0:00:00.120,0:00:04.840 welcome to the largest study on climbing 0:00:07.040,0:00:09.360 falls for the last 2 years we have 0:00:09.360,0:00:12.240 measured and analyzed hundreds of Falls 0:00:12.240,0:00:15.240 big small with heavy and light climbers 0:00:15.240,0:00:17.800 and one of the main questions I had is 0:00:17.800,0:00:21.400 how does extra slack affect the fall or 0:00:21.400,0:00:24.720 more precisely does falling more reduce 0:00:24.720,0:00:27.519 the pendulum into the wall and how hard 0:00:27.519,0:00:30.000 the climber is going to hit the wall so 0:00:30.000,0:00:33.920 long story short yes it does but not 0:00:33.920,0:00:36.600 always if the catch is soft like in this 0:00:36.600,0:00:39.000 case we can see the correlation how 0:00:39.000,0:00:41.600 falling more reduces the horizontal 0:00:41.600,0:00:44.559 speed however in the case of a hard 0:00:44.559,0:00:47.879 catch the fall exceeds rope's ability to 0:00:47.879,0:00:50.280 absorb the impact and the climber is 0:00:50.280,0:00:53.359 pulled back up and into the wall even 0:00:53.359,0:00:55.879 harder and then we had some more 0:00:55.879,0:00:58.000 peculiar discoveries so if you're 0:00:58.000,0:01:01.840 curious check out the full video