AutomatAR

Cam-A: Rotational motion

Demonstrates how cams convert rotational motion into linear oscillatory motion using contoured surfaces to drive followers in precise, complex patterns.

Cam-C: Intermittent motion

Shows how a Geneva wheel mechanism creates precise, timed intermittent motion from continuous rotational input using pins and slots.

Crank: Reciprocating motion

Illustrates how a rotating crank arm converts rotational motion into linear back-and-forth movement through connecting rods.

Gear-A: Perpendicular transmission

Demonstrates how bevel gears with cone-shaped teeth transfer rotational motion between perpendicular shafts at 90-degree angles.

Gear-B: Variable speed & torque

Shows how gear alignment and shape create variable speed and torque output from constant input through dynamic load distribution.

Gear-C: Worm gear system

Gear-C is a worm gear system that converts rotational motion while significantly reducing speed and increasing torque.

Kit Name

Kit description will appear here.

AR Instructions

Setup

Hold device steady. Point camera at ArUco marker (black/white square pattern). Keep marker flat and fully visible.

Instructions: Point your camera at a kit marker to see the 3D demonstration

Kit Information

No kits detected
Point your camera at a marker to see kit information

AR Instructions

How to Use

  • Allow camera access when prompted
  • Point your camera at a kit marker (ArUco marker)
  • Keep the marker flat and fully visible
  • Move the marker to see the 3D model from different angles

Available Kits

Cam-A: Rotational to linear motion

Cam-C: Intermittent motion (Geneva wheel)

Crank: Reciprocating motion

Gear-A: Bevel gears (90° transmission)

Gear-B: Variable speed gears

Gear-C: Worm gear systems

Troubleshooting

  • Ensure good lighting conditions
  • Keep markers flat and steady
  • Try adjusting distance to marker
  • Use Debug view to check marker detection

Debug Information

No debug information available