Getting Started

From nothing to your first AI-built feature in about fifteen minutes: start a trial, install the add-in for your CAD system, open the desktop agent, sign in, and run a prompt whose result you can verify.

Already have an account? Skip to step 2. Your administrator may have installed the add-in for you already — open your CAD system and look for AI Co-Pilot.

1. Start a trial (or get a seat)

Go to Start your free trial. The trial runs for 30 days with full access to all five CAD systems, and you bring your own AI key — your AI provider bills you directly, so no card is needed to begin.

The CADCoPilot trial sign-up form asking for name, work email, password and company
The trial sign-up form. You must accept the licence agreement, which includes the clause making verification of AI-produced geometry your responsibility — see Verifying Results.
  1. Fill in your name, work email and a password, then submit the form.

  2. Verify your email. A message arrives with a confirmation link. The account stays locked until you click it — if nothing arrives within a few minutes, check your spam folder before requesting another.

  3. Sign in to the organization portal to see your licence, seats and settings.

If your company buys seats instead, an administrator invites you and you receive an invitation email; your seat and plan are already set up when you first sign in. Pricing and plan limits are on the pricing page.

2. Install the add-in for your CAD system

Each CAD system has its own installer. Close the CAD application before installing, then start it again afterwards. What you get is a CAD CoPilot ribbon tab (or panel) with a small set of commands — the one you want first is Open Desktop Agent.

CAD systemWhere CoPilot appearsDetailed page
SOLIDWORKSCAD CoPilot ribbon commands, plus a task-pane tabSOLIDWORKS
Autodesk InventorCAD CoPilot ribbon panelInventor
Siemens NXCAD CoPilot ribbon tabNX
Solid EdgeCAD CoPilot ribbon tab (icon-only buttons — hover for the name)Solid Edge
AutoCADCAD CoPilot ribbon tab, or the COPILOT commandAutoCAD
If the button or tab is missing after installing, restart the CAD application once more — several of them only register add-ins at start-up. If it is still missing, see Troubleshooting.
The chat is not inside the CAD window. It lives in the desktop agent — a small floating balloon that sits above whatever you are working in and talks to every CAD system you have running. The ribbon button opens it, and after that Ctrl+Alt+Space brings it up from anywhere.

3. Sign in

Click Open Desktop Agent on the ribbon. The agent starts in the system tray and its balloon appears; sign in with the email address and password for your organization account — the same credentials as the web portal.

The CADCoPilot organization portal sign-in form
The same account signs you in to both the add-in and the organization portal.

If your organization runs its own server, enter its URL in Settings first. See Sign In & Out for switching accounts.

4. Check you are connected

Your chat runs through your organization's CADCoPilot server, which handles the AI provider, licensing and usage tracking for you. There is nothing to choose — just confirm it is connected before your first prompt.

Hover the tray icon: it reports starting, connecting, connected, stopped or not signed in. The dot at the bottom-left of the balloon tells you about the CAD side — hover it for CAD sessions healthy or No CAD session connected.

On a trial you must supply your own AI key before chat will run at all. Add it under My AI Key in the organization portal, or from the “Add my AI key…” button the chat offers you.

5. Your first prompt

Type a request in the agent and press Enter. CoPilot performs the operations in your open CAD document and reports each step. Start with something whose answer you can check by hand:

Create a new part, then make a 60 mm cube centred on the origin, and add a 6 mm fillet to its vertical edges. Tell me the final volume.
SOLIDWORKS showing a filleted cube built by CoPilot, with the chat panel reporting the steps and final volume
The result of exactly that prompt in SOLIDWORKS. Every operation it ran is listed, finishing with the measured volume — 214,145.84 mm³.

Check the number rather than trusting it. A 60 mm cube is 216,000 mm³. Rounding four vertical edges at R6 removes r² − πr²/4 = 7.73 mm² of cross-section each, over 60 mm of height — about 1,854 mm³ in total. 216,000 − 1,854 = 214,146 mm³, which matches. That habit — predict, then compare — is the single most valuable one when working with an AI assistant, and it is covered properly in Verifying Results.

6. A few more to try

What is the volume and bounding box of the current part?

Read-only queries are the safest way to get a feel for how CoPilot reads your model.

Add a 10 mm through hole at the centre of the top face.

Name the face and the position. If a request is ambiguous, CoPilot asks rather than guessing — answering the question is faster than undoing a wrong feature.

Create a drawing of this part with front, top and isometric views, then dimension the overall width.

See Drawings & Dimensions for the full range of views, dimensions and annotations.

Where to go next