HomeRobotics & KinematicsDrone Blade Inspection vs Ground-Based Inspection

Drone Blade Inspection vs Ground-Based Inspection

Interactive wind-turbine inspection simulator: compare a ground-based visual survey, which only resolves large blade defects, against an autonomous drone that flies close along each blade and detects micro-cracks before they grow into failures.

Robotics & Kinematics3DModerate60 FPS💨 Air & Wind
drone-blade-inspection-vs-ground-based-inspection ↗ Open standalone

Wind-turbine blades are enormous and spin at height, so a technician looking up from the ground can only resolve large, already-severe damage. This simulator scatters defects of varying size across a spinning three-blade rotor and lets you compare two inspection strategies: a ground-based survey that only flags defects above a size threshold — leaving small early-stage cracks to silently grow every simulated cycle — versus an autonomous drone that flies a close path along each blade's surface, resolving and flagging every defect regardless of size before it can become a structural risk.

⚙ Under the hood

Compare a ground-based visual survey of a spinning wind-turbine rotor, which can only resolve large obvious defects while small early-stage cracks silently grow, against an autonomous drone that flies close along each blade's surface and detects every defect regardless of size before it becomes a failure risk.

wind turbinedrone inspectionblade defectsroboticsrenewable energy

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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