Prompt it.
Print it.

What it generates

Every render below came from a single plain-English prompt. No manual CAD required to produce them.

PROMPT "NEO motor mount friction-fit sleeve with a mounting plate to attach to 2x1 aluminum tube stock. Sleeve tightens around motor using a zip tie, motor shaft points parallel to tube length."

PROMPT "Bearing block for a 1/2" hex shaft that mounts flat on the 1" face of a 2x1 tube using two 10-32 bolts through the tube wall. Bearing flange should be seated flush with outer face, shaft passes through the tube."

PROMPT "Dead axle mount spanning two parallel 2x1 tubes with 4 inch center-to-center spacing. 1/2" hex dead axle passes through both mounts perpendicular to the tubes, each side bolts to the 1" face with two 10-32 bolts. Close-fit axle bore."

PROMPT "Make a belly pan / electronics mounting board with hole patterns for the battery, PDP, RIO, VRM, and breaker. Designed to be riveted to the chassis, with etched labels for component positions."

How it works

1. 01

   Describe your part

   Mention any standard FRC components (motors, wheels, sensors...) or even season-specific game elements your part should fit with — BotCAD knows many of their exact mounting patterns and dimension specs.

2. 02

   Model compiles server-side

   OpenSCAD runs on our end. You get back a 3D-viewable, parametric solid in your browser - ready to download and slice.

3. 03

   Adjust with sliders

   Every parameter is exposed. Nudge a dimension, it recompiles on the fly — no re-prompting needed. Rapid prototyping at its finest.

★ The learning process stays intact, and full CAD gets done later.