0:00:00.240,0:00:02.536 I have some new toys today 0:00:02.536,0:00:05.355 which reminded me[br]this famous physics lecture. 0:00:07.970,0:00:11.850 [Music] 0:00:14.000,0:00:16.880 Well, more on toys later. 0:00:16.880,0:00:19.039 But now here is a quiz for you. 0:00:19.039,0:00:22.830 Which fall do you think [br]is harder for the climber: 0:00:22.830,0:00:23.970 this one 0:00:23.970,0:00:26.839 [Music] 0:00:28.960,0:00:32.320 or this one? 0:00:34.079,0:00:36.880 That was sick. 0:00:36.880,0:00:38.990 So a really hard indoors fall 0:00:38.990,0:00:42.169 where we intentionally created [br]a lot of drag 0:00:42.169,0:00:44.150 by zigzagging the rope. 0:00:44.150,0:00:47.232 And then belaying [br]in the hardest way we could. 0:00:50.160,0:00:53.840 Or a massive outdoors whipper? 0:00:53.840,0:00:57.320 Which do you think was [br]harder for the climber? 0:00:57.320,0:00:59.440 [Music] 0:00:59.440,0:01:02.511 So if you're one of these [br]99 percents of the people 0:01:02.511,0:01:05.760 who think that you know the answer 0:01:05.760,0:01:08.720 wait for it. Because it's not that simple 0:01:08.720,0:01:10.479 and I've been there and I'm gonna 0:01:10.479,0:01:12.400 explain throughout this video. 0:01:12.400,0:01:15.040 But actually the main motivation for me 0:01:15.040,0:01:18.149 for this video was not to just [br]compare these two falls 0:01:18.149,0:01:20.891 but to measure what are the forces 0:01:20.891,0:01:25.700 on really really hard[br]real climbing falls. 0:01:25.700,0:01:27.460 And now you might ask: 0:01:27.460,0:01:28.400 Who cares? 0:01:28.400,0:01:31.520 Like... numbers... whatever... 0:01:31.520,0:01:32.720 Rope... 0:01:32.720,0:01:34.479 A fuzzy rope... 0:01:34.479,0:01:37.650 happens. We keep falling and [br]falling and falling. 0:01:37.650,0:01:39.630 And the rope gets more and more damaged, 0:01:39.630,0:01:41.280 more and more fuzzy, 0:01:41.280,0:01:44.880 and in some extreme cases 0:01:45.759,0:01:48.149 very damaged. Like this one 0:01:48.149,0:01:51.840 got really really really erect 0:01:51.840,0:01:55.119 yum yum yum yum 0:01:56.799,0:01:59.280 And now the real question is 0:01:59.280,0:02:02.399 how dangerous this is. 0:02:02.399,0:02:04.000 Could i break 0:02:04.000,0:02:07.305 this rope on real climbing fall? 0:02:07.305,0:02:10.160 If I would have taken [br]a couple of more falls 0:02:10.160,0:02:12.160 would it have snapped 0:02:12.160,0:02:13.440 or no? 0:02:13.440,0:02:17.679 So the first idea how to test this [br]was very simple. 0:02:17.679,0:02:20.160 Just go outside and make a bunch of falls 0:02:20.160,0:02:22.179 and see if it's gonna snap. 0:02:22.179,0:02:24.319 Obviously by having some backup - 0:02:24.319,0:02:26.319 rope or something. 0:02:26.319,0:02:29.160 But yeah nobody would want to take 0:02:29.160,0:02:31.540 a bunch of really really hard falls 0:02:31.540,0:02:33.600 again and again and again and again 0:02:33.600,0:02:35.599 and then to make it 0:02:35.599,0:02:37.989 to hit that spot at the same spot 0:02:37.989,0:02:39.810 and again and again and again. 0:02:39.810,0:02:41.550 It would be pretty difficult. 0:02:41.550,0:02:42.890 So instead I decided 0:02:42.890,0:02:44.270 to reach out to Mammut 0:02:44.270,0:02:47.790 and ask if I could come and [br]play with their drop tower. 