve the desired goal.  Max R training on a hangboard would involve 2-3 sets of 1-3 reps of a short duration (5 seconds or less) for each grip position.

Pros:

  • Easy to quantify
  • Easy to isolate finger strength
  • Can be done without access to crag or gym

Cons:

  • Not very specific
  • Little to no dynamic component, which is key to Power Training/contact strength
  • No movement training benefits
  • Monotonous (after 4 weeks of Hypertrophy training on the hangboard, do you really want to do another few weeks of Max R on the hangboard?)

What’s my favorite?  I’ve never used a hangboard for Max R training, and I have no plans to, but I could see the benefits if you didn’t have access to a good campus board or bouldering facility.  Unfortunately the lack of a dynamic element is a significant disadvantage.  I think both Limit Bouldering and Campusing have their place, but I favor Limit Bouldering because of the benefits of training movement and the entire body system all at once.  In the next few posts I will go into much more detail on Campus training and how it should be integrated with Limit Bouldering into your training plan.

Smarter, Not Harder

Tom brought up a couple of questions in response to the Climber’s Fest post which I will start to address here:

tom on July 25, 2012 at 2:35 pm said:
“you brought up two very interesting areas i hope you will discuss in detail:

a) being aggressive in climbing – what’s the mindset, how do you turn it on? how do you get it back when you get out psyched by the rock?

b) trying hard – sometimes it frickin hurts, and you need to try harder to get through. but sometimes trying too hard leads to flailing around….

looking forward to a deeper discussion!”

These are really two different questions, so I’ll address them under separate posts.  Let’s look at “trying hard” first since I have better anecdotes for that topic.  Generally speaking, its a good idea to try hard, but what does that really mean?  Many years ago my brother Mike had a chance to spend some time with Tommy Caldwell, so Mike asked him what he does to train for climbing, in hopes that they would discuss proper set lengths, number of repetitions, etc.  Tommy’s response was, “just try really hard, all the time”.  End of discussion.  I’ve always thought this was interesting advice to give to a total stranger and it brings to mind a classic legend.  An aspiring climber hired a local wunderkind to “coach” him.  The coaching session consisted of aforementioned wunderkind yelling “pull harder” throughout the session, right up to the point of catastrophic tendon rupture in the client. 

‘What do you mean you don’t track your hangboard workouts in an Excel spreadsheet?!’

These stories remind me of a concept discussed extensively in “The Self-Coached Climber”, that is, often people who are really good at stuff don’t really understand what makes them good.  For example, Usain Bolt is the best at running 100m fast, but that does not necessarily mean he would make the best coach for another aspiring sprinter.  Admittedly, this is a somewhat condescending attitude.  Tommy is clearly an extremely intelligent and thoughtful person, so I don’t suggest this theory in anyway as an insult to him.  However, I think it indicates that those standing on the top of the tower, looking down on the huddled masses often under-estimate the amount of drive, focus and effort that even “regular joes” put into climbing.  There is a great line in the excellent running moving “Without Limits”, in which the Bill Bowerman character is lecturing the late great Steve Prefontaine:

The incomparable Pre

“Your insistance that you have no talent is the ultimate vanity.  If you have no talent, you have no limits, its all an act of will…I’ve got news for you.  All the will and hard work in the world isn’t going to get one person in a million to run a 3:54 mile.  That takes talent.  And talent in a runner is tied to very specific physical attributes.  Your heart can probably pump more blood than amyone else’s on this planet, and that’s the fuel for your talent. Your bones in your feet – it’d take a sledgehammer to hurt them. And that’s the foundation of your talent. So your talent, Pre, is not some disembodied act of will, it’s literally in your bones…”

I think that many aspects of climbing (like finger strength) come naturally to some elite climbers (not that they didn’t have to work hard to get strong, but they didn’t have to put a lot of thought into it), so all that remains is to try really hard at the moment of truth.  They see someone struggling on 5.11, and they think that person just isn’t trying hard.  ‘If only they tried a little harder, they could climb 5.15 too!’ 

Sometimes trying hard can have negative consequences. This flapper took my entire finger pad off after an ill-advised dyno.

I’ve climbed all over with all kinds of different people, and I’ve observed a lot of people trying very hard at the crag, at all different grades.  In my expereince, lack of effort is rarely the limiting factor in those who are well motivated (and there are plenty such climbers).  In fact, I’ve observed many climbers trying too hard on occasion.  That is, beating their heads against a brick wall with no potential positive outcome.  Climbing until their fingers are bleeding, thus forcing additional rest days that otherwise wouldn’t have been necessary.  Taking huge whippers or dynoing repeatedly for blind holds, risking severe injury or bloody flappers, either of which could be avoided by simply hauling up a stick clip.  Or simply “flailing around” as Tom suggested.

