Tag Archives: climbing project

Climbing & Training Helpful Hints and Suggestions (1): Lactate Threshold Training (C)

Training your body to recover on the rock is a key part of effective HIIT training.

Training your body to recover on the rock is a key part of effective HIIT training.

Lactate Threshold Improvement Tactic 2: High-intensity interval training (HIIT) outside. This is very similar to the indoor training paradigm outlined in last week’s entry, but instead, you’ll use your outdoor project or projects as the training ground rather than an indoor climbing wall. Once you have the beta worked out, at least enough to start trying to put sections of the climb together, you can start employing a HIIT approach to your project(s) outside – keeping an open mind that you might need to rework beta sometimes, too. Note that you can also work on HIIT on still-challenging routes that you have already sent by pushing the pace and decreasing the resting intervals, so long as this presents an actual challenge for you and pushes you into a place where you feel you are fighting to maintain technical/tactical control, struggling to recover, and pushing the pump away.

Step 1: Overlapping sections. Breaking the route up into sections between rests just like you did inside can be an effective way to train HIIT on the route. Work to climb to a given point where you’ll get a shake on redpoint, and then allow yourself to take there rather than trying to shake out on the hold right away. But, if you have a particular place where you “always fall” (a crux for you), do NOT train the fall (i.e. don’t make that a standard take-‘n’-shake place) – what I mean is that you should not just get back on from where you fell and continue, but rather, you should lower down a few moves prior to the fall point and attempt to climb into and through the move(s) in question (assuming you can do them!), and on to your designated shake point.

If I hang at the shake point, I usually try to get back on and start there with a few shakes to simulate that I’ll be moving out of this place from a rest, and then carry on to the next shake-out spot (again, if I fall, lowering down and trying to climb through rather than training the fall). You’ll never get to rest right before the place you fall while you’re climbing the route (unless it’s right after a real rest), so you don’t want to train your body to be recovered when you go into the move – once you’re able to hit the move consistently from a hang right before it, which this training regimen assumes you can, you will not want to keep repeatedly ingraining the rested execution of the move.

Step 2: Linkage of sections with shakes. After you’re able to do the route with the designated take-‘n’-shakes, you can start to link longer sections with the shake outs taken on the actual route rather than taking hangs at each shake. You’ll still stick with the falling and lowering part approach to cruxes, and you should take care to reduce all hang-time on the rope during this portion of your HIIT training on the project – so you won’t lower down a few moves and hang until you’re totally de-pumped and then attack the moves into the crux and the crux again. You’ll rest while you’re lowering, and then immediately get back on and tackle the moves and the crux, and then continue.

Step 3: Send the route and find a new project! Start the process over again. I actually usually have a few projects going, indoors or outside, so that I’m never too specific in training on only one angle/set of holds/movements/length of sequences or route, etc.

Lactate Threshold Improvement Tactic 3: Consider undertaking a program of climbing-specific resistance (weight) training. Resistance training has been shown to help improve lactate threshold. But this is the topic for a different series of articles entirely, so I’ll leave it at that for now.

Up Next Week: Move of the Month 5: Initiating Movement (Improve Your Climbing Series)

This multipart series of articles starts here, in case you have to catch up – you’ll also find a full table of contents, complete with links, in that entry. This information and advice is based on my 20+ years of climbing along with observations I’ve made as a climbing coach/certified personal trainer. You might not agree with me or my take on things. That’s fine – feel free to take it or leave it as you wish! Also, remember that the information I provide here is purely offered as advice and that no exercises or training program should be undertaken without receiving medical clearance from a healthcare professional.

One other caveat: As will be true for all of the entries and articles in this series, if you’ve already mastered or maxed out the topic at hand to the best of your ability level, you’ll reap far fewer benefits or none at all from my suggestions – good for you that you figured it out, but sorry I couldn’t help you out more. Happy climbing and training!

Climbing & Training Helpful Hints and Suggestions (1): Lactate Threshold Training (B)

Include moves that make you uncomfortable when you encounter them on a route after a bunch of other moves -- like dynos are for me.

Include moves that make you uncomfortable when you encounter them on a route after a bunch of other moves — like dynos are for me.