0:02:47.790,0:02:50.510 So this is where [br]the rope testing magic happens. 0:02:50.510,0:02:55.019 Basically every rope manufacturer [br]has a facility for 0:02:55.019,0:02:55.912 testing ropes. 0:02:55.912,0:02:58.999 Unfortunately so-called standard test 0:02:58.999,0:03:01.100 is really really hard. 0:03:01.100,0:03:04.000 What are the forces on standard tests? 0:03:04.000,0:03:07.090 Um... like around for a single rope 0:03:07.090,0:03:09.839 it's around like 8 to 9 KN... 0:03:09.839,0:03:10.970 Pretty much impossible 0:03:10.970,0:03:13.370 to reach in real life scenarios... 0:03:13.370,0:03:17.360 And my guess it would just [br]snap this rope instantly. 0:03:17.360,0:03:19.110 And that's not what i wanted to do. 0:03:19.110,0:03:23.099 I wanted to reduce to modify that test 0:03:23.099,0:03:27.367 to be more or less like [br]really really hard realistic fall. 0:03:27.367,0:03:29.010 And for that I needed to know 0:03:29.010,0:03:30.400 what are the real forces 0:03:30.400,0:03:34.239 on really hard falls. 0:03:38.240,0:03:40.638 Ha-hah, hard is easy... 0:03:40.638,0:03:43.680 And to do so it was [br]a good time for me to visit 0:03:43.680,0:03:44.879 Andy from LineGrip 0:03:44.879,0:03:47.920 And get myself a couple of these. 0:03:47.920,0:03:50.499 It's basically a device[br]that can measure forces. 0:03:50.499,0:03:55.680 It's the only device you can have logging 0:03:55.680,0:03:57.425 for a specific amount of time 0:03:57.425,0:03:59.855 without connecting any other device to it. 0:03:59.855,0:04:02.769 Like there's scales or load cells. 0:04:02.769,0:04:06.319 But you have to attach [br]a notebook... a laptop... 0:04:06.319,0:04:09.700 And that would be quite complicated [br]especially for him 0:04:09.700,0:04:11.840 to take a laptop with him... 0:04:11.840,0:04:14.129 And no this video is not sponsored. 0:04:14.129,0:04:15.439 I bought this 0:04:15.439,0:04:18.000 and the other one myself. 0:04:18.000,0:04:21.600 Well, so technically it's sponsored [br]by my curiosity 0:04:21.600,0:04:24.430 and by good people who support me 0:04:24.430,0:04:28.520 by visiting my website www.hardiseasy.com 0:04:29.110,0:04:32.560 So what's your estimate? 0:04:32.560,0:04:34.479 Oh I have to estimate the peak force? 0:04:34.479,0:04:37.360 Yes, of course. [br]Ah that'll be 0:04:37.360,0:04:39.240 2.95 0:04:39.240,0:04:42.720 2.95? Yeah! 0:04:42.720,0:04:45.323 Well, um as a developer [br]you have to be precise 0:04:45.323,0:04:49.300 It's 2.95 [br]OK 2.95 Right. 0:04:49.300,0:04:50.160 Uh 3.1 0:04:50.160,0:04:51.520 2.5 0:04:51.520,0:04:54.570 What's your guess? 2.7 2.7 0:04:54.570,0:04:57.120 And what do you wish for? 0:04:57.120,0:05:00.800 What's you wish for? Zero... 1.5 please 0:05:00.800,0:05:02.720 1.5 0:05:02.720,0:05:06.212 So obviously to get real data we needed[br]to do real falls. 0:05:06.212,0:05:11.498 And doing really really hard falls [br]with real humans 0:05:11.498,0:05:13.120 is sketchy. 0:05:13.120,0:05:17.199 So if for whatever reason [br]you will decide to repeat this - 0:05:17.199,0:05:19.520 don't! 0:05:27.000,0:05:30.320 2.56[br]2.5 already 0:05:30.320,0:05:33.840 How does 2.5 feel? 0:05:33.840,0:05:34.880 Soft. 0:05:34.880,0:05:36.400 Soft? Yeah. 0:05:36.400,0:05:37.700 OK let's try harder. 