Skydio Autonomy™
A new generation of drone intelligence
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Skydio Autonomy is the result of a decade of R&D at the cutting edge of artificial intelligence, computer vision, and robotics. Nothing on earth flies like a Skydio.
Though many claim autonomy, conventional drones feature little more than waypoint missions and basic obstacle detection. Skydio AI is different. Our drones use six 4K cameras to build a 3D map of their surroundings, deep learning algorithms to understand what they're seeing, and advanced AI to predict into the future and make intelligent decisions.
Inside the most advanced AI device ever shipped
Skydio Autonomy Enterprise
Delivers the professional flight experience required to meet the challenges of the most complex missions and environments. Leverage AI-pilot assistance capabilities to maximize your situational awareness and achieve ultimate flight control over detailed inspections.
Maximum Situational Awareness
360 Superzoom™
Zoom out for a 360° live view of your surroundings or digitally zoom in for the ultimate situational awareness.
Point-of-Interest Orbit
Get a birds-eye view of a relevant scene by orbiting the drone around a user-specified point on the map.
Track-In-Place
Never lose sight of what matters. Track specific objects from a long distance and keep them inside the frame from a fixed position in the sky.
Offline Maps
Fly in LTE-denied environments with the ability to download and save maps to the controller.
Ultimate Control for Asset Inspection
Close Proximity Obstacle Avoidance
Inspect from up close and fit your drone into any nook or cranny using a reduced obstacle avoidance margin.
Precision Mode
Line up the perfect shot with ultra-precise positioning of the drone based on joystick inputs.
Vertical View
Capture images directly above your drone. Combined with obstacle avoidance and GPS-denied flight, it's the perfect feature to capture overhead inspection targets.
Visual Return-to-Home
Fly back safely through GPS-denied environments by navigating home with full obstacle avoidance using computer vision.
