How to Make a Drift Car Body in Blender for Roblox

Step 1: Create a New File

Open Blender and create a new file. Select the “Roblox” preset from the “New File” dialog box.

Step 2: Import a Reference Image

Import a reference image of the drift car you want to create. To do this, go to File > Import > Images and select the image file.

Step 3: Start Modeling

Start modeling the car body by creating a basic shape using the “Cube” primitive. Scale and position the cube to match the proportions of the car in the reference image.

Step 4: Add Details

Start adding details to the car body by using the “Extrude,” “Bevel,” and “Loop Cut” tools. These tools will allow you to create the basic shape of the car, as well as add details such as fenders, doors, and windows.

Step 5: Create the Wheels

Create the wheels by using the “Cylinder” primitive. Scale and position the cylinder to match the size and position of the wheels in the reference image.

Step 6: Add the Suspension

Add the suspension by using the “Bone” primitive. Scale and position the bone to match the position of the suspension in the reference image.

Step 7: Create the Interior

Create the interior of the car by using the “Plane” primitive. Scale and position the plane to match the size and position of the interior in the reference image.

Step 8: Add Materials

Add materials to the car body by using the “Material” tab. Select the material you want to use and click on the “New” button. You can then adjust the properties of the material, such as the color, texture, and roughness.

Step 9: Export the Model

Export the model by going to File > Export > Roblox. Select the “Roblox OBJ” format and click on the “Export” button.

Step 10: Import the Model into Roblox

Import the model into Roblox by going to the “Create” tab and clicking on the “Import” button. Select the Roblox OBJ file and click on the “Open” button.

Step 11: Configure the Model

Configure the model by setting the properties, such as the size, position, and rotation. You can also add scripts to the model to control its behavior.