Inverse Kinematics
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May 1, 2024
Updated May 11, 2025
20 minute read
Inverse kinematics is a fundamental concept in fields like robotics and computer animation. At its core, it's the mathematical process of determining the joint parameters (like angles) needed for a linked structure, such as a robotic arm or an animated character's limb, to reach a specific position and orientation in space. Imagine you want a robot to pick up an object. You know where the object is (the target position for the robot's hand, or "end-effector"), but to make the robot's hand go there, you need to figure out how each joint in its arm should be angled. That's precisely what inverse kinematics solves.
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