AutoCAD Draw Menu – Complete Guide to All Tools

Last Updated: August 29, 2026

The Draw tools in AutoCAD are used to create the basic geometry that forms a technical drawing. Lines, polylines, circles, arcs, rectangles, polygons, ellipses, and other objects can all be created using drawing commands.

Learning these tools is one of the first steps toward becoming comfortable with AutoCAD.

This guide explains the commonly used Draw tools, their commands and aliases, and practical situations where each tool can be useful.

Note: The exact appearance and organization of the Draw panel or menu can vary depending on your AutoCAD version, workspace, and customization.

What Is the Draw Menu in AutoCAD?

The Draw tools provide commands for creating new geometry.

Common Draw tools include:

Line
Polyline
Circle
Arc
Rectangle
Polygon
Ellipse
Spline
Hatch
Gradient
Point
Construction Line
Ray
Multiline
Revision Cloud

Some AutoCAD versions may display additional tools or organize them differently.

You can access many of these commands through the Home tab, the Draw panel, menus, toolbars, or by typing the command directly.

1. LINE

Command

LINE

Common Alias

L

Purpose

The LINE command creates straight line segments.

It is one of the most basic and frequently used AutoCAD commands.

How to Use

Type L.
Press Enter.
Select the first point.
Select the second point.
Continue selecting points if required.
Press Enter to finish.

Example

To create a 5,000 mm horizontal line:

Start LINE.
Select the starting point.
Move horizontally.
Enter 5000.
Press Enter.

Use Object Snap, Ortho, Polar Tracking, or precise coordinate input when accuracy is important.

2. POLYLINE

Command

PLINE

Common Alias

PL

Purpose

Polyline creates connected line and arc segments as a single object.

Unlike several individual LINE objects, a polyline can represent connected geometry as one object.

Example

A closed site boundary can be created using a polyline.

Polylines are also useful for:

Boundaries
Road edges
Profiles
Closed shapes
Construction outlines

Practical Tip

A closed polyline can be particularly useful when creating areas, boundaries, or hatch regions.

3. CIRCLE

Command

CIRCLE

Common Alias

C

Purpose

Creates circles.

AutoCAD provides several ways to define a circle, depending on the required geometry.

The most familiar method is:

Center + Radius

Example

To create a circle with:

Radius = 500 mm

Start C.
Select the center.
Enter 500.
Press Enter.

Circles are commonly used for:

Columns
Holes
Bolts
Pipes
Mechanical features
Circular symbols

4. ARC

Command

ARC

Common Alias

A

Purpose

Creates curved arc geometry.

There are multiple methods for defining an arc, including combinations of:

Three points
Center
Start point
End point
Radius
Angle

Example

An arc can be used to represent:

Door swings
Curved walls
Circular profiles
Mechanical components
Road geometry

Always choose the arc creation method that matches the geometry you need.

5. RECTANGLE

Command

RECTANG

Common Alias

REC

Purpose

Creates a rectangular polyline.

Example

Suppose you want to create a room:

Length = 4,000 mm

Width = 3,000 mm

Start:

REC

Then specify the first corner and the opposite corner using the appropriate dimensions.

A rectangle is useful for:

Rooms
Tables
Equipment outlines
Panels
Openings
Simple construction geometry

6. POLYGON

Command

POLYGON

Common Alias

POL

Purpose

Creates a regular polygon with a specified number of sides.

For example:

Triangle
Square
Pentagon
Hexagon
Octagon

Example

To create a regular hexagon:

Start POL.
Enter 6 for the number of sides.
Specify the required construction method and size.
Complete the command.

Polygons are useful for geometric layouts and mechanical shapes.

7. ELLIPSE

Command

ELLIPSE

Common Alias

EL

Purpose

Creates elliptical geometry.

Example

Ellipses can be useful for:

Curved architectural elements
Mechanical profiles
Illustrative geometry
Elliptical openings

AutoCAD provides different methods for defining an ellipse.

8. SPLINE

Command

SPLINE

Common Alias

SPL

Purpose

Creates a smooth curve that passes through or is influenced by specified points, depending on the selected spline method.

Splines can be useful when smooth, free-form geometry is required.

Example

A designer might use a spline for:

Conceptual curves
Product profiles
Smooth design elements
Complex curved shapes

Tip

Avoid using splines unnecessarily in drawings where simple arcs or polylines provide the required geometry. Simple geometry is often easier to edit and manage.

9. POINT

Command

POINT

Purpose

Creates point objects.

Points can be useful as reference locations.

Depending on the workflow, points can represent:

Survey locations
Reference positions
Coordinate points
Construction locations

The visual appearance of point objects can be controlled through appropriate point-style settings.

10. CONSTRUCTION LINE

Command

XLINE

Purpose

Creates an infinite construction line.

Construction lines are useful as temporary or reference geometry.

Example

Suppose you need a reference line through the center of a structure.

Instead of creating a very long normal line, you can use a construction line.

Common uses include:

Alignment
Center references
Layout construction
Geometric projections

11. RAY

Command

RAY

Purpose

Creates a semi-infinite line extending in one direction from a specified point.