0:05:37.700,0:05:39.500 So our plan was to start soft 0:05:39.500,0:05:43.120 and then keep making [br]harder and harder falls 0:05:43.120,0:05:47.410 where the belayer would do basically [br]the opposite of the soft catch. 0:05:47.410,0:05:51.960 Basically as hard as he can. 0:06:04.000,0:06:06.080 Yeah but that looked like a hard catch. 0:06:06.080,0:06:08.479 This time 2.89 0:06:08.479,0:06:11.030 2.89 0:06:11.030,0:06:13.039 Yeah. 0:06:13.039,0:06:15.100 That's close to three kilonewtons already. 0:06:15.100,0:06:16.349 But the fall this time... 0:06:16.349,0:06:18.000 How was the fall? 0:06:18.000,0:06:20.880 It felt much more harder than before. 0:06:20.880,0:06:23.300 Yeah I would say it was okay... 0:06:23.300,0:06:26.030 It doesn't feel hard? No it was not hard. 0:06:26.030,0:06:30.120 But it wasn't soft so. 0:06:30.120,0:06:37.440 That's a sacrifice for the experiment. 0:06:37.440,0:06:39.360 I feel sorry for you. 0:06:39.360,0:06:41.530 No problem. No problem, no problem? 0:06:41.530,0:06:43.470 His hands are bleeding... No problem... 0:06:43.470,0:06:46.440 'For science!' as Ryan says[br]'For science!' 0:06:46.440,0:06:47.460 For science! 0:06:47.460,0:06:50.000 What's your weight by the way? 72. 0:06:50.000,0:06:52.400 And yours, susan? 78. 0:06:52.400,0:06:55.280 So we swapped. 0:06:55.280,0:06:56.860 At some point we realized 0:06:56.860,0:06:59.200 that making really hard falls 0:06:59.200,0:07:01.280 just by belayer efforts 0:07:01.280,0:07:03.049 is not gonna be enough 0:07:03.049,0:07:07.919 so we decided to introduce [br]extra friction in the system. 0:07:07.919,0:07:10.880 Ah that's a nice workout :) 0:07:10.880,0:07:12.230 Advanced course 0:07:12.230,0:07:15.129 So how does it feel to fall [br]on your own equipment? 0:07:15.129,0:07:16.360 That feels cool. 0:07:16.360,0:07:20.400 But let's see how it feels falling at all. 0:07:20.400,0:07:22.870 Because I'm such a good climber [br]I never fall. 0:07:22.870,0:07:27.680 Aah. So maybe you should watch my videos [br]about fear of falling. 0:07:27.680,0:07:31.370 And to play safe since [br]we switched the system a little bit 0:07:31.370,0:07:36.039 we started with a soft catch. 0:07:48.960,0:07:52.839 So how did it felt for you? 1.6 KN. 0:07:52.839,0:07:54.399 It was... The fall was cool. 0:07:54.399,0:07:56.319 But the swing was enormous. 0:07:56.319,0:08:00.030 Don't jump backwards when you fall 0:08:00.030,0:08:01.390 Jump forward?[br]So i have to... 0:08:01.390,0:08:02.849 No-no, just let go... 0:08:02.849,0:08:08.400 Um yeah! This is actually [br]a very common mistake by beginner 0:08:08.400,0:08:10.400 fallers 0:08:10.400,0:08:14.819 is to push or jump away[br]from the wall during the fall. 0:08:14.819,0:08:18.199 Obviously the harder you [br]push away from the wall 0:08:18.199,0:08:21.310 the bigger the pendulum [br]into the wall gonna be. 0:08:21.310,0:08:23.520 And your legs are not gonna be happy. 0:08:23.520,0:08:26.879 So don't jump to the outside. 0:08:26.879,0:08:29.599 Yeah! just let go straight down. 0:08:29.599,0:08:31.280 Don't touch the rope! 0:08:31.280,0:08:32.320 One, 0:08:32.320,0:08:33.680 two, 0:08:33.680,0:08:36.000 three. 0:08:38.399,0:08:41.839 So you got only 2.1 0:08:41.839,0:08:44.480 How does that felt? 0:08:44.480,0:08:48.640 Uh I couldn't tell the difference [br]to before. 0:08:48.640,0:08:52.800 Except that the wall contact wasn't there. 