High Speed Vision-Based Quadrotor Flight

Led by Ph.D. Alex Spitzer, this work aimed at pushing the limits of an autonomous drone flying at high speeds using vision-based state estimation. The dynamics and disturbances experienced by the quadrotor were learned on-the-fly achieving low tracking errors and improved agility.

Overlay of the drone performing a 20m figure 8 trajectory

The drone hit a max. speed of 17m/s (38mph) and more than 1g in acceleration on aggressive trajectories that I designed, while maintaining a tracking error of <4.1%.

More information can be found in Alex’s Ph.D. Thesis.

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