HVAC for Revit
AI-assisted mechanical design in Revit.
No more drawing duct run by run, sizing every branch by hand, or reworking a whole layout each time a diffuser moves. Model your mechanical systems faster and more accurately with AeroBIM.
Menu ≡
AeroBIM · HVAC for Revit
Try it for Yourself
Free 14-day trial
Turn AeroBIM loose on one of your own Revit models.
- Full feature access
- No credit card
- Free onboarding
14-DayDownload
Dedicated License
One named user for use at the office, at home, and on site
MonthlyYearly2 months free
Floating License
One active session shared across your team in any office
MonthlyYearly2 months free
You describe the change. It builds it in Revit.
AeroBIM links an AI assistant like Claude to the Revit model you have open. Say what you need in plain English, and it works through real Revit tools, editing actual ducts, equipment, and air terminals, not a sketch or a suggestion.
What you can ask it to do
AeroBIM hands your AI assistant real Revit tools, so you can call out the work and let it push the geometry.
Lay out ductwork
Build supply, return, and exhaust runs from a plain-language description on real Revit duct, sized to your systems.
Connect terminals and equipment
Tie diffusers, grilles, VAV boxes, and air-handling units into the right system without making each connection by hand.
Check what's modeled
Point it at existing ductwork to surface loose terminals, undersized runs, and connections that need a second look.
Rework the layout
Reroute, resize, and reorganize systems when a space changes, without stepping through every command yourself.
Try AeroBIM on your own model
Download a free 14-day trial and put your AI assistant to work in Revit today. Your model stays yours; the trial runs right inside your own local copy of Revit.
What should AeroBIM add next?
AeroBIM is going to be more than just an AI assistant; we're actively planning out what comes next. Tell us the calculations, checks, and features you need in your day-to-day work: airflow and CFM, duct and equipment sizing, static pressure and pressure drop, ventilation code compliance- whatever would save you time and get the job on time.
Share your ideas