3D Tool

Inspect OBJ Models with Materials and Textures

Upload an OBJ file along with its MTL material file and texture images. Orbit, zoom, toggle wireframe, cycle through lighting environments, and export a PNG screenshot.

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Inspect OBJ Models with Materials and Textures
Free Tool

OBJ 3D Model Viewer

Upload an OBJ file with optional MTL materials and textures. Orbit, zoom, toggle wireframe, switch lighting, and export a screenshot.

Drop your OBJ file here

or click to browse — include MTL and texture files too

OBJ + optional MTL + textures (PNG, JPG, BMP, TGA)

Uploading an OBJ file with MTL materials into a browser 3D viewer
01

OBJ with MTL and Textures

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3D OBJ model being orbited and inspected in browser
02

Orbit, Zoom, and Inspect

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3D OBJ model shown in wireframe mode in browser
03

Wireframe, Lighting, and Screenshot

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How It Works

View an OBJ model in three steps

1

Upload your OBJ file

Drag your OBJ file onto the drop zone — optionally add the matching MTL file and texture images at the same time. The viewer loads all files together and renders the model.

2

Navigate and inspect

Orbit the model with left-click drag, zoom with scroll, and pan with right-click drag. Use camera preset buttons to snap to Front, Top, or Right views.

3

Switch lighting and capture

Cycle through ten environment presets to see how materials respond to different lighting conditions. Toggle wireframe to inspect geometry, then take a PNG screenshot.

Deep Dive

What the OBJ Viewer Supports

Built for the full OBJ workflow — geometry, MTL materials, and texture images — not just raw geometry rendering.

What the OBJ Viewer Supports
01

OBJ + MTL + textures in one drop

Select your OBJ file alongside its MTL material library and any texture image files (PNG, JPG, JPEG, BMP, TGA) in a single file picker or drag-and-drop. The viewer pairs each texture name referenced in the MTL to the uploaded image, applying materials automatically.

FormatsOBJ, MTL, PNG, JPG, JPEG, BMP, TGA
02

Automatic model normalisation

OBJ files can be exported at any unit scale. The viewer automatically calculates the bounding box and scales the model to fit a consistent viewport, centering it horizontally and placing the base at ground level.

03

Wireframe mode

Toggle wireframe rendering to inspect the triangle mesh topology without surface shading. Useful for checking mesh density, detecting n-gons or problematic geometry, and understanding how the model is constructed before converting to another format.

04

Environment lighting presets

Switch between ten HDR environment maps (studio, city, sunset, dawn, warehouse, forest, apartment, park, lobby, night) to preview how materials respond to different lighting. Particularly useful for verifying MTL diffuse and specular values.

PresetsStudio, city, sunset, warehouse, forest, and more
05

Camera presets and orbit controls

Snap to Perspective, Front, Top, or Right views with one click. Orbit with left-click drag, zoom with scroll, pan with right-click drag. Enable auto-rotation for a continuous turntable preview. Touch gestures work on mobile.

PresetsPerspective, Front, Top, Right
06

Screenshot export

Capture the current viewport as a PNG image with one click. The screenshot captures exactly what is on screen — including the current lighting, wireframe state, and camera angle — and downloads named after the source OBJ file.

FormatPNG, named after the source OBJ file
Benefits

Why Use the OBJ Viewer

🎨

MTL and Texture Support

Load an OBJ with its MTL file and texture images in one go. Materials and textures apply automatically, no configuration needed.

🔍

Full Geometry Inspection

Orbit, zoom, and pan to inspect every surface. Toggle wireframe to check mesh topology without printing or exporting.

💡

Lighting Environments

Cycle through ten environment presets to verify how diffuse and specular materials look under studio, outdoor, and architectural lighting.

📸

Screenshot Export

Save any camera angle as a PNG for documentation, design reviews, or sharing with collaborators.

Who Uses It

Who Uses a Browser-Based OBJ Viewer

Quickly previewing an OBJ model without opening a 3D application saves time for designers, engineers, educators, and developers.

People using a 3D OBJ viewer for design, education, and engineering
01

Product Designers and 3D Artists

Preview OBJ exports from Blender, Maya, or ZBrush together with MTL materials before delivering assets to clients. Verify textures, proportions, and surface quality without reopening the source application.

02

Game and Web Developers

Inspect OBJ assets before converting them to GLB or integrating into a game engine. Verify geometry scale, check texture mapping, and confirm mesh topology without a full 3D editor.

03

Architects and Visualizers

Review geometry exports from SketchUp, Rhino, or Revit in OBJ format. Share a browser link with clients who do not have 3D software installed for quick feedback on proportions and materials.

04

Educators and Researchers

Load scientific, anatomical, or historical OBJ models for classroom or publication use. Orbit and zoom to highlight specific structures without specialized lab software or plugin installations.

05

Engineers and Manufacturers

Quickly inspect OBJ exports from CAD tools to verify that geometry survived the conversion. Check for missing faces, incorrect normals, or scale issues before sharing files with production teams.

06

E-commerce and Catalogue Teams

Preview 3D product models exported as OBJ under multiple lighting conditions before embedding in a product page or converting to a web-friendly format. Use screenshots for quick catalogue reference images.

Frequently Asked Questions

What is an OBJ file?

OBJ (Wavefront Object) is a human-readable ASCII 3D geometry format developed by Wavefront Technologies in 1989. It stores vertex positions, texture coordinates, vertex normals, and polygon faces. It is one of the most universally supported 3D formats and is exported by Blender, Maya, 3ds Max, SketchUp, and virtually every other 3D application.

Do I need to upload the MTL file too?

No — the OBJ file loads on its own with a default material. If you want materials and colors, select both the OBJ and the matching MTL file at the same time. If the MTL references texture images, include those files in the same selection as well.

Which texture formats are supported?

The viewer accepts PNG, JPG, JPEG, BMP, and TGA image files. Select the texture images alongside the OBJ and MTL when uploading. The viewer matches each texture filename referenced in the MTL to the uploaded image files automatically.

How do I navigate the 3D model?

Left-click and drag to orbit (rotate) around the model. Scroll the mouse wheel to zoom in and out. Right-click and drag to pan the camera. On touch devices, use one finger to orbit, pinch to zoom, and two fingers to pan. The camera preset buttons (P, F, T, R) snap to Perspective, Front, Top, and Right views.

What does wireframe mode do?

Wireframe mode renders only the triangle edges of the mesh, hiding solid surfaces. This makes it easy to inspect mesh density, check for n-gon faces, detect inverted normals, and understand the underlying geometry structure.

Why does my model appear very small or very large?

OBJ files carry no inherent unit information — a model exported in millimetres will appear 1000 times smaller than one exported in metres. The viewer auto-scales every model to fit a consistent 2-unit bounding box, so it always renders at a reasonable size regardless of the original export units.

Is there a file size limit?

There is no server-imposed limit because all processing happens in your browser. Very large OBJ files (over 50 MB) may load slowly depending on your device memory. Most models under 20 MB load and render smoothly on modern hardware.

Which browsers are supported?

The viewer works on Chrome, Firefox, Edge, and Safari on desktop and mobile. WebGL 2.0 support is required. All modern browser versions from the past two years support this.

Get Started Free

Ready to Inspect Your OBJ Model?

Upload an OBJ file with its MTL and textures, orbit around it, switch lighting, and download a screenshot.