0:08:52.800,0:08:56.559 No difference. Hard one. Hard one. 0:08:56.559,0:08:58.720 But in this time [br]when you fell straight down 0:08:58.720,0:09:00.780 you did not touch the wall at all. 0:09:00.780,0:09:05.440 Great! It'll be hard but it won't hurt. 0:09:05.519,0:09:08.560 Come on! Three, two, 0:09:08.560,0:09:09.890 one. 0:09:09.890,0:09:13.090 Oh! 0:09:15.519,0:09:17.440 2.6 0:09:17.440,0:09:21.959 Oh my god, that was crazy. 0:09:34.160,0:09:36.800 That was crazy and it's... 0:09:36.800,0:09:40.560 and it's only 2.6 KN. 0:09:40.560,0:09:43.600 So how was this fall for you? 0:09:43.600,0:09:46.083 Again it was perfectly okay 0:09:46.083,0:09:48.560 except for the wall contact. That was... 0:09:48.560,0:09:50.800 That was pretty hard this time 0:09:50.800,0:09:53.920 So 0:09:53.920,0:09:55.600 even harder 0:09:55.600,0:09:57.760 without me jumping out. 0:09:57.760,0:10:00.640 So, dummy. Yeah? 0:10:00.640,0:10:02.720 As hard as possible. 0:10:02.720,0:10:04.959 So don't jump out! 0:10:04.959,0:10:12.010 One, two, three. 0:10:14.660,0:10:15.920 2.8 0:10:15.920,0:10:18.880 At this point we had a ton of drag. 0:10:18.880,0:10:21.590 The belayer belay as hard as he can. 0:10:21.590,0:10:25.810 And we reached 2.8 KN [br]of force to the climber. 0:10:25.810,0:10:27.720 But Andy really wanted to reach 0:10:27.720,0:10:31.039 his 2.95 estimate. 0:10:31.039,0:10:33.199 So we decided to increase 0:10:33.199,0:10:36.320 the distance of the fall a little bit 0:10:36.320,0:10:39.200 Yeah, that's the drag. 0:10:39.200,0:10:41.600 Yeah, that's enough, I think. 0:10:41.600,0:10:45.959 That's enough, just start with that. 0:10:46.320,0:10:50.519 And don't forget to let go. 0:10:50.519,0:10:53.959 One, two, three. 0:11:08.560,0:11:09.939 2.9 0:11:09.939,0:11:12.989 2.9, it's very close to your guesstimate. 0:11:12.989,0:11:16.880 You said 2.95 is your guess. 0:11:17.600,0:11:20.000 I gotta go again. 0:11:20.000,0:11:23.120 Take this much more rope. 0:11:23.120,0:11:24.240 Yeah, no. 0:11:24.240,0:11:26.490 We actually maxed out what we can do 0:11:26.490,0:11:27.609 in that climbing gym 0:11:27.609,0:11:29.590 and trying to make even bigger fall 0:11:29.590,0:11:31.205 would result into the fall 0:11:31.205,0:11:33.040 which is too close to the ground. 0:11:33.040,0:11:35.519 But we had another test candidate. 0:11:35.519,0:11:36.880 And what's your weight? 0:11:36.880,0:11:39.880 65kg 0:11:42.150,0:11:46.630 One, two, three. 0:11:50.875,0:11:51.875 2.9 0:11:51.875,0:11:54.320 2.9? 0:11:54.320,0:11:56.260 And quiz number two. 0:11:56.260,0:11:58.210 How can a lighter climber 0:11:58.210,0:12:02.399 generate the same force [br]as the heavier one? 0:12:02.399,0:12:06.600 Well let's take a look again. 0:12:10.160,0:12:12.320 Whoa 0:12:12.320,0:12:15.120 Do you notice the difference? 0:12:16.720,0:12:20.306 So the lighter climber [br]fell more straight down 0:12:20.306,0:12:22.679 resulting into pretty much all the force 0:12:22.679,0:12:24.430 going into the rope. 0:12:24.430,0:12:27.250 While the heavier climber [br]jumped out a little bit. 0:12:27.250,0:12:29.780 That increased the pendulum. 0:12:29.780,0:12:32.390 So there is less force into the rope. 0:12:32.390,0:12:34.770 And more force into the pendulum. 0:12:34.770,0:12:36.035 Or into the wall... 0:12:36.035,0:12:37.849 Or into your ankles. 