Automated Fiber Placement: Steering & Gap/Overlap Defects
Interactive 3D Automated Fiber Placement (AFP) simulator: watch a robotic tow-laying head course a curved aircraft fuselage panel and see how steering a course around curvature creates real gap and overlap defects between adjacent tows.
Automated Fiber Placement (AFP) robots lay composite tow onto curved aircraft tooling course by course, steering each course to follow the part's geometry. This simulator renders a curved fuselage panel and a robotic head laying successive tow courses along a steerable path, computing the real first-order gap/overlap that appears whenever an offset course has to follow a curved reference path — the sharper the steering and the wider the tow, the larger the defect. Adjust steering amplitude/frequency, tow width, feed rate and the process tolerance, and watch coverage, defect rate and per-segment gap/overlap markers update live as the head sweeps each course.
Watch a robotic Automated Fiber Placement (AFP) head lay steered composite tow courses onto a curved aircraft fuselage panel and see, live, how offsetting a curved course creates real gap and overlap defects between adjacent tows.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install