Lactate Threshold Improvement Tactic 1: High-intensity interval training (HIIT) in the gym. In HIIT, you train your body to climb hard at a relatively quick pace without losing your ability to maintain solid technical and tactical maneuvering (i.e. maintaining control while pushing at your limit). If you have route goals outside (and you know the routes or can obtain information about them), this can help you structure these workouts more specifically (recall the SAID principle of training – specific adaptations to imposed demands) to your advantage.

Step 1: Create several boulder problems or routes inside that have roughly the same amount and types of moves you have to perform between rests/shakes on the route(s) you wish to redpoint. If you don’t have any projects in mind, then try to create problems (or routes made up of several “problems,” as so many routes are outside) ranging from 10 to 30+ moves, focusing on the types of moves or sequences of movements that you routinely struggle with. One way to do this is to create problems with themes, such as dynamic movement, slopers, small holds, lots of one-foot-only on moves, etc. You want these problems to be challenging, but not ridiculous. For known projects, you may start with moves that are slightly easier than the moves that challenge you outside. You can also start with slightly harder sequences or moves than those you encounter on the route(s) – so long as you can do them inside without falling at least one time per session.

Your aim is to be able to climb several of these problems per session cleanly, with no shaking out or resting as you climb them (anywhere from 4 to 20 laps total per session, depending on the intensity/difficulty/length of each problem), taking timed rests in between the problems. I usually start with 5 minutes and work down from there. As you improve at sending each problem multiple times, you’ll want to start decreasing the rest times between efforts, which will eventually lead to you to Step 2.

Step 2: Linkage with shakes on the wall. Once you’re able to handily send all the sections of your redpoint route project recreated indoors (or your imaginary route project made up of several long boulder problems created to target all of the areas of your climbing that need the most work), you’ll ideally want to start trying to sew it together without rests off the wall. So you’ll climb the first part of the route (the first boulder problem) to a rest – preferably one that mimics the rest you’ll get outside – and shake out there until you feel ready to move into part two, and so forth, until you send.

Step 3: Take it to the project outside (see next week’s entry for details). Or, if the moves were slightly easier to start with, now you’ll incorporate harder moves into your HIIT training routine, perhaps ending up sending a route that is even harder than your outdoor project.

Note that it’s important to not fall into a “too-specific” training rut here – you want specificity, but not to the point that you forgo all other types of climbing-related movements that challenge you because of training for a single project (unless that’s all that’s really important to you right now and you don’t care if you lose some ability in other areas). The simple solution to this is to have more than one mix of problems you can try (i.e. more than one full boulder-problem route that you’ll eventually link), or even more simply, to change the order of problems (if it’s not a specific route you’re training for) from session to session.

Also note that this is high-intensity training, meaning that quality and intensity of the sessions count for more than volume/frequency. If you’re training at a hard enough level to elicit training gains, you should aim to do this type of training two or three times a week, tops. If you have other training elements in your training program right now (such as power-focused bouldering/training or weight/strength/resistance training, for example), once or twice a week will likely be more effective and efficient in helping you see quicker gains while avoiding overtraining or “plateau-area” training, in which you can’t truly push hard because you’re never recovered enough to truly push hard.

Up Next Week: Climbing & Training Helpful Hints and Suggestions (1): Lactate Threshold Training (C)

This multipart series of articles starts here, in case you have to catch up – you’ll also find a full table of contents, complete with links, in that entry. This information and advice is based on my 20+ years of climbing along with observations I’ve made as a climbing coach/certified personal trainer. You might not agree with me or my take on things. That’s fine – feel free to take it or leave it as you wish! Also, remember that the information I provide here is purely offered as advice and that no exercises or training program should be undertaken without receiving medical clearance from a healthcare professional.

One other caveat: As will be true for all of the entries and articles in this series, if you’ve already mastered or maxed out the topic at hand to the best of your ability level, you’ll reap far fewer benefits or none at all from my suggestions – good for you that you figured it out, but sorry I couldn’t help you out more. Happy climbing and training!