0:12:37.849,0:12:39.560 So here is a mini model 0:12:39.560,0:12:41.360 to demonstrate that. 0:12:41.360,0:12:45.200 If i take a 10 kilogram of mass 0:12:45.200,0:12:49.920 and drop it next to the anchor 0:12:49.920,0:12:54.103 I get 2.67KN 0:12:54.103,0:12:56.399 Now if i do this again 0:12:56.399,0:12:59.920 but i step a meter back 0:13:01.600,0:13:05.522 I get 2.1 KN 0:13:05.522,0:13:09.039 Because a bunch of force [br]went into the swing. 0:13:09.039,0:13:11.760 If I would try to 0:13:11.760,0:13:16.279 even increase the swing more... 0:13:21.600,0:13:24.610 Now the force was only 1KN. 0:13:24.610,0:13:26.880 So how was that last fall? 0:13:26.880,0:13:29.040 Oh it was hard... 0:13:29.040,0:13:32.410 Have you ever got a fall [br]that hard on real rock? 0:13:32.410,0:13:35.120 No, never 0:13:35.120,0:13:37.979 Almost or not close? 0:13:37.979,0:13:40.399 Yeah there was one that was close, 0:13:40.399,0:13:43.040 but not as hard as this one. 0:13:43.040,0:13:47.440 So still your estimate is off... 0:13:47.440,0:13:51.720 By 0.03 0:13:51.839,0:13:53.839 Shame on me! 0:13:53.839,0:13:55.440 That was close. 0:13:55.440,0:13:57.519 That was very close. 0:13:57.519,0:14:00.839 Do you know that our max 0:14:00.839,0:14:03.830 was exactly the same? 0:14:03.830,0:14:06.880 He had 2.92 and I had 2.92. [br]We... 0:14:06.880,0:14:07.790 Ah so maybe that's 0:14:07.790,0:14:12.509 the universal limit of the hard fall? [br]It is! 0:14:12.509,0:14:15.760 We found it! Yeah! 0:14:15.760,0:14:18.290 So a couple of takeaways from this. 0:14:18.290,0:14:21.120 First obviously it's really hard to design 0:14:21.120,0:14:24.480 a real life experiments[br]to be very precise. 0:14:24.480,0:14:27.120 Because it not only depends on 0:14:27.120,0:14:28.630 how high the fall was, 0:14:28.630,0:14:30.390 how heavy the climber was, 0:14:30.390,0:14:32.230 how hard the catch was. 0:14:32.230,0:14:34.000 But also how much 0:14:34.000,0:14:36.639 the climber jumped out from the wall. 0:14:36.639,0:14:39.519 So that's another thing to consider. 0:14:39.519,0:14:42.550 And obviously a practical takeaway 0:14:42.550,0:14:45.279 is that the harder you push yourself away 0:14:45.279,0:14:47.680 from the wall or jump away from the wall 0:14:47.680,0:14:50.550 the harder you will smack back [br]into the wall. 0:14:50.550,0:14:54.880 We have a game. If you squeeze it 0:14:55.120,0:14:58.959 it reads a number. Can you explain why? 0:14:58.959,0:15:02.560 Oh, yeah! It's a material deformation. 0:15:02.560,0:15:03.440 Uh, 0:15:03.440,0:15:08.160 there's two uh wow you call it 0:15:11.120,0:15:13.839 cut. 0:15:14.320,0:15:16.160 There's two strips that measure the 0:15:16.160,0:15:17.510 material deformation. 0:15:17.510,0:15:19.519 When you pull this you can't see 0:15:19.519,0:15:21.680 but the material stretches. 0:15:21.680,0:15:23.310 And these strips measure that. 0:15:23.310,0:15:25.920 And the electronics convert that 0:15:25.920,0:15:28.732 through a voltage that changes 0:15:28.732,0:15:31.759 through the stretch of the strips. 0:15:31.759,0:15:34.079 And so if you press 0:15:34.079,0:15:37.279 you also deform the material. 0:15:37.279,0:15:39.519 Just in a different way but 0:15:39.519,0:15:43.004 the strips just register [br]material deformation. 