Dronesonen

Final videos As we approach the final week, most parts of the system are finished. Like the previous weeks, this week has focused on testing and benchmarking the system. We’ve done some safety tests with different backdrops and found foam packing insulator to be a good fit. The foam is light enough to allow some…

Doomsday is soon upon us… 🤯 Can we go the distance?😳 Will the MicroBros reach the sweet sweet center of that maze?🤤 Most importantly, is there time to add googly eyes?🤓 Final video NOTE: We use external power as currently, there are issues when the motor driver and Micro:Bit are not both connected to a…

Alinur  The week kicked off with a deep dive of me working on the ultrasonic sensors on the car. I set out to explore the obstacle detection where the car stops if it detects obstacle and when the obstacle is removed the car continues with it journey. The first thing I did was to initialize…

Filer og Rapport fra maskin gruppe 3

For the final “official” week of project work we conducted the following efforts:     Discipline – Software: GitHub link: https://github.com/asklindbraten/2023Gruppe4-Micromouse.git Erik-Andre Hegna: This week has been an eventful week. It feels like I’ve been to hell and back again. As we have done a lot this week, this blog post will try to cover the details…

Information: Since this is our last submission, we will publish the final contributions so far this semester. In our GitHub repository you can view our total code, and see what we have managed to do this far in our semester. GitHub repository: https://github.com/Joffeey/MicroMind_Autonomous MicroMouse Simulator: https://github.com/mackorone/mms Our MicroMouse Simulator files: https://github.com/Joffeey/MicroMind_Autonomous/tree/main/Simulation Simulation video:https://www.youtube.com/watch?v=iXtiFru1XSw&t=1s&ab_channel=Joffe Ilir BylykbashiSummary:…

Christopher Daffinrud This week Ole and I spent most of Monday calculating and testing to verify how many steps our stepper motors needed for the turret to both rotate and elevate to aim at the target detected by the detection model. Azimuth and pitch movement Based on the horizontal FOV of our camera, 44 degrees,…

Last week we conducted the following efforts: Discipline – Software: Erik-Andre Hegna: As Ask and Lars elaborated well on what we did this week, I will go into detail regarding the problem we encountered with the ultra-sonic sensors. Our initial approach and ideas regarding the ultra-sonic sensors were that it could measure distances up to…