Gear Generator — 2 Beta

Here is what you need to know about the beta, the new features that will save you hours of CAD time, and how you can get early access.

Gear Generator 2 ensures that the generated designs are not just visual models, but accurate, functional components. Key adjustable parameters include: Determines tooth size. Teeth Count: Defines the gear ratio.

Gear Generator 2 Beta is a web-based, interactive computer-aided design (CAD) utility specifically engineered to create, simulate, and export custom spur gear systems. While the classic version excelled at generating single gears or simple pairs, the Beta version introduces a completely overhauled architecture. It allows users to build highly complex, multi-component gear trains and watch them interact in real-time. gear generator 2 beta

Allows developers to save and reload complex gear train configurations later. Step-by-Step Workflow for Complex Gear Trains

Like its predecessor, the beta lets you the gear train to see how torque and speed are transmitted. You can assign different RPM values to any gear, and the system automatically calculates the resulting speeds of connected gears. This feature is invaluable for verifying gear ratios and checking for interference before committing to a physical design. Here is what you need to know about

is an online‑based simulation and design tool for spur gears (involute gears) and planetary gear systems. Developed by Abel Vinze (Hungary), the platform allows users to create, visualise, and animate multi‑gear layouts in a browser, then export the results as SVG (vector images) or DXF (CAD‑compatible) files for further use in engineering, 3D printing, laser cutting, or other fabrication projects.

: The interface allows for fine-tuning of parameters like Diametral Pitch (P) , Module (M) , number of teeth, and Pressure Angle (PA) . User Experience and Pricing Teeth Count: Defines the gear ratio

Experimental support for basic helical configurations.

The first 500 users to post a broken gear design (cracked tooth, bad undercut, etc.) will get instant access—no waitlist.

: Designs can be downloaded in DXF or SVG formats, making them ready for laser cutting or 3D printing.