AI Mechanical Takeoff Software
Take off duct, pipe, and equipment on one set of sheets.
Mechanical takeoff is the part of the bid that eats the week: tracing runs, reading size tags, counting fittings, and reconciling equipment against a schedule. Canaveral does all of it on the same drawing set, in the same project, without three separate tools.
QuickDraw reads dimensions straight off the plan, fittings insert themselves from the geometry of the run, and SymbolSight matches equipment to the schedule. Cooper answers questions about the takeoff in plain language, so you can just ask what's missing instead of hunting for it.
Ready to put a price on those quantities? See mechanical estimating software.
Your current mechanical takeoff process...
How Canaveral measures a mechanical job
Your current mechanical takeoff process...
Duct and pipe measured in different tools
Sheet metal gets taken off in one product, piping in another, and equipment counted off a printout. The same drawing set gets opened three times and the quantities never quite reconcile.
How Canaveral measures a mechanical job
One canvas for the whole mechanical scope
Trace duct, pipe, plumbing, and equipment on the same sheets in the same project. One set of drawings, one set of quantities, one place to check whether anything was missed.
Your current mechanical takeoff process...
Reading dimensions off the plan by hand
Squinting at a size tag, typing 24x12, scrolling, squinting again. Thousands of times per set. It's the single largest time sink in mechanical takeoff and the easiest place to fat-finger a number nobody catches.
How Canaveral measures a mechanical job
One-click dimensions with QuickDraw
Hold Q and Canaveral reads the size tag directly off the sheet. Assign it with a click. Pipe sizes, duct sizes, rectangular, round, and oval all get confirmed on screen, so you're never transcribing them by hand.
Your current mechanical takeoff process...
Counting fittings and equipment manually
Elbows, tees, reducers, valves, hangers, diffusers, VAV boxes. Tallied with a highlighter and a clicker, then reconciled against a schedule that may or may not match what's drawn.
How Canaveral measures a mechanical job
Automatic fittings and schedule matching
Fittings insert themselves from the geometry as you trace a run. SymbolSight reads the equipment schedule and locates matching symbols across the set, so your counts come straight from the drawing.
Your current mechanical takeoff process...
A revision that invalidates finished work
Half the takeoff is done when the addendum drops. Finding what actually changed across a few hundred sheets means overlaying PDFs by eye and hoping you spot the difference.
How Canaveral measures a mechanical job
See exactly what the revision changed
New sheet versions are compared against the ones you took off, and the affected areas are surfaced. You only have to remeasure the scope that actually moved.
And much, much more. See more features
AI-native doesn't have to be detail-poor.
Other AI takeoff products provide a flashy demo with no data layer. You can't bid a job on that.
Canaveral's parts library resolves every item in your takeoff to your custom identifiers and pricing definitions. Build unique labor definitions with targeted adjustment factors to accurately capture conditions on the field. Canaveral is not just an AI wrapper like the others, it's your company's predictable and customizable bidding engine.
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 take off a real set?
Start your free trial and load a drawing set you already know. Trace duct and pipe on the same sheets, let the fittings and equipment populate themselves, and compare the result against your own numbers.
Frequently asked questions
What is AI mechanical takeoff?
AI mechanical takeoff is the use of computer vision and machine learning to automate quantity measurement from construction plans. Instead of manually tracing dimensions and counting fittings, AI reads duct sizes, inserts fittings automatically, and identifies equipment from schedules, which cuts takeoff time significantly and improves accuracy.
How does AI mechanical takeoff software work?
In Canaveral, QuickDraw uses computer vision to read duct and pipe dimensions directly from your plan PDFs with a single click. SymbolSight reads equipment schedules and locates tagged units on plan sheets automatically. Fittings like elbows, tees, reducers, and transitions are inserted automatically as you trace runs, which eliminates manual counting.
What ductwork types does AI mechanical takeoff support?
Canaveral's AI mechanical takeoff supports rectangular, round, and oval ductwork. All duct shapes include automatic fitting insertion, SMACNA-compliant weight calculations, insulation tracking, and hanger counts, and all of it connects to your parts database and labor rates.
What is the difference between mechanical takeoff and mechanical estimation?
Takeoff is measuring quantities from construction drawings: ductwork footage, pipe runs, fitting counts, equipment lists. Estimating takes those quantities and applies material costs, labor rates by trade, vendor quotes, overhead, and markup to produce a bid. This page covers the measurement half. The pricing half is covered on our mechanical estimating software page, and Canaveral does both in one project, so quantities flow into pricing with no export step.
Does AI mechanical takeoff software handle piping and equipment?
Yes. Canaveral supports ductwork, mechanical piping, plumbing, and HVAC equipment takeoff in a single platform. SymbolSight reads equipment schedules and locates tagged units on plan sheets. Piping systems support diameter-based material and labor calculations with automatic fitting counts.