The time display burned into the video appears to correlate to the video play time, not the engine burn time, FWIW. It appears to be the same on all 6 of these Risky Batman burn shorts. For instance on this video the engine is ignited at ~0:04 and completes at ~0:06, with a total burn of roughly 1.6 seconds which correlates to the recorded graph of ~1.642 or something , but on the 20% speed replay it ignites at ~0:13 and burns until ~0:21 with a on-screen recorded time of ~7.090 or so which I would have assumed to be the burn time, but rather correlates to the video play time. I know, this is a short, and I want to be specifically clear I'm not complaining! Thanks for posting these!
You ever think about making a 3 part rocket system and making it out of the stratosphere? Like the rocket splits and the upper body launches, and then the nose cone launches?
"Kn is the ratio of the burn area of the propellant to the area of the nozzle throat" - That's important for these motors for reasons that are better explained in an upcoming video on the main channel, but this is a good resource on it: www.thrustgear.com/topics/Kn_Notes.htm
The time display burned into the video appears to correlate to the video play time, not the engine burn time, FWIW. It appears to be the same on all 6 of these Risky Batman burn shorts.
For instance on this video the engine is ignited at ~0:04 and completes at ~0:06, with a total burn of roughly 1.6 seconds which correlates to the recorded graph of ~1.642 or something , but on the 20% speed replay it ignites at ~0:13 and burns until ~0:21 with a on-screen recorded time of ~7.090 or so which I would have assumed to be the burn time, but rather correlates to the video play time. I know, this is a short, and I want to be specifically clear I'm not complaining! Thanks for posting these!
Yep, I'm aware! Was just too much work to get all that stuff synced up and it wasn't worth the time haha
@@bps.shorts 100%. Absolutely no reason to re-encode these videos, as they're just a representation of the actual data. Thanks again!
Oh yep watching this one the second pressure I have ever watched this has way more pressure than the big rocket
Mach Diamond Hands
♦🔶♦🔶♦🔶🔥
I saw mach diamonds 💎 in that one. 🚀🌳
You ever think about making a 3 part rocket system and making it out of the stratosphere? Like the rocket splits and the upper body launches, and then the nose cone launches?
What if you put a stake in the flame how fast will it cook?
Nice
have you ever heard of the theoretical, electric "inertial propulsion" from spinning gyroscopes alone (no need for rockets)?
Is this black powder as a propelant?
What does 590Kn stands for here? Typo or I'm missing the obvious? 🙃
PS: Amazing shot 🚀🔥🔥🔥
"Kn is the ratio of the burn area of the propellant to the area of the nozzle throat" - That's important for these motors for reasons that are better explained in an upcoming video on the main channel, but this is a good resource on it: www.thrustgear.com/topics/Kn_Notes.htm
any open job at bps space station
How to make rocket fuel at home please