One of my favorite expressions is “smarter, not harder”.  One thing I like about this philosophy is that it emphasizes the long view over that which is obvious and immediate.  Performance rock climbing is all about finding the easiest way to do that which is inherently difficult.  Advice to the effect of “Try Hard” is often misinterpreted to mean, ‘squeeze as hard as possible or dyno wildly as you scream like Sharma WHILE YOU ARE CLIMBING’.  However, most of the time, it turns out that squeezing harder is not the answer.  Rather, discovering a new body position, distributing weight perfectly between fingers and toes, rehearsing the accuracy and timing of dynamic movements, pacing the effort correctly–these are generally the keys to overcoming a challenging route.  Rather than trying hard to do a move that requires 100% of your crimping power, try hard to find a body position that allows you to do the same move with 80% exertion!

Furthermore, those that try hard only when they’re literally on the rock are missing out on countless opportunities to improve their climbing.  Try hard to schedule adequate rest, stick to a healthy diet, get enough quality sleep.  Try hard to wake up on time so that you can get to your project when the conditions are ideal.  Even in the unlikely event it does come down to a simple matter of brawn, try hard to use your brain to develop an effective training strategy to develop the needed horsepower, as opposed to simply squeezing until your knuckles explode.

The decision to use your brain is not an exemption from giving 110% come gametime.  Trying really hard on Tommy’s masterpiece, ‘Grand Ol’ Opry’.                      Photo Matthew Oscadal.

Rather than simply, “try really hard, all the time”, how about, “try the appropriate amount, all the time” (really rolls of the tongue, doesn’t it?).  Sometimes, maximum force is required to get the job done, the gear is good, and your body is prepared to handle the stress that maximum force will produce.  In that case, by all means, go for it!  On the other hand, often caution is the better part of valor.  Many times it makes sense to take it easy, save some energy (and some skin) for the next burn, or next climbing day. 

So how do you know when its time to give it one last all out effort, and when its time to throw in the towel?  Experience, which of course, comes from bad judgement, or by observing and listening to others.  Dose your efforts with a preference for quality over quantity.  Listen to your body; if you’re too tired to give a quality effort, save whatever you have left for tomorrow.  Don’t climb frustrated, which is a sure path to regret.  When you find yourself facing a tweaky crux move that presents the risk of several months of injury, consider whether it really makes sense to “try really hard”.  Maybe there is another route just as challenging but not so tweaky (or, if you have your heart set on it, hit the hangboard for a few seasons and come back when you are truly ready, or limit yourself to a pre-determined number of tries per day on the tweaky move).  Say “take” during a too-hard warmup to avoid a flash pump that might ruin the entire climbing day.  Take a break to tape up before hucking for that jug yet again, thus avoiding a handful of bloody flappers.  Rest when rest is called for.  Take a moment to consider new beta before trying the same move the same way for the tenth straight time.  Don’t feel compelled to perform for the gallery.

When you are on redpoint (or onsight), on a meaningful climb, that is the time to go for it.  If you’re already in dogging mode, don’t be a hero.  Use that seemingly useless blob of ballast above your shoulders to do what makes sense in the long run.

Spice Up Your ARC Routine

The book that started it all

“ARC” is short for Aerobic Restoration & Capillarity training.  This training method was first described in the legendary Performance Rock Climbing.    If you are unfamiliar with ARC training, you can get the rundown here.  Many climbing periodization plans call for massive amounts of this training; as much as 90+ minutes per workout, with several workouts per week for several weeks.  Considering the long, repetitive sessions coupled with relatively low intensity, its pretty much certain these workouts will become stale sooner or later.

There are some things you can do to alleviate this problem.  First and foremost, evaluate how much ARC training is really appropriate for you.  Some plans call for six straight weeks of exclusive ARC training, some call for none.  My recommendation is that beginning climbers should do the most ARC training, perhaps as much as six weeks per training cycle (although I never did more than four weeks when I started training as a 5.11 climber).  As you progress as a climber, you can gradually reduce the length of your ARC phase, assuming your technique continues to develop at a pace at least equal with that of any strength gains you experience.  If technique is always your limiting factor, continue to emphasize ARC workouts.  Even advanced climbers with great technique can benefit from longer ARC phases if they are training for ultra-endurance-oriented climbs (like those at the Red River Gorge, for example) .  At this point in my career, my ARC phase is never more than 6 days, and some seasons I don’t ARC at all.  That said, a paltry three ARC sessions can be enough to bore me out of my mind.