0:15:43.004,0:15:46.208 So you can go like this[br]or you can go like this 0:15:46.208,0:15:47.120 It's the same. 0:15:47.120,0:15:48.560 So basically long story short. 0:15:48.560,0:15:50.639 What are we gonna do with this now? 0:15:50.639,0:15:52.430 Oh, we're just gonna play a game with 0:15:52.430,0:15:53.779 who gets the highest number. 0:15:53.779,0:15:56.079 Number is irrelevant, [br]doesn't mean anything... 0:15:56.079,0:15:57.040 But... 0:15:57.040,0:15:59.440 Oh yeah it does. If it's the highest 0:15:59.440,0:16:01.199 you're the best. 0:16:01.199,0:16:03.519 Okay let's see. Go! 0:16:03.519,0:16:04.399 Me? 0:16:04.399,0:16:06.720 Of course! 0:16:06.720,0:16:09.120 Uh, zero. 0:16:09.120,0:16:10.800 All right. 0:16:10.800,0:16:14.240 So don't show my hand behind... 0:16:21.519,0:16:23.830 A scream at 0.4 0:16:23.830,0:16:25.075 You can do better,[br]do this. 0:16:25.075,0:16:27.182 Yeah but I use only three fingers,[br]so um... 0:16:27.182,0:16:28.720 No, do it again... 0:16:28.720,0:16:30.329 No let's give it fair. 0:16:30.329,0:16:32.079 I'll try a left hand. 0:16:32.079,0:16:34.320 No-no, just do the strongest best. 0:16:34.320,0:16:37.800 Give it your best 0:16:38.240,0:16:40.240 No way, no chance. 0:16:40.240,0:16:43.360 This is for two. [br]Yeah, but it wasn't me... 0:16:43.360,0:16:44.639 Who was it? 0:16:44.639,0:16:47.600 Look at the big guy. 0:16:47.600,0:16:51.079 Look at this guy. 0:16:51.759,0:16:54.320 Once again. 0:16:55.120,0:16:59.440 Wait, wait! We haven't [br]even seen the result. 0:16:59.440,0:17:02.320 Well, at least you're getting red. 0:17:02.320,0:17:05.120 0.68 0:17:05.120,0:17:08.400 That's for a right-hander [br]who works in the office. 0:17:08.400,0:17:09.280 Yeah. 0:17:09.280,0:17:11.360 But he just did with left hand. 0:17:11.360,0:17:14.240 Yeah, but he's right now the right hand... 0:17:16.839,0:17:18.640 76 0:17:18.640,0:17:20.720 Oh, no! 0:17:20.720,0:17:22.079 Oh, no-no. 0:17:22.079,0:17:26.600 What does it mean: 'Oh, no!'? 0:17:34.960,0:17:38.870 64 We'll try again. We'll try again. 0:17:40.720,0:17:41.520 Oh. 0:17:41.520,0:17:43.440 Oh, no. 0:17:43.440,0:17:47.679 59 59 That's not possible. 0:17:47.679,0:17:51.360 Once again, once again, once again 0:17:56.160,0:17:57.919 What was yours, I forgot? 0:17:57.919,0:18:01.360 76 0:18:01.360,0:18:04.240 So who is going to beat his record? 0:18:04.240,0:18:07.440 Try again, try again, beat him. 0:18:07.760,0:18:09.570 Oh no, it's not getting any... 0:18:09.570,0:18:11.340 You should either try passad 0:18:11.340,0:18:13.520 I didn't scream like 'a-a-ah'. 0:18:13.520,0:18:17.360 Go, go with scream, let's see if it helps. 0:18:19.360,0:18:21.510 No, it's not getting any higher. 0:18:21.510,0:18:24.260 No, it has got lower. [br]And don't put that in the video! 0:18:26.160,0:18:27.440 No, I won't. 0:18:27.440,0:18:30.024 This is not in the video that[br]you're watching now... 0:18:30.024,0:18:31.039 No, no, no. 0:18:31.039,0:18:32.960 Let me try. 0:18:32.960,0:18:36.240 Wait, wait! It says 0.01 already. 0:18:36.240,0:18:39.600 So I'm winning already by... [br]karma. 0:18:39.600,0:18:42.960 Let's see, it's already... [br]He's scared of it. 0:18:42.960,0:18:45.200 Let's see how should I go like full hand 0:18:45.200,0:18:46.720 or just the finger. 0:18:46.720,0:18:48.559 Yeah maybe it's a technique thing. 