Recent content by BrightRaven210

Exactly what I had in mind, but I couldn't find a high enough torque motor that won't be too big. And thanks, but I just need the math is all. Also my line will be steel cord.

Nah just an Otaku making anime come to life since he was 4. This is something I hope to commission into use with law enforcement, military, and recreational use. I've had great success in the past with things I've mad for my own use, but this time, this time I'm doing this to help others. I want...

Woe is me. Anyway, changing the topic of thruster to something else I'd like to ask, how much psi for the same size canister I mentioned is needed to propel a grappling hook at a 60 degree angle with a mass of 0.094 kg with an initial launch velocity of 45.2 m/s (v final is 0) and max height of...

Five years and $400 down the drain! :H

:oops:*sigh* :s Back to the drawing board... :(:H

The emission nozzle I built is tilted at a -6 degree angle to help provide a somewhat diagonal thrust, the main direction of it being horizontal, so I guess it could be classified as horizontal. The height I provided was actually supposed to be the distance of the diagonal vector in the system...

The thing I'm building isn't really a jet pack, it's more of a zip line attached to a harness with a forward thrust

I don't think I can attach propellers or an engine to my hips.

Then Then what size tank would you suggest? After all, I only gave 1ft and 6in. as a baseline. And I think that I'll lower the height to about 300ft. Depends on my budget later, I'll let you know.

I also forgot to mention that it will not be a continuous flow of air, rather 10-20 second bursts to provide the proper thrust required over a certain distance to get to a certain height, as the it will be following a triangular vector system.

I only just realized that the weight that I had given was incorrect, as I will be using a motor for another function, the true weight is approx. 200 pounds.

For the cylinder I'm thinking of a foot and a half long and a diameter of 6 inches. Air supply is something I'm trying to work out as well.

I'm working on a kinda-sorta confidential device. I would like to know how much psi is required to lift approx. 400 pounds 120m (about 393ft and 8 13/32 inches) into the air. The thing I'm working on is still in the designing stage, so don't worry about the specifics of individual thrusters and...