{"version":1,"pages":[{"id":"-MWUM9PRrvrLH2HWuPoH","title":"Introduction","pathname":"/","siteSpaceId":"sitesp_xCtdF","description":"Learn how to use the Aviumtechnologies Panel Method and the Aviumtechnologies  Flight Simulation Tools for concept/preliminary aircraft design."},{"id":"-Ma-qonA4brBJIlUUugy","title":"Initial sizing","pathname":"/topics/initial-sizing","siteSpaceId":"sitesp_xCtdF","description":"The aim of the initial sizing is to come up with a design which is light, performs well, and is inexpensive to manufacture and operate.","breadcrumbs":[{"label":"Topics"}]},{"id":"-MaybL92y4nZD1jGJbyZ","title":"Definition of axes and angles","pathname":"/topics/definition-of-axes-and-angles","siteSpaceId":"sitesp_xCtdF","description":"The aim of this topic is to explain the commonly used axes for aircraft simulation and aerodynamic analysis.","breadcrumbs":[{"label":"Topics"}]},{"id":"-Ma-qsnl47AuxDYkNP0r","title":"Stability","pathname":"/topics/stability","siteSpaceId":"sitesp_xCtdF","description":"The aim of stability analysis is to determine if a design is statically and dynamically stable.","breadcrumbs":[{"label":"Topics"}]},{"id":"-MfJrTgTWvJKDWpjVXot","title":"Obtaining stability derivatives from forced oscillations","pathname":"/topics/stability/obtaining-stability-derivatives-from-forced-oscillations","siteSpaceId":"sitesp_xCtdF","description":"This article explains how to obtain the stability derivatives of a design from forced oscillations","breadcrumbs":[{"label":"Topics"},{"label":"Stability"}]},{"id":"-Maz2OuJGOW_s4Ag1skf","title":"Equations of motion","pathname":"/topics/equations-of-motion","siteSpaceId":"sitesp_xCtdF","description":"The aim of this topic is to explain how the six-degrees of freedom equations of motion with respect to rotating Earth are derived","breadcrumbs":[{"label":"Topics"}]},{"id":"jG3bUXzNyiK3fBstX3S8","title":"PX4 Autopilot","pathname":"/topics/px4-autopilot","siteSpaceId":"sitesp_xCtdF","description":"The aim of this topic is to provide more information on software-and-hardware-in-the-loop simulations with the PX4 Autopilot.","breadcrumbs":[{"label":"Topics"}]},{"id":"m67VZawsPBJjlMjIVzHF","title":"Building and running PX4 Autopilot on BeagleBone® Blue","pathname":"/topics/px4-autopilot/building-and-running-px4-autopilot-on-beaglebone-r-blue","siteSpaceId":"sitesp_xCtdF","description":"This article will explain how build and run the PX4 Autopilot on BeagleBone Blue.","breadcrumbs":[{"label":"Topics"},{"label":"PX4 Autopilot"}]},{"id":"gbpOtFWMcMLUGzlFWpgQ","title":"PX4 BeagleBone® Blue-based quadcopter","pathname":"/topics/px4-autopilot/px4-beaglebone-r-blue-based-quadcopter","siteSpaceId":"sitesp_xCtdF","description":"This article shows how to build a PX4 BeagleBone® Blue-based quadcopter","breadcrumbs":[{"label":"Topics"},{"label":"PX4 Autopilot"}]}]}