Welcome to AutomatAR
Explore mechanical engineering concepts through augmented reality. Point your camera at kit markers to see interactive 3D demonstrations of gears, cams, cranks, and other mechanical systems.
Cam-A: Learn the details of rotational motion
Demonstrates how cams convert rotational motion into linear oscillatory motion using contoured surfaces to drive followers in precise, complex patterns.
Cam-C: Get to know more about intermittent motion
Shows how a Geneva wheel mechanism creates precise, timed intermittent motion from continuous rotational input using pins and slots.
Crank: Understanding reciprocating motion
Illustrates how a rotating crank arm converts rotational motion into linear back-and-forth movement through connecting rods.
Gear-A: Exploring perpendicular power transmission
Demonstrates how bevel gears with cone-shaped teeth transfer rotational motion between perpendicular shafts at 90-degree angles.
Gear-B: Variable speed and torque systems
Shows how gear alignment and shape create variable speed and torque output from constant input through dynamic load distribution.
Gear-C: Mastering worm gear systems
Gear-C is a worm gear system that converts rotational motion while significantly reducing speed & increasing torque. A screw-like worm drives a worm wheel, transferring motion at 90°. This design offers high torque output & a self-locking feature, so it can't be back-driven. Used in elevators, conveyors, tuning mechanisms—anywhere controlled motion & torque multiplication are vital.