AI Ductwork Takeoff Software
Measure every duct run without typing a single dimension.
In Canaveral, the sheet is the interface. QuickDraw reads duct sizes straight off the plans, fittings drop in as you trace, and SymbolSight locates terminal devices against the schedule. You confirm the measurement instead of producing it by hand.
Speed only counts if the quantities hold up. Every run you trace carries its real geometry with it: length, gauge, SMACNA weight, hanger count, joints, reinforcement, and insulated surface area. What comes out of takeoff is a quantity you can defend when someone asks where it came from.
Already have your quantities and need to price them? See ductwork estimating software.
Your current ductwork takeoff process...
How Canaveral Solves Ductwork Takeoff
Your current ductwork takeoff process...
Tedious manual measurement
Tracing ductwork runs across dozens of sheets, manually reading dimensions, and typing them into spreadsheets is slow and error-prone. One missed transition can throw off an entire bid.
How Canaveral Solves Ductwork Takeoff
AI-powered dimension reading
Hold Q to reveal AI-suggested ductwork dimensions read directly from the plans. Assign sizes with a single click instead of typing 24x12 over and over. Works with rectangular, round, and oval ductwork.
Your current ductwork takeoff process...
Fitting counts that never add up
Elbows, tees, reducers, offsets. Manually counting fittings across complex ductwork systems leads to missed items, rework, and margin erosion on every project.
How Canaveral Solves Ductwork Takeoff
Automatic fitting insertion
Fittings are placed automatically as you trace ductwork runs. Elbows, tees, reducers, transitions, and offsets are inserted based on geometry and angle changes, so every fitting is accounted for, every time.
Your current ductwork takeoff process...
Weight and material calculations
Calculating accurate sheet metal weights for galvanized, stainless, and aluminum ductwork across different gauges is tedious and error-prone.
How Canaveral Solves Ductwork Takeoff
SMACNA-compliant weight tables
Built-in SMACNA standards handle ductwork construction, hangers, reinforcement, and connection types. Material weights are calculated automatically based on gauge, material, and dimensions, with no spreadsheet lookups required.
Your current ductwork takeoff process...
Hunting for the right sheet
Mechanical drawing sets run hundreds of pages. Finding the sheet that shows the run you're measuring, confirming its scale, and working out whether it's been superseded burns hours before a single dimension is captured.
How Canaveral Solves Ductwork Takeoff
Indexed sheets and verified scale
Sheet numbers and titles are read from the set automatically, so you can jump to any drawing by name. Scale is calibrated per sheet and carried with it, and superseded drawings are flagged when a revision lands.
And much, much more. See more features
AI-native doesn't have to be detail-poor.
Other AI takeoff products provide a flashy demo, innacurate bounding boxes, and rough linear footage guestimates. You can't bid a job on that.
Canaveral prices materials the way your shop actually makes them: by gauge, by weight, coil vs. flat sheet, rectangular vs. spiral round. Labor rates account for the factors that actually move your costs: building height, system complexity, crew size, and site conditions.
When it's time to submit, build reports that match how your GC or owner wants to see the numbers. Completely customizable. Show as much or as little detail as the audience needs.
AI speeds you up, & the data layer keeps your bid honest. With Canaveral, you don't need to sacrifice quality for speed.
Ready to stop typing duct dimensions?
Start your free trial and take off a real drawing set. Trace a few runs, watch the fittings and weights populate themselves, and see how long the same scope takes you.
Frequently asked questions
What is AI ductwork takeoff software?
AI ductwork takeoff software uses computer vision and machine learning to automate the measurement of ductwork quantities from construction drawings. Instead of manually reading dimensions and counting fittings, AI reads duct sizes from plan PDFs and inserts fittings automatically, which reduces takeoff time and improves accuracy.
How does AI duct takeoff work?
In Canaveral, QuickDraw reads ductwork dimensions directly from your plan PDFs with a single click. As you trace duct runs, fittings are inserted automatically based on geometry: elbows at angle changes, tees at branches, reducers at size transitions. SymbolSight reads equipment schedules and locates terminal devices on plan sheets.
Does the AI ductwork takeoff support rectangular, round, and oval duct?
Yes. Canaveral supports rectangular, round, and oval ductwork. All shapes include automatic fitting insertion, SMACNA-compliant weight calculations, insulation tracking, hanger counts, and full connection to the parts database and labor rates engine.
How are fittings counted in AI ductwork takeoff?
Fittings are inserted automatically as you trace ductwork runs. The software detects angle changes and places elbows, identifies branch connections and places tees or wyes, and inserts reducers at size changes, with no manual counting required.
Does the software handle SMACNA calculations?
Yes. Canaveral has SMACNA standards built in for ductwork construction: weight tables by gauge and material, hanger spacing, reinforcement requirements, and connection types by pressure class. Material weights for galvanized, stainless, and aluminum ductwork are calculated automatically, so there are no spreadsheet lookups.
What is the difference between ductwork takeoff and ductwork estimating?
Takeoff is measurement: how many linear feet of duct, what sizes, how many fittings, how many pounds of sheet metal. Estimating is pricing that measurement: material cost by gauge and weight, shop and field labor hours, accessories, markup, and the bid summary. This page covers the measurement half. The pricing half is covered on our ductwork estimating software page, and both run inside the same Canaveral project with no export step between them.