RoboticsCAD turns a sentence into a validated mechanical design — geometry, parts list, and ready-to-print CAD files. No CAD software, no FEA license, no manual sourcing.
No spam. One invite email when the beta opens.
Stop juggling CAD, simulation, BOM spreadsheets, and procurement tabs. One agent handles the engineering chain end-to-end.
Every design passes physics-aware checks for torque, clearance, stability, and ground reach before you see it. If the math doesn't hold, the agent retries — quietly — until it does.
The agent picks motors, servos, bearings, and structural parts from an actual parts library — with proper bolt patterns, shaft sizes, and mounting holes baked into the geometry.
STEP for CAD, STL for 3D printing, URDF for ROS and Gazebo, plus a bill of materials with the exact part numbers chosen. Hand it to a print farm or a machine shop and it works.
Tell it what you need in plain language and iterate in chat: "make the reach longer," "swap to a 24 V supply," "add a gripper." It re-runs the engineering chain and shows you what changed.
"A 4-DOF arm with 300 mm reach for a 200 g payload, running on 12 V." That's it — no template picker, no parameter spreadsheet.
Selects components, sizes the structure, lays out the kinematic chain, and runs engineering checks. You watch the steps stream in real time.
Get .step, .stl, and .urdf for every
part, plus a parts list. Print the housings, simulate in ROS, assemble.
Each domain has its own engineering rules — the agent knows the difference.
2–6 DOF serial arms with joints, links, end-effector flanges and ROS-ready URDFs.
Quad & hex multirotors sized by payload, prop, and target flight time.
Pressure-rated underwater vehicles with thruster layout and buoyancy budgeting.
Differential and skid-steer rovers with drivetrain, chassis, and clearance checks.
Builders, robotics teams, and educators are getting access first. Drop your email and we'll send you an invite when your wave is up.
We keep your address on a single mailing list. One email when the beta opens.