Check your plan tier first
Bluebeam sells Revu as annual subscriptions. As listed on Bluebeam's pricing page in late 2026: Basics ($260 per user per year) measures length and area only, with no counts, perimeters or advanced measurements; Core ($330) adds perimeter, count, angle and volume measurements plus Overlay and Compare; Complete ($440) adds Dynamic Fill, Quantity Link to Excel, advanced markup reporting and batch tools; Max ($590, introductory) adds AI drawing review and comparison features. Revu runs on Windows; the web and mobile apps have a smaller measurement set.
For steel, Basics is not enough: you need count tools for columns, connections and base plates. Core is the practical minimum, and Complete is worth it if you want measurement totals to flow live into an Excel pricing sheet through Quantity Link. Prices change, so confirm on Bluebeam's site before you budget.
Before you start
A Revu steel takeoff is a set of markups: polylength or length measurements for members, counts for pieces and connections, and areas for deck. Everything depends on each markup carrying enough data to price: shape, mark, level, connection type and sheet. Decide that structure before the first click, or you will spend bid night re-labeling hundreds of markups.
Read the general notes and the steel spec first. They define connection design responsibility, typical connections, camber rules, coatings and AESS requirements that change price without changing tonnage. Open the column schedule, framing plans, bracing elevations and typical details side by side.
Step 1: Calibrate every sheet and viewport
Use Calibrate on a long known dimension, ideally a grid-to-grid dimension, on every sheet rather than trusting the title-block scale. PDFs get printed to fit, enlarged plans sit on the same sheet as 1/8 in. plans, and a half-size set will be off by exactly 2x. Where one sheet carries several scales, set a viewport for each. Then check: measure a second known dimension and confirm it reads true before you take off anything.
Step 2: Build a steel tool set
Create a tool set in the Tool Chest with the scale set to "use page scale" so tools follow each sheet's calibration. A working pattern many steel estimators use:
- Subject = the designation. Every member markup's Subject is the exact shape, written one way only (
W16X26,HSS6X6X1/4,L4X4X3/8). The Subject is what you sort and total by. - Label = the mark or grid.
B-12,C/4-5, so a reviewer can find the row on the plan. - Layer or color = category. Beams, columns, bracing, frame attachments, misc. metals, so you can isolate and check each.
- Count tools for columns per tier, base plates, shear connections, moment connections, brace connections, embeds and lintels, each keyed to a typical detail.
Step 3: Add weight with custom columns
The Markups List supports custom columns of type Number, Text, Choice, Checkmark, Date and Formula. Text columns cannot feed formulas, and any column a formula uses must be created before the formula column. Two patterns work for steel:
- Number + Formula. A Number column Wt (lb/ft) you fill per markup, and a Formula column Weight (lb) = Length x Wt.
- Choice + Formula. A Choice column listing your common shapes with their lb/ft as the choice values, so picking "W16X26" also supplies 26. This removes most typing errors.
Step 4: Measure members consistently
Trace beams grid to grid with the length tool and set Subject from the callout. Some estimators measure center-to-center of supports and let the pricing deduct for connections; others measure to face of support. Either works if you pick one and write it on the takeoff. Columns are usually counts per tier with a length entered from the column schedule or elevations, because a plan view cannot show height.
For repetitive floors, copy and paste markups between identical sheets, then spot-check that every pasted markup landed on the right page and layer. Hidden duplicates, two markups stacked on one beam, are the most common Revu steel error. Sorting the Markups List by Label and looking for duplicates catches most of them.
Step 5: Count connections and misc. items
Tonnage alone hides the shop hours. Count shear connections, moment connections, brace connections, column splices and base plates against the typical details, and count frame attachments (edge angles, pour stops, opening frames) separately. Misc. metals, such as lintels, stairs, rails and ladders, usually come from architectural sheets; give them their own Subjects so they do not vanish into the frame total.
Step 6: Export and price
From the Markups List, use Summary to export CSV with Subject, Label, Length, Count, your custom columns and Page Label (so every row traces to a sheet). Bluebeam notes that Basics can only output PDF summaries. Run a small test export first to see whether lengths come out as decimal feet or feet-and-inches text, and set up your pricing workbook to match.
On Complete or Max, Quantity Link lets an Excel cell pull a filtered measurement total (for example total Length where Subject = W16X26) live from the PDF. Filters can use your custom columns. Totals update in real time; filter criteria have to be edited by hand.
Add plates, connection material and misc. items from their own rows. Keep the marked-up PDF as the record of where every priced number came from.
Addenda in Revu
On Core and above, Overlay Pages and Compare Documents show what moved between revisions. They do not move your markups. Slip-sheet the revised pages, overlay old and new, then edit, delete or add markups for every changed member and record the addendum number in a custom column so you can show what you repriced.
Where Bluebeam steel takeoffs get slow
- Volume. Every member is a manual click. A mid-size building is thousands of markups.
- Consistency. Typed values split totals:
W16x26andW16X26become two Subjects unless you use Choice columns. - Addenda. Overlay shows changes; updating markups is still manual.
- Review. A reviewer has to open the PDF and hunt to check a quantity.
- No labor logic. Revu measures; it does not know shop or erection hours. That happens in your estimating system or spreadsheet.
The volume problem is what RenderDraw's AI takeoff targets: it proposes member counts, sizes and lengths from the same PDFs, with each row linked to its sheet, so an estimator reviews instead of clicking every beam. Many teams keep Revu for markups and RFIs either way. To compare on your own set, request a free sample takeoff, or see the steel takeoff QA checklist for review steps that apply to either method.