0:18:48.559,0:18:49.815 He's not really strong. 0:18:49.815,0:18:52.799 He's just got the best technique. 0:18:53.039,0:18:54.160 OK. 0:18:54.160,0:18:59.120 It was a bigger scream than the result. 0:18:59.280,0:19:00.559 Yeah. 0:19:00.559,0:19:01.440 OK. 0:19:01.440,0:19:07.030 71. I still need 0.3 to match him. 0:19:07.030,0:19:09.120 How hard do you climb? 0:19:09.120,0:19:11.120 Sorry? How hard do you climb? 0:19:11.120,0:19:12.240 Very hard... 0:19:12.240,0:19:14.960 Very hard?! 0:19:15.039,0:19:17.120 I've found the trick. 0:19:17.120,0:19:18.080 Oh, no. 0:19:18.080,0:19:20.320 Oh, no. Wait, you did it behind your back. 0:19:20.320,0:19:23.720 What was it? 0:19:25.840,0:19:28.400 No way! 0:19:28.480,0:19:30.800 What? No, I feel that i'm cheating. 0:19:30.800,0:19:32.559 So the trick is that 0:19:32.559,0:19:34.810 before what i was trying was this. 0:19:34.810,0:19:36.730 Yeah, right. So what else? 0:19:36.730,0:19:39.520 But now I did this. 0:19:39.520,0:19:42.880 And that gives me way. 0:19:42.880,0:19:45.120 Wait, oh... 0:19:45.120,0:19:45.919 Yeah... 0:19:45.919,0:19:47.760 I am, thanks... 0:19:47.760,0:19:49.840 But what if you twist it even more? 0:19:49.840,0:19:51.380 So you go from corner to corner. 0:19:51.380,0:19:53.430 So basically my grip is strongest 0:19:53.430,0:19:54.379 in this position. 0:19:54.379,0:19:56.640 That's why i get more. Yeah. 0:19:56.640,0:19:59.152 Yeah, he's getting[br]seven something already. 0:19:59.152,0:20:01.440 OK, let's go. 0:20:01.440,0:20:05.159 Are you ready? Zero... 0:20:11.840,0:20:12.799 OK, so... 0:20:12.799,0:20:14.400 This.. let me... 0:20:14.400,0:20:16.960 Let me just show mine. 0:20:16.960,0:20:19.960 No. 0:20:19.960,0:20:21.583 That's good compared to before. 0:20:21.583,0:20:25.039 You were talking about challenge. 0:20:25.039,0:20:28.400 And, uh, we could do that challenge. 0:20:28.400,0:20:33.080 And LineGrip corporation would sponsor 0:20:35.360,0:20:37.120 two thousand dollars 0:20:37.120,0:20:38.550 for the challenge winner. 0:20:38.550,0:20:39.500 Can i get it? 0:20:39.500,0:20:41.120 I've won already. No? 0:20:41.120,0:20:43.159 So let me get this straight. 0:20:43.159,0:20:44.490 Like if I travel around 0:20:44.490,0:20:46.240 and give this to people? 0:20:46.240,0:20:48.880 Yeah. Does that count or no? Yes. 0:20:48.880,0:20:51.120 It counts? Yes, it counts. 0:20:51.120,0:20:51.829 OK. 0:20:51.829,0:20:53.339 Because so far i'm winning... 0:20:53.339,0:20:54.100 Most of all, 0:20:54.100,0:20:56.720 you're like the guinness book juror. 0:20:56.720,0:20:58.640 You check that they don't cheat. 0:20:58.640,0:21:00.480 So, so far i'm winning. Right? 0:21:00.480,0:21:02.673 If nobody presses harder than this 0:21:02.673,0:21:04.480 I get 2 000 euros. 0:21:04.480,0:21:06.880 True. Nice. 0:21:06.880,0:21:10.320 OK, I know that you want to try. 0:21:13.120,0:21:16.760 Do you want to try double? 0:21:22.880,0:21:25.840 That's not gonna work. 0:21:26.480,0:21:29.360 I like his power sсream. 0:21:29.360,0:21:31.920 What's your power scream! 0:21:31.920,0:21:37.840 Tsss 0:21:37.840,0:21:40.320 Adam Ondra was my coach. 0:21:40.320,0:21:42.067 Alright, now I have to 0:21:42.067,0:21:44.480 go and edit the part two of this video. 0:21:44.480,0:21:47.660 So I'm just gonna leave you [br]with this link here.