How to Read a Woodworking Cut List

A woodworking cut list translates a project's design into a set of identifiable parts you can prepare from your material. But a cut list only helps if you can interpret what each entry actually means before you start cutting.

This guide focuses on how to read a cut list: recognizing part labels, understanding quantities, interpreting dimensions, checking material, and using the notes a plan provides. A useful sequence for working through any cut list entry is:

Each step helps you confirm that the part in front of you on the page matches the part you intend to produce from the material.

Reading a cut list is a distinct skill from making one. This article focuses on interpreting and using a cut list that arrives with a plan, not on designing or optimizing one.

What Is a Cut List in Woodworking?

A woodworking cut list is a table or document that identifies the individual parts required for a project. Depending on the plan, it may include:

• part name or label
• quantity
• dimensions
• material
• grain/orientation information
• notes

A cut list should be read together with the project's drawings and instructions rather than treated as a standalone set of cutting directions.

Cut List vs. Materials List vs. Cutting Diagram

Three related documents often appear with woodworking plans, and they are sometimes confused with one another. Understanding the difference helps you use each one for its intended purpose.

Cut List

A cut list identifies individual project parts, their quantities, dimensions, materials, and relevant notes. It tells you what parts the project requires, not what stock to buy or how to arrange parts on a board.

Materials List

A materials list identifies the stock and other materials needed for the project, potentially including lumber, plywood or sheet goods, hardware, fasteners, glue, and other project-specific materials.

Materials list = what you need.
Cut list = the project parts you need to produce from those materials.

Cutting Diagram

A cutting diagram or layout visually shows how specified parts may be positioned on available stock or sheet material.

Cut list = what parts are required.
Cutting diagram = a layout showing how those parts may be positioned on the material.

A cutting diagram is not automatically the only possible or most efficient layout. Actual stock, defects, grain or orientation, material dimensions, project requirements, cutting method, and usable offcuts may all affect layout decisions.

The Parts of a Woodworking Cut List

Cut lists vary between publishers, but most identify a similar set of information. Knowing what each field represents is the first step in reading one confidently.

Part Name or Label

Parts are identified by a descriptive name (such as "Base" or "Backrest") or by a letter or number label. Labels may correspond to markers used on the project's drawings, so a part labeled "B" on the cut list can usually be found as "B" on the drawing.

Quantity

Quantity identifies how many matching parts are required. It should not be confused with a part number or label. A quantity of 3 means three identical parts are needed, not "part number 3."

Thickness

The thickness field represents the thickness of the finished part as specified by the plan. How thickness is listed depends on the plan's convention, which is why checking the table headings matters.

Width

Width is the dimension the specific plan designates as width. Different plans may designate width and length differently, so follow the headings and notes of the plan you are using rather than assuming a universal rule.

Length

Length is the dimension the specific plan designates as length. As with width, the meaning depends on the plan's own convention rather than on the relative size of the numbers.

Material

The material field identifies the material specified for the part. Where a plan distinguishes between stock (on a materials list) and finished part dimensions (on a cut list), the cut list material field helps confirm which stock each part should come from.

Notes

Notes communicate project-specific information that does not fit neatly into the dimension columns. This may include orientation, matching parts, show faces, dimensions that require later verification, or other relevant information.

Grain or Orientation

Some projects require additional grain or orientation information. Two identically sized parts may not necessarily be interchangeable, because grain direction, show face, or position within the assembly can differ.

How Wood Project Lab Writes Cut Lists

Wood Project Lab labels Thickness, Width and Length in separate columns wherever practical so you do not need to infer dimension order.

A Grain/Orientation field may be added when it materially affects a project. Other publishers may use different conventions, so always check the headings, legend, drawings, and notes in the specific plan you are working from.

Woodworking Cut List Example

The following woodworking cut list example uses the three wooden parts from our Simple Wooden Phone Stand. This is a reading example, not a cutting sequence.

How to Read the Base Row

Reading the first row of the example table:

• Part: Base
• Quantity: 1
• Thickness: 3/4"
• Width: 3 1/2"
• Length: 5 1/2"

That tells you the project requires one Base part, 3/4" thick, 3 1/2" wide, and 5 1/2" long. The Backrest and Front Lip rows follow the same structure, each with its own quantity and dimensions.

Understanding Cut List Dimensions

Dimensions are the most error-prone part of reading a cut list. The numbers themselves are usually clear; the question is what each number refers to.

Don't Assume the Dimension Order

Some woodworking cut lists use thickness × width × length, but don't assume every plan follows the same convention. Check the table headings, legend and plan notes before interpreting the dimensions.

Wood Project Lab avoids this ambiguity by labeling Thickness, Width, and Length separately wherever practical. Never infer the meaning of a dimension simply because one number is larger than another.

Nominal Lumber Size vs. Actual Size

Nominal lumber designations and physical, dressed dimensions are not the same thing. A nominal 2×4 in common North American softwood dimension lumber commonly corresponds to approximately 1 1/2" × 3 1/2" dry dressed dimensions under standardized dimensional lumber sizing.

Stock designation ≠ project-part dimensions.

A materials list may identify stock using a nominal designation while the cut list specifies actual project-part dimensions. A more detailed discussion of lumber sizing appears in our Woodworking Lumber Basics for Beginners guide.

Rough Dimensions vs. Finished Dimensions

A rough dimension describes material intentionally left oversized or at an intermediate dimension before later preparation, fitting, or final sizing. A finished dimension describes the intended final part dimension at the stage specified by the plan.

