Current Projects
Open Sauce 2024
We will be showcasing our 2024 AUVSI SUAS competition drone at Open Sauce this year from June 15-16 alongside hundreds of awesome projects created by makers like us. Come check us out!
We will be showcasing our 2024 AUVSI SUAS competition drone at Open Sauce this year from June 15-16 alongside hundreds of awesome projects created by makers like us. Come check us out!
2024 FRR Video is LIVE! Check out the inner workings behind our 2024 AUVSI SUAS drone. See you at Maryland! https://youtu.be/dakZXCir8EU?si=U2uRPhHBQLUCKfTZ
Project Manager/Author: Alex Chan | Raymond Gu | Timothy Liu | Nick Mecklenburg Introduction One of the largest markets for drones is for tracking in action sports like racing and snowboarding. However, current quadcopters that utilize object tracking algorithms are restricted to front facing viewpoint, where a viewer would only be Read more…
Project Leader/Author: Timothy Liu, Trey Fortmuller, Amal Mehta, Prom Putthisri, Kallan Bar Introduction One potential application for drones is on the construction site. While they are already being used to survey plots of land and to catch any potential issues during construction, having drones actually build the structure is still Read more…
Project Manager/Author: Matt Wong | Darius Dastur | Tanner Dekock Introduction UAVs@Berkeley has mostly focused on multirotor endeavors but this semester we decided to tackle our first fixed wing project. Project AirDrop’s goal was to create a GPS navigated plane that had the capability to autonomously deliver parcels. This technology has Read more…
Project Manager & Author: Nick Doerschlag Other Contributors: Joel Lee | Micheal Cheng | Ann Cherayil | Frank Yang | Diego Uribe | Noah Gundotra Introduction The Video Photo team started in 2017 as a way to connect UAV’s @ Berkeley with other clubs and organizations on Berkeley’s campus. Since Read more…
Introduction The competition, rather with a lengthy name – Association For Unmanned Vehicle Systems International – Student Unmanned Aerial Systems Competition, requires students to design, integrate, report on, and demonstrate a UAS capable of autonomous flight and navigation, remote sensing via onboard payload sensors, and execution of a specific set of Read more…