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Robosus | Suspension System

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subheim
Entry ID #: 2286
Created: Tue, Jan 12, 2016 3:52 PM

This instrument is designed as a solution to motion restirictions and vibration problems of robots. As well as providing independent motion to front and rear wheels, it also seperates the main frame from the wheels. This practice ensures more convenient mobility and keeps the main frame steady. It is possible to interlock two or more robots and create a more complex transportation system which can be run by a single motor.   After finalizing my drafts, I used solid modelling, assemble, animation, motion study and motion link sections of Fusion 360. I prefered to use freeform modeling in order to model the environment.   I am equipped with plenty of knowledge on robotics during my research period for the competition. As I am studying Industrial Design Management at the moment, I believe I will need Fusion 360 through all my career and continue to use the software from now on. Robotics, is an underdeveloped technology in my country, so that I would like to allow more time and efforts aiming to be a  pioneer on this subject  in Turkey.

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Robosus | Suspension System

This instrument is designed as a solution to motion restirictions and vibration problems of robots. As well as providing independent motion to front and rear wheels, it also seperates the main frame from the wheels. This practice ensures more convenient mobility and keeps the main frame steady. It is possible to interlock two or more robots and create a more complex transportation system which can be run by a single motor. All animations and modeling have been made by using Autodesk Fusion 360.

Make It Real CAD Engineering Challenge | REC Foundation and Autodesk 3D Printing

This instrument is designed as a solution to motion restirictions and vibration problems of robots. As well as providing independent motion to front and rear wheels, it also seperates the main frame from the wheels. This practice ensures more convenient mobility and keeps the main frame steady. It is possible to interlock two or more robots and create a more complex transportation system which can be run by a single motor..

Comments

   subheim on 01/17/2016

@REX1727B About 50-55 joints, motion study and render :)

   REX1727B on 01/16/2016

this is amazing, how was the animation done?