Written by Megan Jenkins on May 23, 2019
February 4th, 2019
approx reading time
Last week, we announced the SimScale Drone Challenge. In this challenge, participants are encouraged to use simulation to improve the performance of a miniature, 3D-printed quadcopter.
The four main metrics that are critical for improving the design are:
The really exciting aspect of this challenge is that the participants are asked to modify an existing drone design that was provided by Nathan Kau—a very talented drone designer and high school student.
The top three submissions will receive a 3D-printed assembly of their drone, remote controller, and electronic accessories that they can put together at home.
On top of that, the first place winner will be awarded simulation training and a one-year subscription for the SimScale Professional Plan, which will grant him or her access to all simulation features and 3000 core hours that can be used for private projects!
This challenge comes after a highly successful SimScale Drone Workshop. This four-session workshop introduced SimScale users to a variety of analysis types, primarily focusing on: propeller aerodynamics, displacements of the drone arm under different lift forces, virtual drop crash impacts, and vibrations. There is a wealth of resources from this workshop available on our forum.
The submission deadline falls on the 29th of February 2016.
To discover all the simulation features provided by SimScale, download the document below.
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Written by Megan Jenkins on May 21, 2019
This computational wind engineering guide covers types of wind analysis, how to improve your designs, and more wind resources...