Millwork Shop Drawing Checklist: What Every Set Must Include

Incomplete millwork shop drawings are the single most common cause of production delays, costly remakes, and site-coordination problems. If you're new to reviewing drawing packages, our guide on how to read millwork shop drawings covers the conventions and markers you'll encounter. The drawings looked fine on screen, got stamped for approval, and then someone on the shop floor discovered a missing section, an undimensioned reveal, or a hardware callout that referenced a cut sheet nobody had seen.

This checklist covers every element a complete millwork shop drawing set should contain before it goes to fabrication or approval. Not every item applies to every project — a simple cased opening doesn't need a Revit model — but if something's missing from a complex commercial package, it tends to show up at the worst possible time.

Title Block and Sheet Organization

Before looking at any drawing content, verify the sheet-level information is complete:

• Project name, number, and address
• Client and GC contact information
• Drawing number and revision number
• Drafter, checker, and approver name/initials
• Issue date and revision dates
• Scale (or "NOT TO SCALE" where applicable)
• Sheet index on the cover sheet referencing all other sheets

A title block that's missing revision tracking is a reliability problem waiting to happen. When the architect issues a change, you need to know which version of which sheet is on the shop floor.

Plan Views

Every room or area containing millwork should have a plan view showing:

• Overall room dimensions and millwork footprint
• Millwork unit locations dimensioned from fixed reference points (walls, columns, finished floor elevation)
• Door swings and clearances where millwork is adjacent to openings
• Section cut and elevation markers keyed to other sheets
• North arrow or room orientation indicator

Plan views that lack reference points to structure force the installer to improvise, which means millwork placement varies from room to room even when the units are identical.

Elevations

Elevations are the core of any millwork drawing set. For each wall face containing millwork:

• Full-height elevation at an appropriate scale (typically 1/2" or 3/4" = 1')
• Overall width and height dimensions, plus individual unit widths
• Counter heights, shelf heights, and all vertical dimensions clearly labeled
• Door and drawer layouts shown in elevation
• Reveals, gaps, and filler strip locations dimensioned
• Finish callouts or finish schedule references on all exposed surfaces
• Hardware callouts keyed to the hardware schedule

Sections

Sections show what elevations can't — construction depth, material thickness, and how components relate to each other and to the building structure:

• Vertical section through each distinct cabinet or millwork type
• Horizontal sections at countertop, shelf, and base levels
• Material thickness called out on all substrates, face materials, and finish surfaces
• Joinery method shown (dado, rabbet, butt joint, etc.)
• Wall backing requirements for wall-hung units
• Toe kick configuration and dimension
• Countertop overhang dimension and edge profile reference

Details

Details address the conditions that sections and elevations can't show at adequate scale:

• Edge profiles (nosing, edge banding, routed profiles)
• Base shoe and trim conditions where millwork meets floor
• Crown and light valance details
• Corner and return conditions for L-shaped or U-shaped configurations
• Hinge and hardware mortise details where applicable
• Blocking and backing details for wall-mounted components

Schedules

Schedules organize information that would be unwieldy on the drawing itself:

Hardware schedule. Every hardware item — hinges, pulls, drawer slides, locks, catches — with manufacturer name, model number, finish, and quantity. Vague callouts like "soft-close hinge" without a model number will cause procurement delays and potentially wrong hardware on the job.

Material and finish schedule. Face material, substrate, edge treatment, and finish for every exposed surface category. This should cross-reference the finish samples and samples submitted for approval separately.

Unit schedule. On projects with multiple room types or many units, a schedule listing each unit by identifier, type, location, and dimensions avoids counting errors and ensures the cutlist matches what's been approved.

Notes and General Conditions

The general notes sheet is often the last thing anyone reads and the first thing that causes a problem when it's absent:

• AWI quality grade specified for the project
• Applicable standards references (AWI, KCMA, etc.)
• Verification of field conditions responsibility (who measures, who's liable for fit)
• Finish coordination notes (finish by others, etc.)
• Coordination notes for electrical, plumbing, or mechanical within millwork
• Installation sequence requirements where applicable

Before Submission

Run this final check before the set goes out for approval or to the shop floor:

• Do all section markers on plan views correspond to actual section drawings?
• Do all elevation markers correspond to actual elevation sheets?
• Do all hardware callouts appear in the hardware schedule?
• Are all overall dimensions consistent between plan, elevation, and section?
• Is the revision cloud and revision note current on every sheet that was revised?
• Does the sheet index on the cover match the actual sheets in the set?

A ten-minute quality check against this list before submission has saved more than one shop from an expensive revision cycle after GC review. For commercial packages specifically, see our guide to the millwork submittal process — a complete set is only half the work, the other half is getting it through formal review.

For scope questions and pricing, see our millwork drawing services or review our drawing rates.

Frequently Asked Questions