As currently configured, it has a stability margin of 3.7/14.6% in openrocket The openrocket team is pleased to release the first public beta for openrocket 24.12 Standard caveats for beta releases apply We have no known outstanding bugs, but once it gets wider usage issues may crop up, which will be fixed for the final release In the meantime, please give it a spin. Select any part of the rocket and click the cfd button
The dialog allows you to set the rocket angle of attack (aoa), and the number of processors you're going to use when running your cfd simulation This creates a solid version of your rocket and places it in a virtual wind tunnel. I am only planning on flying h motors on this rocket and have my nose cone modeled with. Hello everyone, i would like to introduce you to a gyroscopic stabilization system which i made.the system is designed to prevent the rocket from rolling Hello everyone, i am currently in the process of building a hpr hybrid rocket motor and am posting to get opinions, advice, and help The motor has a theoretical average thrust of 800n 2
Oxidizer is n2o i have already. Does anybody have any hard and fast rules about what the shape and/or size of a rocket's fins should be In all my research, the only thing i've uncovered is that 4 fins provide greater stability, but 3 fins allow for decreased drag But what i'm really looking for is understanding how. I hope this post finds you all soaring high in your rocketry adventures I'm a high school student currently navigating through the fascinating world of water rocketry for my research paper
My focus is on the optimization of water rocket fins in terms of their size. They all use different radio transmitters and receivers and i would like some guidance on which one is ideal for my specific application.
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