If your goal route looks like this, think twice about minimizing your ARC phase

Here are some things I do to keep my ARC sessions a bit more engaging:

-If you have route-setting privileges, create pre-set traverses, (or vertical routes/treadwall routes).  At first simply climb these routes, but then repeat them (over the course of a single session, and/or progressively throughout the phase) gradually eliminating holds (trying to do the traverse in the fewest possible number of moves). 

-Movement drills. Pick a particular movement and then practice doing that move over and over.  You can select 4 or 5 particular moves and set aside 5 minutes or so for each movement.  Do a set number of reps (say, ten–something easy to track in your head), with each hand/foot (left and right).  You can add slight variations on the theme, and use progressively smaller holds to make the moves more difficult.  Here is a brief list of example movements you can drill, feel free to add others (you may find it helpful to print this list and keep it handy for your next ARC session):

  • Silent feet movements
  • Straight Arm reaches
  • Backstep
  • Inside Flag
  • Outside Flag
  • Rock-over
  • High step
  • Twist-lock
  • Cross over
  • Cross under
  • Twist-lock & reach across
  • Reach up from low under cling
  • Reach across body from low under cling
  • Undercling over head & step up
  • Gaston
  • Heel Hook to rock-over
  • Drop Knee
  • Extended foot stab
  • Hip thrust
  • Deadpoint

Look for unlikey rest stance and practice awkward or strenuous shakes.

-Practice awkward rest positions.  Try to find spots where you can just barely get a rest or “unlikely” rest positions (big stems, underclings, etc).  In particular try to find rests on steep terrain.  If you have a goal route in mind, and you know what the rest stance are like, attempt to replicate them and practice the positions (they should get easier over time).  On less steep terrain practice resting on insecure, slippery feet.  Stances like these tend to encourage over-gripping, so focus on remaining relaxed.  Learn exactly how much weight you can put on your feet, using the bare minimum of hand strength.

 

 

-Try “Fartlek” style workouts.  This Swedish running workout involves alternating periods of higher and lower intensity.  For example, set a time interval, say 5 or 10 minutes, within the 30 minute session, to climb on smaller holds, or steeper terrain than you could normally sustain during the ARC set.  Try to increase your focus during the hard interval.  When the higher intensity interval is completed, follow that up with an equal length interval of easier climbing where you can relax, let your mind wander, or work on technique with easier moves.

A good outdoor ARCing route will require you to weight your arms without causing an unsustainable pump

-ARC outside.  The trick is to find a crag with the right type of routes.  Stay away from slabs, dihedrals or other routes that allow you to stand on your feet the whole time.  You want routes that require you to hang from your arms but aren’t overly pumpy.  If the routes have easy rests, limit your time at these rests or avoid them entirely.  If you have a willing parnter take turns climbing 2-3 routes in a row before switching belay/climbing roles in order to get your “set” time as high as possible.  Ideally you would have enough draws, etc that you could just lower & immediately move to the next route without removing your shoes or resting between routes.  Remember this is training, not play time; continue to hone your technique during these sessions.  As you add outdoor sessions, continue to get atleast one indoor session per week.  While outside sessions can be better for training technique, indoor sessions are usually better for training local endurance.

Q&A #3: When Should I Start Training for Climbing?

This question comes up quite a bit, along with the more specific, ‘when should I start hangboarding?’  Obviously this is a personal decision, and for many climbers (perhaps the vast majority) the answer is ‘never’.  For that reason it makes sense to start with the question, why train at all?  A few reasons can be found here.  I’m going to assume that if you are reading this blog you have at least some interest in training (or you are cyber-stalking me, in which case I live in Iowa with my many shotguns and doberman pinschers).

Gratuitous climbing shot: Kate cruising Edge of Time with The Diamond looming behind.

I used to always tell people that a reasonably fit person ought to be able to work up to redpointing 5.12a sport routes just by focusing on movement skills and climbing regularly (2-3 times per week), and therefore, that was about the point one might consider following a structured training program.  In retrospect, I think I said that simply because that is what I did.  With hindsight, I think I would have been better off as a performance rock climber had I started training earlier.  The two years or so I spent getting from 5.11- to 5.12- included three major finger injuries and lots of frustration.  I’m confident I could have avoided those injuries, and likely progressed further, faster, had I followed a structured training program.

