Holy crap, you’re absolutely right! I have no idea how I could’ve calculated it that wrong. At the end of the video I mention that I only lose about 5% due to a shorter pump hose. I should’ve gone with those numbers all along. Frankly, this is an old video and I don’t remember where I got the 15% pressure loss example.
Haha, awesome video, thanks. Your videos are educational and entertaining, I love it. Hay what app do you use for the animations, I need something I can use to explain activities at my work, this looks great.
Thanks Scott! 😁 I just use the shapes available on Final Cut Pro X, and a free explosions pack I found way back. It’s a bit cumbersome, but it’s the only way I know how to do these…
You do such good work. There is zero loss from most shock pumps. Thats why you are my favorite UA-cam robot. So clear and well explained.
Thanks Rogie! You are my favorite commenter on my videos! 😄
Excellent video! ❤❤
Fantastic work thank you for sharing your information
Thanks, David!
Thank you! Informative and educational!
Thanks Balaz!
Great video and explanation. Just a note, the math is wrong at 1:15 mark. It should be more like 6.5%
Holy crap, you’re absolutely right! I have no idea how I could’ve calculated it that wrong. At the end of the video I mention that I only lose about 5% due to a shorter pump hose. I should’ve gone with those numbers all along. Frankly, this is an old video and I don’t remember where I got the 15% pressure loss example.
Haha, awesome video, thanks. Your videos are educational and entertaining, I love it.
Hay what app do you use for the animations, I need something I can use to explain activities at my work, this looks great.
Thanks Scott! 😁
I just use the shapes available on Final Cut Pro X, and a free explosions pack I found way back. It’s a bit cumbersome, but it’s the only way I know how to do these…
@@mrelwood_EUC awesome, thanks for the tips.