Design your own components that will be considered for the final vehicle
Use the latest softwares such Siemens NX, Auto CAD, Inventor, or Fusion 360
Learn how to make proffesional material that can be used in your own portfolio
Learn to 3D print! Take your ideas and turn them into physical models
With two printers on site, we depend highly on manufacturing our own parts to our needs.
Drones can be customized for specific applications using 3D printing. Tailoring the components to meet specific requirements, such as payload capacity or sensor integration, becomes more accessible.
Members will get hands on experience with the electronic components. Learn the basic pieces of drone that even translate to other types of vehicles.
Ensuring seamless integration and calibration of sensors for optimal performance.
Conducting extensive testing of electrical systems to ensure proper functionality and reliability.
Debugging and troubleshooting electronic components and systems to address any issues that may arise during development or operation.
Designing and developing user interfaces for ground control stations or mobile apps, providing users with a means to interact with and monitor the drone.
Implementing features like live video streaming, telemetry data display, and remote control interfaces.
Simulating flight allows for Hardware-in-the-Loop testing, where the drone's software is tested in conjunction with simulated hardware components.
Make adjustments to the drone's parameters, such as weight distribution, aerodynamics, and control algorithms, and observe the impact on performance in real-time.
After finishing countless goals, our one mission is flight. Take off with us as we get our drones into the sky!
Help us plan autonomous missions, callibrating and more!