Reading the latest papers on the subject, the debate rages on as to the exact mechanisms! I dont think there is one factor as this video makes it out to be, but at the time of its making, this was all we knew.
I came to this video after noticing a strange phenomenon on my HR when cycling. After about an hour intensive cycling my HR which was constant at 140bpm leapt to 165bpm for the last 30 minutes. This is more like cardiac jump than drift. At the same time my feet started to freeze (it was a warm day). I did not feel stress or tired and my intensity didn’t increase. This happens pretty much every time. Any idea what’s happening and is it dangerous?
Can someone answer this? Should I reduce the pace to stay within the HR zone I’m targeting as cardiac drift becomes obvious? I might’ve missed it if the answer is in the video. Thanks.
I would like to complain, you cost me a mark in my PE test as the mark scheme says cardiovascular drift occurs after 10 minutes, not 20 minutes. You told us that it occurs after 20 minutes, so therefore I trusted your knowledge and expertise. However you were wrong. It might be worth changing this video to say 10 minutes instead of 20 as i would hate someone to suffer the same fate as I did. It will be hard to trust your videos after this event.
Joshua mate I love the enthusiasm however I would like to direct you to 9:54 in the video where it is quite clearly stated that some of the old papers may have 10 minutes on the mark scheme. You don’t need to thank me I am aware I’m doing gods work
Great vid didn’t know you had so much spare time to share your knowledge with you being a heavyweight champion and all big fan
Is this Tyson Fury?
Nice video, with clear explanation. Thank you!
Came across this. Excellent succinct explanation. Thanks
You are the best. Thank you!
this has helped me so much, thank you!
Great explanation! Thanks a mill
very helpful. thank you so much!
Great video. Thanks
Reading the latest papers on the subject, the debate rages on as to the exact mechanisms! I dont think there is one factor as this video makes it out to be, but at the time of its making, this was all we knew.
very nice video
héhéhé suiiiiiiiiiiiiiiiiiiii Cristianooooooooooooooooooooooo
I came to this video after noticing a strange phenomenon on my HR when cycling. After about an hour intensive cycling my HR which was constant at 140bpm leapt to 165bpm for the last 30 minutes. This is more like cardiac jump than drift. At the same time my feet started to freeze (it was a warm day). I did not feel stress or tired and my intensity didn’t increase. This happens pretty much every time. Any idea what’s happening and is it dangerous?
suiiiiiiiii
Can someone answer this? Should I reduce the pace to stay within the HR zone I’m targeting as cardiac drift becomes obvious? I might’ve missed it if the answer is in the video. Thanks.
I think that would help but, I just end up at a walking pace in that case LoL
thank you
I would like to complain, you cost me a mark in my PE test as the mark scheme says cardiovascular drift occurs after 10 minutes, not 20 minutes. You told us that it occurs after 20 minutes, so therefore I trusted your knowledge and expertise. However you were wrong. It might be worth changing this video to say 10 minutes instead of 20 as i would hate someone to suffer the same fate as I did. It will be hard to trust your videos after this event.
Joshua mate I love the enthusiasm however I would like to direct you to 9:54 in the video where it is quite clearly stated that some of the old papers may have 10 minutes on the mark scheme. You don’t need to thank me I am aware I’m doing gods work