Example

A ray can be used as construction geometry when you need a reference extending from a particular point in one direction.

12. MULTILINE

Command

MLINE

Purpose

Creates multiple parallel lines as a multiline object.

Example

Multiline can be useful for certain wall-layout workflows where parallel lines are needed together.

However, many modern drawing workflows use polylines, offsets, and other methods instead.

Use the approach that matches your project standards.

13. HATCH

Command

HATCH

Common Alias

H

Purpose

Creates a pattern or fill inside an enclosed area.

Hatch can be used to visually represent:

Materials
Sectioned areas
Concrete
Soil
Filled regions
Other graphical areas

Example

If a wall boundary is closed, you can use Hatch to visually distinguish the wall from the room area.

Important

Hatch scale and pattern should be appropriate for the drawing and project standard.

14. GRADIENT

Command

GRADIENT

Purpose

Creates a gradient fill in an enclosed area.

Gradient fills are more commonly used for presentation or graphical purposes than for traditional technical drafting.

Example

A gradient can be used to create a visual effect in a presentation drawing.

For standard engineering drawings, a simple hatch or solid fill may be more appropriate.

15. REVISION CLOUD

Command

REVCLOUD

Purpose

Creates a cloud-shaped object used to identify areas of revision or change.

Example

Suppose a door position was changed during a drawing revision.

A revision cloud can be placed around that area so that reviewers can quickly identify the change.

Revision clouds are commonly used in:

Construction drawings
Architectural drawings
Design revisions
Review documents

16. DONUT

Command

DONUT

Purpose

Creates a filled ring or donut-shaped object using specified inside and outside diameters.

Example

A donut can be useful for certain circular symbols or graphical representations.

For technical drawings, consider whether a circle, polyline, or block would be more appropriate for the intended purpose.

17. 3D SOLID DRAWING TOOLS

AutoCAD also provides tools for creating 3D geometry.

Depending on your workspace and AutoCAD product/version, these can include primitives such as:

Box
Cylinder
Cone
Sphere
Wedge
Torus

These tools are more relevant to 3D modeling than traditional 2D drafting.

Example

A cylinder can be used as the starting geometry for a simple 3D mechanical component.

Draw Tools vs Modify Tools

Beginners sometimes confuse drawing and editing commands.

Draw Tools

Create new geometry.

Examples:

LINE
CIRCLE
ARC
RECTANGLE
POLYLINE

Modify Tools

Change existing geometry.

Examples:

MOVE
COPY
TRIM
EXTEND
OFFSET
ROTATE
MIRROR
SCALE

Simple Example

If you need to create a new wall boundary, you may use:

LINE or PLINE

If you need to move that wall, use:

MOVE

If you need to create a parallel wall line, use:

OFFSET

Important Precision Tools Used With Draw Commands

Draw commands become much more powerful when combined with precision tools.

Object Snap

Common shortcut:

Object Snap helps locate precise points such as:

Endpoint
Midpoint
Center
Intersection
Perpendicular
Tangent

Ortho Mode

Common shortcut:

Ortho Mode restricts movement to horizontal and vertical directions.

It is useful for rectangular layouts and orthogonal drawings.

Polar Tracking

Common shortcut:

F10

Polar Tracking helps guide the cursor along configured angular directions.

Dynamic Input

Common shortcut:

F12

Dynamic Input provides information and input options near the cursor.

Grid

Common shortcut:

Grid provides a visual reference in the drawing area.

Snap Mode

Common shortcut:

Snap Mode restricts cursor movement according to configured snap spacing.

Practical Example: Draw a Simple Room

Let's combine several Draw and precision tools.

Required Dimensions

Room Length: 4,000 mm

Room Width: 3,000 mm

Step 1 — Start Rectangle

Type:

REC

Press Enter.

Step 2 — Select First Corner

Choose the starting point.

Step 3 — Specify the Opposite Corner

Enter the appropriate dimensions.

Step 4 — Create Wall Thickness

Use:

O

for OFFSET.

Enter the required wall thickness according to your exercise or project specification.

Step 5 — Create an Opening

Use:

LINE, OFFSET, and TRIM

to create a simple door or window opening.

Step 6 — Add Dimensions

Use:

DIM

to communicate the room dimensions.

Step 7 — Add Hatch

Use:

H

to represent an appropriate area.

This simple exercise combines drawing, editing, annotation, and precision tools.

Practical Example: Create a Circular Column

Suppose a circular column has:

Diameter = 300 mm

Step 1

Start:

C

Step 2

Select the center point.

Step 3

Enter the required radius.

For a 300 mm diameter:

Radius = 150 mm

Step 4

Press Enter.

You now have a circle representing the column outline.

You can then add dimensions or other details according to your drawing requirements.

Practical Example: Draw an Angled Line

Suppose you need a line:

Length = 2,500 mm

Angle = 45°

Workflow

Start L.
Select the starting point.
Use Polar Tracking or direct angle-distance input.
Specify the required angle.
Enter 2500.
Press Enter.

Always verify important geometry using appropriate measurement tools.

Common Problems When Using Draw Tools

1. The Line Is Not Straight

Check whether the intended drafting aid is active.