Considering the above, why not start training immediately?  There are at least three standard reasons often cited:

1) Developing proper movement skills is the top priority for beginners, and time/energy spent training will take away from movement training. 

2) If you get too strong, too early, you will develop bad movement habits that will plague your entire career (i.e. you will campus every move, never use your feet; Chris Sharma has this “problem”).

3) The delicate connective tissues in your hands and lower arms will not be able to handle the stress of training, thus resulting in injury.

Hopefully by this point I’ve been on my soapbox long enough that we can just eliminate #3 with minimal discussion.  Training stress is simply a function of volume (itself a function of intensity and duration) and recovery time, both of which are FAR easier to control in a structured training program than in random climbing activities.  When done properly training reduces injury risk.  That said, it would be wise for children & adolescents to use caution until we learn more about how their fingers respond to such activities.

Its never too early…Logan records his performance between campus sets.

Number 2 is a simple matter of self-discipline.  Anyone Jedi-enough to follow a structured training program ought to be able to focus their attention on acquiring and practicing movement skills with sufficient frequency to keep pace with the relatively slow rate at which muscles and connective tissue adapt to training stress.  Its simply a matter of paying attention and continuing to work on it.  A good training program will incorporate specific phases and activities focused on movement training, resulting in far more time spent on such activities compared to the typical ‘random climbing activity’ control group.  Developing finger strength is a life-long pursuit.  Even the best finger-strength program on the planet will not have you ripping holds off the wall overnight.  You will have several years (perhaps decades) to perfect your outside flag before you will surpass Chris Sharma’s crimping power.

If you get too strong, too fast, you might end up like this guy…wouldn’t want that.

Number one is probably the most valid, but as I suggest above, there is more than enough time to do both, in my opinion.  You can only spend so much time practicing drop knees and back steps before your mind goes numb.  Most movement training is not especially strenuous by design, leaving some gas left in the tank for other training activities.  If a typical beginner were to climb every third day in a climbing gym, they could spend the first 30-60 minutes doing movement drills, which double as a warmup, and the next 30-60 minutes on sport-specific training.  That is plenty of time to acquire new skills and new strength, endurance and power in significantly less time than it takes for a single day of unfocused cragging.

And that leads right into the best reason to delay training, and that is that most of the time, climbing is a lot more fun than training.  As my brother Mike once said to an enthusiastic begginer:

‘Why don’t you just enjoy climbing for another couple years. You have your whole life to systematically, slowly, and painfully, but certainly suck out every golden drop of innocent joy that the sport ever offered you….Get back to me when you find yourself camped out at the base of some shitty road-cut chosspile throwing F-bomb infused woblers every time your foot pops off that polished, over-chalked smear at the crux of your super-sick new linkup/eliminate of “Warmup Problem” and “Center Problem Direct” (the good crimper is off) with a downclimb of “Middle-Left-Right-Left-Down Problem”.’*

[*In fairness, I should probably point out that Mike was recovering from a potentially career-ending injury when he wrote this, so he was in a bit of a dark place at the time–he’s feeling much better now ;)]

Which brings me to the bottom line.  If you can maintain a relaxed attitude, have fun with your ropemates and continue to progress steadily through the grades, why not just keep at it?  This is a completely valid approach and it works to some extent for many climbers.  Once you get to the point that you have stopped progressing at a rate that satisfies you,  start training.  This is why I describe the decision as personal.  Each person needs to decide how to weigh the fun & casual aspects of climbing against the performance aspects.  What rate of progression is satifying to you?  Looking back at my own experience, its easy to say that I regret not taking things more seriously when I was younger.  But at the same time I had some of the most rewarding experiences of my career during those chaotic years.  I would like to think its possible to have balance between the two but to be honest, that is something I really struggle to maintain.

In conclusion, from a purely physical perspective, I don’t buy into any of the standard reasons given to delay training.  If you’re psyched to start a structured training program, including hangboarding or other sport-specific finger strength training, I don’t see any reason to wait.

Hangboard FAQ #0: What is a Basic Hangboard Routine?

I’m a strong proponent of hangboarding for increasing finger strength for rock climbing.  I’ve tried many different methods, and IME, hangboarding is the most effective.  For basic instructions on how to go about hangboarding, check out “The Making of a Rockprodigy”, a training plan my brother Mike & I developed many years ago.  I get a lot of questions about the specifics of hangboarding, and it seems like many of the same questions come up over and over, so I will be adressing common questions in a series of Hangboard FAQs.

