GenevaMech: Drive Simulator

GenevaMech is a comprehensive mechanical engineering tool designed to simulate and analyze Geneva drive mechanisms, also known as the Maltese cross. This application provides students, engineers, and designers with a powerful platform to visualize, calculate, and study intermittent motion transmission.

Key Features:
Interactive Animator Observe the mechanism in motion with high-fidelity simulation. Monitor live telemetry with real-time digital readouts of both driver and driven angles. Use play/pause controls to inspect specific frames of the rotation cycle.

Advanced Configurator Customize every aspect of your mechanical design. Adjust the number of slots, input rotational speed (RPM), and fine-tune precise geometric parameters including pin radius and center distance.

Kinematic Engine Access detailed engineering data through high-resolution charts. Analyze velocity ratio and acceleration ratio profiles to understand the physics of your configuration and identify peak loads or potential vibrations.

Dwell Analysis Visualize the relationship between motion and dwell periods. The integrated analysis module automatically calculates cycle statistics, including indexing angles and stationary durations for any custom setup.

Educational Theory Enhance your technical knowledge with a dedicated learning module. Explore the mathematical foundations of the Geneva drive, historical industrial applications—such as film projectors and indexing tables—and critical design considerations.

Whether you are studying mechanical transmission or designing high-speed automated machinery, GenevaMech provides the technical depth and visual clarity required for professional analysis.