For horizontal/vertical geometry, try Ortho Mode.

For angular geometry, use Polar Tracking or precise angle input.

2. The Hatch Does Not Work

The boundary may not be properly enclosed.

Check for:

Gaps
Unconnected endpoints
Overlapping geometry
Incorrect boundaries

3. The Circle Is the Wrong Size

Check whether you entered a radius or diameter according to the selected creation method.

Also verify your drawing units.

4. The Rectangle Appears at the Wrong Scale

Check the drawing units and the dimensions you entered.

Use measurement commands to verify the result.

5. Objects Are Difficult to Select

Review your Object Snap and selection settings.

Having many Object Snap modes enabled at once can sometimes make point selection less predictable.

Useful Draw Commands Cheat Sheet

Tool	Command	Common Alias
Line	`LINE`	`L`
Polyline	`PLINE`	`PL`
Circle	`CIRCLE`	`C`
Arc	`ARC`	`A`
Rectangle	`RECTANG`	`REC`
Polygon	`POLYGON`	`POL`
Ellipse	`ELLIPSE`	`EL`
Spline	`SPLINE`	`SPL`
Hatch	`HATCH`	`H`
Construction Line	`XLINE`	`XL`
Ray	`RAY`	—
Multiline	`MLINE`	`ML`
Revision Cloud	`REVCLOUD`	—
Point	`POINT`	`PO`
Donut	`DONUT`	`DO`

Important: Command aliases can be customized. The aliases shown here are common defaults, but they may differ in your installation.

Which Draw Tools Should Beginners Learn First?

You don't need to learn every Draw command immediately.

A practical learning order is:

Level 1 — Basic Geometry

LINE
POLYLINE
CIRCLE
ARC
RECTANGLE

Level 2 — Additional Geometry

POLYGON
ELLIPSE
SPLINE

Level 3 — Technical Drawing

HATCH
XLINE
POINT
REVCLOUD

Level 4 — Specialized Work

MLINE
DONUT
3D primitive tools

This approach lets you build your skills gradually.

Draw Tools for Civil Engineering

Civil engineering drawings frequently require combinations of simple geometry rather than one special command.

For example:

Site Layout

LINE + PLINE + OFFSET + HATCH

Road Layout

PLINE + OFFSET + ARC + TRIM

Building Plan

LINE + PLINE + OFFSET + TRIM + HATCH

Drainage Layout

PLINE + CIRCLE + OFFSET + TEXT + DIM

Section Drawing

LINE + HATCH + DIM + TEXT

The important skill is understanding how commands work together.

Best Practices

For accurate and organized drawings:

Use Object Snap when selecting important points.
Enter exact dimensions rather than estimating.
Use layers to organize geometry.
Use polylines when connected geometry should behave as one object.
Avoid unnecessary complex geometry.
Check drawing units before starting a project.
Use appropriate drafting standards.
Verify dimensions before issuing a drawing.
Save your work regularly.
Keep backup copies of important files.

Frequently Asked Questions

What is the Draw menu in AutoCAD?

The Draw tools contain commands used to create new geometric objects such as lines, circles, arcs, rectangles, polylines, and other drawing elements.

What is the most basic AutoCAD Draw command?

LINE is one of the most fundamental drawing commands and is commonly used to create straight geometry.

What is the shortcut for Line?

The common alias is:

L

What is the shortcut for Circle?

The common alias is:

C

What is the shortcut for Rectangle?

The common alias is:

REC

What is the shortcut for Polyline?

The common alias is:

PL

What is the shortcut for Hatch?

The common alias is:

H

What is the difference between LINE and PLINE?

LINE creates individual line segments. PLINE creates connected segments as a single polyline object.

Which Draw tool is best for room boundaries?

LINE or PLINE can both be used. A closed polyline can be particularly convenient when the boundary needs to behave as one object or be used for operations such as area calculation or hatching.

Can Draw tools be used for civil engineering drawings?

Yes. Basic Draw tools form the foundation of many civil engineering drawings, including site plans, layouts, road drawings, drainage plans, sections, and construction details.

Quick Reference

Create Geometry

L → Line

PL → Polyline

C → Circle

A → Arc

REC → Rectangle

POL → Polygon

EL → Ellipse

SPL → Spline

Fill and Reference

H → Hatch

XL → Construction Line

PO → Point

REVCLOUD → Revision Cloud

Precision

F3 → Object Snap

F7 → Grid

F8 → Ortho

F9 → Snap

F10 → Polar Tracking

F11 → Object Snap Tracking

F12 → Dynamic Input

Conclusion

The Draw tools form the foundation of AutoCAD drafting. Most technical drawings are created by combining a relatively small number of basic geometric commands with precision and editing tools.

If you are a beginner, focus first on LINE, POLYLINE, CIRCLE, ARC, RECTANGLE, and HATCH. Then learn how to combine these commands with Object Snap, Ortho Mode, Polar Tracking, and Dynamic Input.

The goal is not to memorize every command. The more useful skill is understanding which tool to choose for a particular drafting problem.

With regular practice, these basic Draw tools can become the foundation for creating more advanced architectural, civil, structural, and mechanical drawings.

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