Move of the Month 2: Straight-Arming Your Rests (Improve Your Climbing Series)

Kevin taking advantage of a great rest by lowering his body weight, bending his knees, and straightening his arms, allowing him to relax and shake out while looking ahead at what's coming up.

Kevin taking advantage of a great rest by lowering his body weight, bending his knees, and straightening his arms, allowing him to relax and shake out while looking ahead at what’s coming up.

This month’s move is a simple one, yet one that often goes under-utilized by climbers: straightening your arms at rests while you’re climbing. It’s a very common tendency for climbers to “rest” with their arms quite bent and with rod-straight legs — especially on slightly less-than-vertical to vertical to slightly overhanging terrain. The more overhanging terrain becomes, the harder it becomes to get away with feeling like you’re truly resting while keeping your arms bent. In other words, super-steep climbing tends to force the issue a bit more, resulting in straighter arms on rests or quicker, more obvious failure from not using rests as efficiently as possible.

Instead of keeping the arms in a powerful, bent, locked-off position during a true on-route rest — a place where you’re still climbing (not hanging), but you can shake out both hands alternately — try to lower your body weight down so that your legs are bent and your arms are as straight as possible.

At the same resting spot pictured in the first photo, here Kevin shows how he can miss out on this rest by keeping his arms bent and his legs straight while looking ahead.

At the same resting spot pictured in the first photo, here Kevin shows how he can miss out on this rest by keeping his arms bent and his legs straight while looking ahead.

The next time you find yourself on a set of handholds that feel good enough for you to take a rest and shake out each hand alternately on a route, experiment by lowering your body weight down on the holds until your arms are straight. Try to make this a habit in your climbing, looking for ways to straighten your arms and alternating which hand you can let go with while keeping the opposite arm as straight as possible. Sometimes this requires a shift in foot positions in order to find the most efficient rest for each arm.

Be careful about not taking the rest to its full advantage, too. What do I mean by this? As shown in the photo below, this most commonly happens when you straighten your arms but fail to bend your legs. In this type of position, you get somewhat of a rest, but not the fullest rest you could potentially get from a great resting spot like this. It takes more energy to lean back like this and keep your legs straight rather than bending your legs and letting your body weight sink down. It’s also way harder to shake out while leaning back like this.

IMG_8376

There will certainly be times when you take a much-needed (often very quick!) rest (a “quick shake”) while climbing when you will not be able to find a straight-armed position, or when you’ll only be able to shake one hand and not the other.  And, you will sometimes need to pull up out of a rest to feel out or get a visual of what’s ahead, particularly when you’re onsighting and you can’t see clearly what might be coming up from your most efficient resting position. However, it’s a good idea to make it a habit of trying to find the most straight-armed, least-fatiguing positions possible when you rest on your warm-ups, onsight efforts and projects — so long as amazing no-hands rests aren’t available, of course.

Recovering by resting efficiently while climbing is a key tactic that can make or break your send of a route, and strategically managing your rests to be as effective as possible can help you achieve this end. Finding resting positions that require the least amount of energy and that are the most truly restful positions for you is a major way to make the most of your on-route resting, and seeking straight-armed positions in which you can lower your body weight so that you’re hanging down (not out) by bending your knees usually supports this effort, allowing you much more ease in shaking out each arm in turn as you rest and contemplate what’s ahead.

This multipart series of articles starts here, in case you have to catch up – you’ll also find a full table of contents, complete with links, in that entry. My designation of each area as “easy,” “medium” or “hard” is purely subjective. I’ve arrived at the designations from my personal experience garnered from 20+ years of climbing along with observations I’ve made as a climbing coach/certified personal trainer. You may find some of the areas harder or easier to change. You also might not agree with me or my take on things. That’s fine – feel free to take it or leave it as you wish! Also, remember that the information I provide here is purely offered as advice and that no exercises or training program should be undertaken without receiving medical clearance from a healthcare professional.

One other caveat: As will be true for all of the entries and articles in this series, if you’ve already mastered or maxed out the topic at hand to the best of your ability level, you’ll reap far fewer benefits or none at all from my suggestions – good for you that you figured it out, but sorry I couldn’t help you out more. Happy climbing and training!