AI enabled payload dispensing
Our AI/autonomy stack powers the wildfire-response VTOL: it fuses onboard sensors to stabilize flight, navigate to targets, and compute precise payload-release timing in challenging conditions. We tune the system in simulation and refine it with flight data to improve accuracy, reliability, and responsiveness—bringing safer, faster aerial support to firefighters.
Finn Johnson
Created a safe, hardware-free testbed with ArduPilot SITL, Gazebo, and ROS 2 so our team can iterate faster and ship more reliable autonomy.
Project Engineers
AI enabled payload dispensing
Our AI/autonomy stack powers the wildfire-response VTOL: it fuses onboard sensors to stabilize flight, navigate to targets, and compute precise payload-release timing in challenging conditions. We tune the system in simulation and refine it with flight data to improve accuracy, reliability, and responsiveness—bringing safer, faster aerial support to firefighters.
Finn Johnson
Created a safe, hardware-free testbed with ArduPilot SITL, Gazebo, and ROS 2 so our team can iterate faster and ship more reliable autonomy.
Project Engineers
AI enabled payload dispensing
Our AI/autonomy stack powers the wildfire-response VTOL: it fuses onboard sensors to stabilize flight, navigate to targets, and compute precise payload-release timing in challenging conditions. We tune the system in simulation and refine it with flight data to improve accuracy, reliability, and responsiveness—bringing safer, faster aerial support to firefighters.
Finn Johnson
Created a safe, hardware-free testbed with ArduPilot SITL, Gazebo, and ROS 2 so our team can iterate faster and ship more reliable autonomy.
Project Engineers
AI enabled payload dispensing
Our AI/autonomy stack powers the wildfire-response VTOL: it fuses onboard sensors to stabilize flight, navigate to targets, and compute precise payload-release timing in challenging conditions. We tune the system in simulation and refine it with flight data to improve accuracy, reliability, and responsiveness—bringing safer, faster aerial support to firefighters.
Finn Johnson
Created a safe, hardware-free testbed with ArduPilot SITL, Gazebo, and ROS 2 so our team can iterate faster and ship more reliable autonomy.
Project Engineers
Composite Airframe Design
This project focuses on innovative uses of carbon fiber and composite materials to create lighter, stronger airframes. We run simulations, build prototypes, and perform rigorous structural testing.
Composite Airframe Design
This project focuses on innovative uses of carbon fiber and composite materials to create lighter, stronger airframes. We run simulations, build prototypes, and perform rigorous structural testing.
Composite Airframe Design
This project focuses on innovative uses of carbon fiber and composite materials to create lighter, stronger airframes. We run simulations, build prototypes, and perform rigorous structural testing.
Composite Airframe Design
This project focuses on innovative uses of carbon fiber and composite materials to create lighter, stronger airframes. We run simulations, build prototypes, and perform rigorous structural testing.
Autonomous Flight Systems
We develop and test advanced autopilot and sensor systems for unmanned flight. Our goal is safe, reliable autonomous operation for research and practical applications.
Autonomous Flight Systems
We develop and test advanced autopilot and sensor systems for unmanned flight. Our goal is safe, reliable autonomous operation for research and practical applications.
Autonomous Flight Systems
We develop and test advanced autopilot and sensor systems for unmanned flight. Our goal is safe, reliable autonomous operation for research and practical applications.
Autonomous Flight Systems
We develop and test advanced autopilot and sensor systems for unmanned flight. Our goal is safe, reliable autonomous operation for research and practical applications.
© 2024 Badgerfly
Mechanical Engineering, Room B1190
1513 University Ave
Madison, WI, 53706
© 2024 Badgerfly
Mechanical Engineering, Room B1190
1513 University Ave
Madison, WI, 53706
© 2024 Badgerfly
Mechanical Engineering, Room B1190
1513 University Ave
Madison, WI, 53706
© 2024 Badgerfly
Mechanical Engineering, Room B1190
1513 University Ave
Madison, WI, 53706