How well does indoor climbing translate to outdoor?
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My main training over the winter has been indoor bouldering. I did get outside a bunch of times during the winter, but it has been inconsistent due to weather, and even on days when I did go out, the weather often wasn't conducive to pushing grades. |
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First, at least one excellent outdoor-climbing / training authority says it takes at least a month for any sort of strength gains to translate into improved performance -- as your neural and unconscious mental perceptions learn to incorporate it into your actual goal-style climbing. |
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IMO, not really that much. but it is great for improving your forearm and core strength, recovery capacity, stamina etc, which DO translate outside. the technique is very different in my experience but once you get used to the rock, you should be able to put those delicious strength gainz to use. |
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I lead a full number grade down when climbing on real rock (indoor 11c/outdoor 10c). Best to start conservatively when you go outside and work your way up. While the basics translate, your ability to see/find holds (especially small feet for me) does not. |
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I think indoor and outdoor climbing don't TRANSLATE well: in my experience, indoor bouldering is easier, and indoor rope climbing is harder, than outdoors. Though obviously that depends on the gym. I think of indoor climbing as TRAINING for outdoor climbing. |
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Seth Cohen wrote: endurance is, in my experience, the hardest thing to train indoors unless your gym has a TreadWall. . . . (tho I would think that doing laps on Auto-Belay would have a positive effect on outdoor endurance).Ken |
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The physical gains translate well, IMO. The issue is that there are a ton of MENTAL factors in outdoor climbing that aren't the same. Let's start with the fact that indoor climbing by definition tells you where all the holds are. And the danger factor is entirely removed. So that brings a level of headiness to even outdoor sport climbing that isn't there with indoor sport climbing. Move to trad climbing and the additional skills and mental demands are hugely different. |
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I think that the best way to make a more efficient plan for future improvement is to figure out what is holding you back right now, as specifically as possible. It's just like turning a vague homework problem or technical question into a concrete, specific problem statement. Only after doing that can you devise an effective approach to solving the problem. |
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Brett Merlin wrote: If you can climb 5.10 in the gym you can climb 5.10 anywhere, especially slab, offwidth, and run outs. Word... If you are a good outdoor climber and knows your weaknesses and train those indoor, it translates really well (once adapted to the outdoor style). Otherwise, not so much. |
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You're better off thinking of indoor gym climbing NOT as "climbing" but instead just as strength and body-english training. The subtle intricacies of the rock/boulder can't really be reproduced indoors due to the size of the material (think of any route that's considered "slab" when set indoor, the smallest jibs that can be placed with a screw will still be massive jugs compared to the small crystals and edges that one would use outdoors.) |
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Hmmm, you were stronger at Red Rock? I think everyone is "stronger" at Red Rock... Either that or maybe the routes are soft... |
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Peter Foster wrote: Hmmm, you were stronger at Red Rock? I think everyone is "stronger" at Red Rock... Either that or maybe the routes are soft... Haha, definitely Red Rock grades are a bit soft. But that's not what I meant. I mean that my climbing in the Gunks was about the same before and after the winter spent mostly in the gym, but I saw a significant improvement in my climbing in the Gunks after spending 9 days in Red Rock. |
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Doesn't translate well at all in my experience. Too bad yall don't live in Cali where we grindin year round. Wesside! P.S. Please don't move here, thx. |
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David Kerkeslager wrote: Very poorly. Indoors, if I can't do something it's due to strength or endurance 90% of the time. Only rarely, and at my limit, can I not see how to do the moves. I mean, the holds are right there, in bright colors! Even if I can't figure out the right sequence or body position, I've got a pretty good guess at the hold I should be using next.Outdoors, it's the exact opposite. In high-traffic areas you may have chalk marks to follow, but otherwise holds tend to be invisible except to the touch. If you don't know where the holds are, how can you plan a sequence through them? And that's just the hands, nearly anything can be a foothold... So I frequently end up just stuck, with no idea of what I could possibly do next. And since some asshole put the next bolt just after this mystery move, I'm not about to just try something random and take a 20 foot fall onto a ledge. In fairness though, climbing a lot indoors has taught me an inventory of moves, as well as a good feel for how far I can reach and what kind of features I can hold onto. So while the carryover isn't very good, it does help more-than-zero. And since my schedule permits climbing outdoors at most once a week, it's gym time or nothing, so I'll take it. |