If a plan provides both rough and finished dimensions, follow the distinction it specifies. If it is unclear whether a listed dimension is rough or finished and that distinction affects the project, resolve the ambiguity before cutting.

Grain Direction and Part Orientation

Depending on the project, orientation information might identify:

• grain direction
• face-veneer orientation
• show face
• matching components
• left/right components
• mirrored components
• orientation within the assembly

The physically longest dimension is not always the grain direction. Don't infer a part's orientation from its dimensions alone when the project provides drawings or orientation notes.

A Cut List Is Not a Cutting Sequence

A cut list identifies the parts required for a project. The order of its rows does not necessarily prescribe the order in which those parts should be prepared or cut.

Use the project's instructions to determine workflow. The cut list tells you what to make; the instructions help determine how to proceed.

Check the Cut List Against the Plan

Before cutting, reconcile each cut list entry with the project's drawings and written instructions. A useful verification sequence is:

If the cut list, drawing and written instructions appear to conflict, don't guess. Resolve the discrepancy before cutting material.

Common Cut List Mistakes

1. Assuming the Dimension Order

Treating dimensions as thickness × width × length without checking the headings can lead to parts cut to the wrong size. Check the table headings, legend, and notes first.

2. Confusing Quantity With the Part Label

A quantity of 3 means three matching parts, not "part number 3." Read quantity and part label as separate fields.

3. Confusing Nominal Lumber Size With Part Dimensions

A nominal 1×4 is not actually 1" × 4". Confirm the actual project-part dimensions on the cut list rather than cutting to the nominal name.

4. Ignoring Thickness

Thickness is easy to overlook when focusing on length and width, but a part cut to the wrong thickness will not fit or function as intended.

5. Ignoring Grain or Orientation Notes

Two identically sized parts may not be interchangeable. Orientation notes and drawings exist to prevent parts being installed reversed or upside down.

6. Treating the Cut List as the Cutting Order

The order of rows is not a cutting sequence. Follow the project's instructions for the order of operations.

7. Confusing the Cut List With the Materials List

The materials list tells you what stock and supplies to obtain; the cut list tells you what parts to produce from them. Mixing them up leads to missing material or wrong parts.

8. Cutting Without Checking the Drawing

A cut list row rarely tells the whole story. The drawing confirms shape, orientation, and relationships between parts that a table alone cannot convey.

Reading a Cut List vs. Making a Cut List

Reading a cut list = interpreting part labels, quantities, dimensions, materials, and notes supplied with a plan.

Making a cut list = deriving and organizing that information from a design or drawing.

This article focuses on reading and using an existing cut list. It is not a tutorial on how to create or optimize one.

How a Cut List Connects to Measuring and Marking

Once you can read a cut list entry, the next step is transferring those dimensions onto the material. A practical sequence connects the cut list to the workshop layout process:

For the layout steps in detail, see our guide on measuring and marking wood accurately, which covers reference edges, precise marks, and verifying dimensions before cutting.

Before You Make the First Cut

Before cutting any part, confirm:

• correct project and version
• correct part
• required quantity
• specified material
• thickness
• width
• length
• rough vs. finished dimension when applicable
• grain/orientation requirements
• agreement with drawing and instructions
• appropriate measuring reference
• intended finished/waste side where applicable

Follow the project instructions, the manufacturer's instructions for your tools, and appropriate safety practices. Review our woodworking safety basics before beginning a project involving unfamiliar tools or operations.

Woodworking Cut List FAQ

What Is a Cut List in Woodworking?

A cut list is a table or document that identifies the individual parts a project requires, along with quantities, dimensions, materials, and relevant notes. It is read together with the project's drawings and instructions.

What Information Should a Woodworking Cut List Include?

Fields may include Part, Quantity, Thickness, Width, Length, Material, Notes, and Grain/Orientation when relevant. Not every cut list contains exactly the same fields, so check what the specific plan provides.

What Order Are Woodworking Dimensions Written In?

Many published woodworking cut lists use Thickness × Width × Length, but this should not be assumed universally. Check the headings, legend, drawings, and notes supplied with the specific plan. Wood Project Lab uses separately labeled Thickness, Width, and Length columns wherever practical.

Is a Cut List the Same as a Materials List?

No. A materials list identifies the stock and supplies you need to obtain; a cut list identifies the project parts you need to produce from those materials.

What Is the Difference Between a Cut List and a Cutting Diagram?

A cut list identifies which parts are required and their specified information. A cutting diagram is a possible visual layout of those parts on stock or sheet material. A cutting diagram is not automatically an optimized layout.

From Cut List to Project

Reading a cut list well comes down to a simple habit: understand → verify → measure → mark → cut. Understand what each entry means, verify it against the drawing and instructions, then measure and mark before cutting.

To see these ideas in a real project, follow along with the Simple Wooden Phone Stand, or browse 25 Easy Woodworking Projects for Beginners for more builds that use cut lists.

Sources & Further Reading

• Woodcraft — A Pro's Guide to Making a Cut List

  https://www.woodcraft.com/blogs/shop-knowledge-guides/a-pro-s-guide-to-cut-lists

• American Wood Council — NDS Supplement / lumber dimensional reference

  https://awc.org/wp-content/uploads/2021/10/AWC_NDS2018-Supplement_20200827_AWCWebsite_Chapter03.pdf

• Popular Woodworking — Cut List Dimensions and the Bounding Box

  https://www.popularwoodworking.com/projects/cut-list-dimensions-and-the-bounding-box/

• Popular Woodworking — Monticello Lap Desk

  https://www.popularwoodworking.com/article/monticello-lap-desk/