I get some form of this question all the time, and I usually refer people to The Making of A Rockprodigy.  However, that is a bit of a long read, and I assume that most people are, like me, too lazy to read through the entire thing, so here is the Cliff Notes version of a “basic” hangboard routine (note, “basic” does not mean “easy”, it means “uncomplicated”).  Keep in mind that a hangboard can be used a myriad of different ways, for different purposes.  This is one way that has shown excellent results for increasing finger strength.  If you want to know the ‘why’ behind this routine, refer to the above linked article.

First of all, this routine only involves “dead hangs”, which means hanging straight-armed (with a slight bend in the elbows) throughout the entire workout.  No pull-ups, no lock offs.  Additionaly, this routine is designed to be used with two hands on the hangboard for every repetition (no one-arm hangs).  Hangboard workouts should only be done after a THOROUGH warmup.  I recommend at least 20 minutes of climbing, starting out easy and getting progressively more difficult, working through all the grip positions that will be used during the workout.

The proper posture for hangboarding: Arms straight, with elbows slightly bent, head up. Note the pulley-system for removing weight.

The first step in tailoring this routine to fit you is to select a set of “exercises”.  These equate to grip positions, so an example of four “exercises” would be: Open Crimp, Two-Finger Pocket (Middle/Ring Fingers), Wide Pinch, Sloper.  Conduct these exercises in an order that makes sense.  In my experience, you will get the most bang for your buck if you limit the number of exercises to around 7 or less.  Much more than that and it becomes difficult to maintain the appropriate level of intensity throughout the routine.

For each exercise, complete 3 “sets” of “repetitions”.  These should be done in a “pyramid” fashion, meaning the first set will involve relatively less resistance but high repetitions, and the third set will have relatively high resistance and low repetitions.  The ‘Rockprodigy’ routine calls for 7 reps in set #1, 6 in set #2 and 5 in set #3.  Rest 2-4 minutes between each set in the workout (I recommend 3 minutes).  Complete all three sets of one exercise before moving to the next exercise.

A repetition is a dead-hang of a relatively short, timed duration, followed by a brief, timed rest period.  For example, a 10-second hang followed by 5 seconds of rest (a good “beginner” rep) or 7-second hang followed by 3 seconds rest (a good “advanced” rep).  So to roll it all up, the third set of a given exercise for a “beginner” would last 70 seconds and transpire as shown:

0:00 – 0:10 Exercise 1, Set #3, Deadhang Rep #1

0:10 – 0:15 Rest

0:15 – 0:25 Deadhang Rep #2

0:25 – 0:30 Rest

0:30 – 0:40 Deadhang Rep #3

0:40 – 0:45 Rest

0:45 – 0:55 Deadhang Rep #4

0:55 – 1:00 Rest

1:00 – 1:10 Deadhang Rep #5

1:10 – 4:10 Rest for Exercise #2, Set #1…

An example 3rd “set” of the Middle-Ring 2-finger pocket “Exercise” of an Advanced Hangboard Routine.

Finally, the key to this routine is the “resistance”.  That is, the amount of weight hanging from your fingers during each set.  This varies greatly from athlete to athlete, so you will have to figure it out yourself through trial anderror.  A big hint: start out with much less resistance than you think you should.  There are basically no consequences to using too little resistance, butpotentially devastating consequences to using too much.  For many people the resistance will be LESS than bodyweight, which means you will need to rig up a simple pulley system to REMOVE weight.  Hangboard FAQ #2 addresses the “resistance” issue in a lot more detail, and explains how to rig a pulley system for removing weight.  And while you’re at it, you might as well read Hangboard FAQ #1, which is mostly useless drivel.

As stated above, you will want to gradually ramp up the resistance between sets (and between workouts).  I generally add 10 lbs. between each set of a given exercise, and I strive to add 5 lbs. between each workout (assuming I succeed in executing the previous workout as planned).

A properly-executed hangboard routine may not feel exhausting, but will thoroughly exhaust your fingers.  I strongly recommend against any additional climbing or other finger training, and suggest a relatively long rest-period after completion.  I rest two full days (~70 hours) after each hangboard workout.  Complete 6-10 such workouts, then move on to the next phase in your periodized training cycle (ideally, maximum recruitment training).

Confused? Good, you’re several years ahead of where I was when I started!

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