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It depends. |
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John Wilder wrote: It is far easier to train endurance indoors than outdoors. If your gym has a treadwall, that helps, but it's certainly not necessary. I wrote a bit long response to this and MP gave me an error when I tried to post. So short version that assumes people have already researched energy system jargon. The TL;DR, hard for you single pitch gym routes in large volume are junk mileage for most people Gyms tend to set sustained routes and most are in the 30-40 foot range. Look around on any given weeknight and when you see climbers on routes which are hard for them in which they are capable of doing all moves in short sections and you see them pumped as hell clipping chains or falling off 3/4 of the way up. From an energy system stand point you're mostly using "anaerobic glycolysis" as a means to produce energy for hard efforts of 10 seconds to 2 minutes. This is the process which builds up lactic acid within a muscle, i.e. the process which ends up resulting in "pump".If your gym sessions are to warm on a few routes, then try something near your limit until you pump off and repeat until you're gassed you are quite literally training yourself TO GET PUMPED. There is value in technique training of keeping your shit together when the pump sets in, but most people don't need to be focused here for an energy system. I asked Tom Randall where he thinks intermediate climbers (meaning 5.11 to 12+ in the YDS range) should focus, he said without a doubt localized aerobic capacity of the forearms. If you're going to climb rope routes do 3 or more pitches back to back (or better yet downclimb between them). |
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Technique thoughts on the gym, plastic lends itself to technique you don't use on rock, but there are ways around it. |
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Route finding, variety of what can be used as both hand and foot holds, variety of body position and balance, mental factor - I have yet experienced a gym that can adequately model what is found on real rock. |
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My biggest obstacle when climbing outside is proper sequencing. In the gym, I can look at a route and see all the moves. Because they are color coded. And in about 15 seconds I can visualize what I need to do to get through the route. Outside, not so much. A lot of hunting for each move while I'm actually climbing. I was just in Red Rock a few weeks ago. I was leading an easy 5.9+ in the Black Corridor and I got really sketched out on a clip around the middle of the route. Had to bail. My partner had to lead the rest of the way. I then did the route on top rope and that move was suuuuuper easy. I just had a mental block because I couldn't figure out the sequence while on the sharp end of the spear, so to speak. But once I did it on top rope, boom... easy. Got the sequence down. And I did it on lead no problem. |
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Nick Drake wrote: If your gym sessions are to warm on a few routes, then try something near your limit until you pump off and repeat until you're gassed you are quite literally training yourself TO GET PUMPED. I think this is perhaps the wrong way to word it. You are still stressing that energy system and it will adapt. Maybe it's not the most efficient way to train, but it's not like you are going to get pumped more easily after training this way than after not training at all. I am curious about a source for this because your post pretty much exactly describes what happens when I try to route climb in a gym. Most of my gym time is solo so I work on ARC type training (up/down climbing continuously for sets of 20min), and bouldering. But once a week or so I lead climb around my limit and basically exactly the same thing happens that you describe - I pump off 3/4s up OR I can do all the moves on the route, quite easily but can't do them all together. To me this says I need to do that type of climbing MORE often - to train specifically for what I am trying to improve; running laps is too far below my limit so it doesn't help much with managing actual pump (which I think is a lactic threshold problem). I can hang out on the easy holds forever but that hasn't translated to making multiple moves on somewhat harder holds. Meanwhile, all the bouldering has improved my strength so if I hang I can pull the moves with very little difficulty, but still can't do all of them in sequence. interested to hear your thoughts. |
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SteveMarshall wrote: I would recommend listening to the latest episode of Eric Hörst's Training for Climbing podcast. It's pretty dense and I don't think I digested it all on the first listen, but he addresses some of this. He says that moving quickly on small/difficult holds is a very effective strategy used by the best sport climbers, and this works a different energy system than doing lots of mileage on easier holds. He also says that everyone will "pump out" (switch energy systems) after 60-90 seconds of hard climbing. http://trainingforclimbing.libsyn.com/podcast-23-energy-system-training-part-2 |