A simple design has less places to fail and means that more resources and energy can go to designing the fewer parts with higher quality.
Easy to use analysis tools (e.g., SolidWorks Simulation and Motion). SolidWorks has analysis tools built right into the system, which makes it easy to switch back and forth between drawing and testing.
Overall, CAD is just CAD, so use the pros and cons below to choose a program and stick with that program – in the end, experience with the program will make the difference.
Two popular programs amongst FRC teams are AutoCAD Inventor and SolidWorks, which both can be obtain for free through FIRST. There are many different design or Computer Aided Design (CAD) programs available. So is it worth it? And what is the best way to tackle that learning curve?
However, knowing how to use these programs can often involve a steep learning curve. It can also make a more cohesive design and ensures that all parts will fit together properly.
It allows the team to look and see design challenges before they actually build their robot parts. Using virtual design programs (such as, AutoCAD Inventor or Solidworks) can often be the best help for new teams. Quick Links: Virtual Design Design Strategy Machining Hardware Suppliers Hardware – one of three parts for creating your ultimate robot! Check out these tips below to find simple, easy solutions to the most common problems as well as information to help your team maximize its robot design potential.