Project 2D Shapes into 3D in CorelDRAW

Projecting two-dimensional shapes into three-dimensional space in CorelDRAW allows designers to create depth, realism, and dynamic perspective directly within a vector environment. This article outlines the primary methods for transforming flat 2D vectors into 3D assets, focusing on the native Extrude tool, perspective projection, isometric transformation, and the Bevel effect.

Method 1: The Extrude Tool

The Extrude tool is the most direct way to create three-dimensional projections from vector objects. It extends the faces of a 2D shape along a specified vector to create depth, volume, and surfaces.

  1. Select the Object: Create or select your 2D vector curve, shape, or text using the Pick tool. Ensure the object has a solid fill color.
  2. Activate the Tool: In the toolbox, locate the Shadow tool group flyout and select the Extrude tool.
  3. Apply the Extrusion: Click and drag from the center of the shape outward. The direction and distance of the drag define the extrusion depth and vanishing point.
  4. Adjust 3D Properties on the Property Bar:
    • Extrusion Type: Choose the direction of the projection (e.g., front-facing, back-facing, or centered).
    • Extrude Rotation: Click the 3D rotation sphere icon to rotate the object freely along the X, Y, and Z axes.
    • Color and Shading: Select the Extrusion Color icon. Choose Use Color Shading to define distinct face and side colors, establishing depth via contrast.
    • Lighting: Click the Extrusion Lighting icon to place up to three virtual light sources around the object to cast realistic directional highlights and shadows.

Method 2: Adding Perspective

Perspective projection simulates how objects recede into the distance toward one or two vanishing points.

  1. Select your 2D shape or grouped objects.
  2. Go to the menu bar and select Object > Perspective > Add Perspective.
  3. A bounding grid with corner nodes will appear around the shape.
  4. Click and drag the corner handles to conform the shape to a perspective plane (such as a floor, wall, or ceiling).
  5. Align multiple objects along shared vanishing points to build a cohesive 3D scene.

Method 3: Isometric Projection (The SSR Method)

For technical drawings, axonometric diagrams, and isometric artwork, you can project flat objects into an isometric grid using the Scale, Skew, and Rotate (SSR) workflow.

  1. Open the Transform docker (Window > Dockers > Transform).
  2. Top Plane (Isometric):
    • Scale vertically to 86.602%.
    • Skew horizontally by -30 degrees.
    • Rotate by 30 degrees.
  3. Left Plane (Isometric):
    • Scale vertically to 86.602%.
    • Skew vertically by -30 degrees.
    • Rotate by -30 degrees.
  4. Right Plane (Isometric):
    • Scale vertically to 86.602%.
    • Skew vertically by 30 degrees.
    • Rotate by 30 degrees.

Method 4: The Bevel Effect

The Bevel effect adds raised, chiseled, or rounded 3D edges to flat vector artwork without full spatial rotation.

  1. Select the 2D vector shape.
  2. Open the Bevel docker via Effects > Bevel.
  3. Choose the style: Miter (sharp, chiseled edges) or Emboss (surface relief).
  4. Define the Offset distance to control the thickness of the beveled edge.
  5. Configure the Shadow Color, Light Color, and light angle controls to simulate directional illumination, then click Apply.

Finalizing 3D Vector Objects

To manually customize lighting, gradients, or individual facets generated by the Extrude tool:

  1. Right-click the extruded object and select Break Extrude Group Apart (or press Ctrl + K).
  2. Ungroup the separated components (Ctrl + U).
  3. Apply individual linear or elliptical fountain fills to each surface polygon to achieve realistic highlights and reflections.