# How To Import a 3D Model Into Roblox Studio

> Get your 3D models into Roblox Studio in 6 steps — right format, clean files, no invisible meshes. Nilo helps you build smarter from the start.

**Published:** 2026-07-08 | **Updated:** 2026-10-31 | **Author:** nilo
**URL:** https://www.nilo.io/articles/upload-custom-3d-models-roblox
**Type:** post

**Categories:** Roblox creation tools

![How To Import a 3D Model Into Roblox Studio](https://www.nilo.io/articles/wp-content/uploads/sites/63/2026/07/1783506918061-4754d9bcde49-1024x572.webp)

---

## Content

*Written by: Nuno Leiria, Founder & CEO @ Nilo | Last updated: October 28, 2026*

## Key Takeaways

- Most Roblox import failures start before your file reaches Studio, usually from unapplied transforms, unpacked textures, or triangle counts over Roblox’s 20,000-triangle cap.
- Clean prep means you apply transforms, pack textures as PNG or JPG, and confirm UVs are intact before you export.
- Roblox’s 3D Importer works best when you match format to the job: FBX for rigged characters, OBJ for simple props, glTF for modern assets, and RBXMX when you want Roblox’s native format that bundles textures and attachments.
- Strong imports feel right in playtests, with correct scale, working textures, and smooth performance on lower-end devices.
- Nilo generates Roblox-ready assets in your browser, gives you real-time LOD control, and exports RBXMX files that avoid the most common import issues.

[Try Nilo’s Open Beta For Free](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## Key Roblox Import Terms And Limits

You move faster when the core terms feel familiar, so here is what each one means in plain language.

- **Mesh** — the 3D shape itself, built from connected polygons.
- **Triangles** — the smallest polygon unit. Every mesh is made of triangles, and Roblox counts them to protect performance.
- **UVs** — the 2D map that tells Roblox how to wrap a texture image onto a 3D surface. Broken UVs give you stretched or missing textures.
- **Textures** — the image files that add color, patterns, and surface detail to a mesh through its UVs.
- **Rigging** — the internal skeleton that lets a character move and animate. A mesh without a rig behaves like a static prop.
- **The 3D Importer** — Roblox Studio’s built-in tool for bringing external 3D files into your experience. It supports FBX, OBJ, and glTF formats.

Roblox enforces clear performance limits on imported models. [Per Roblox’s Creator Hub documentation](https://create.roblox.com/docs/en-us/art/modeling/specifications.md), individual meshes cannot exceed 20,000 triangles, and batch imports through Asset Manager cap each mesh at 10,000 triangles. Textures top out at 1024×1024 pixels.

Most failures trace back to how the file was prepared. Unapplied transforms leave scale and rotation stored separately from the mesh, so the model arrives at the wrong size. Unpacked textures mean the image files never travel with the model. Triangle counts far above Roblox’s budget cause hard rejections or poor performance. The 3D Importer reads what you give it and cannot repair those issues for you.

Roblox CEO Dave Baszucki summed up the shift: [“We do believe AI is going to fundamentally accelerate gaming, we are in a unique position to lead in this transformation.”](https://naavik.co/ai-gaming/inside-robloxs-massive-bet-on-ai-assisted-creation) That acceleration already shows up in the numbers. [Nearly one million 3D assets were generated within months of Roblox’s Cube generative 3D model launch](https://naavik.co/ai-gaming/inside-robloxs-massive-bet-on-ai-assisted-creation), so more creators like you now hit import errors with AI-generated files that were never tuned for Roblox’s limits.

[Skip Manual Cleanup With Nilo’s Browser Builder](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## How To Import A 3D Model Into Roblox Studio: 6 Steps

1. ### Pick The Right File Format

Match the format to what your model needs to do. Roblox’s 3D Importer supports FBX, OBJ, and glTF/GLB. Use FBX for rigged and animated characters because it carries skeleton and animation data. [OBJ works well for simple static meshes like props](https://bunpav.com/blog/glb-fbx-obj-usdz-game-ready-3d-file-formats), but it only stores geometry and has limited, non-PBR material support, so it is weaker for modern textured assets. Use glTF/GLB for modern static assets with packed materials.
If the file refuses to load, confirm the real format instead of trusting the extension. A file renamed to a .mesh extension while its internal header is a different format can trigger “unrecognized” errors instead of a clean import.
2. ### Prepare The File Before Export

Lock in your transforms and scale in the modeling tool before you export. Unapplied scale is the most common reason models arrive giant or tiny in Studio even though they looked fine while you modeled them. Clean up the mesh, remove duplicate vertices, and pack textures so they travel with the file.
If the imported size feels wrong, assume unapplied scale first. Apply transforms, then re-export and test again.
For a deeper walkthrough on clean prep, see [Roblox Studio Custom Model Import: Fix Common Errors](https://www.nilo.io/articles/roblox-studio-custom-model-import/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent).
3. ### Open The 3D Importer In Roblox Studio

In Roblox Studio, open the 3D Importer from the **Home** tab with **Home > Import 3D**, or from the **File** menu with **Import 3D**. Select your file and study the preview panel. This view lets you adjust scale, orientation, and how the model sits in the workspace before you commit.
<pIf the preview looks off, fix scale and rotation here. Adjustments in the preview are much easier than trying to rescue a misplaced model after import.
4. ### Import And Place The Model In Your Experience

Once the preview looks right, click Import. The model appears in the workspace and shows up in the Explorer panel.
If you do not see it, use the Explorer to find it before assuming the import failed. Right-click the object and choose Go to Object. Many “missing” models actually imported at a strange scale or outside the current camera view.
5. ### Check Textures And Materials

Texture problems usually come from three places. The images were not packed with the model, the format is unsupported, or the UVs broke during export. [Roblox’s texture specifications say that textures uploaded separately in Studio must be .png, .jpg, .tga, or .bmp](https://create.roblox.com/docs/art/modeling/texture-specifications), and Studio’s Asset Manager also accepts .gif images.
In Studio, open the model in the Explorer, find the MeshPart or SurfaceAppearance, and reapply textures if needed. If the surface still looks flat or wrong, confirm the image format and inspect the UVs in your original file, then re-export once they look correct.
6. ### Test In-Game

Press Play and stand next to the model to check scale against your avatar. Walk into it to confirm collisions behave the way you expect. Then test on a lower-performance device or use Studio’s performance tools to watch triangle counts and frame rate.
A model that looks fine in the viewport can still be too heavy on mobile. [Frame rate drops come mainly from blowing past scene-wide budgets](https://create.roblox.com/docs/performance-optimization/design). Roblox’s example is staying under 1,000 draw calls and 1,000,000 triangles on a baseline device, and community guidance often targets around 500,000 triangles in a scene. The 20,000-triangle figure is a per-mesh import limit, so you still want to decimate high-poly meshes to keep the total scene budget under control.

[Build And Test Faster In Your Browser With Nilo](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## The Upstream Fix: Clean Files Before They Reach Studio

A reliable workflow follows the same path every time: generate or source, refine and simplify, export, import, then verify in-game. Most problems appear in the first three stages, long before you click Import 3D.

Nilo focuses on those upstream steps directly in your browser, so you do not need extra desktop software. You generate a model from a text prompt or sketch, then use the real-time LOD slider to bring the triangle count under Roblox’s cap. Bipedal humanoid characters rig in a T-pose with one click. From there you export as RBXMX, Roblox’s native format, which packs textures and attachments into a single file. Nilo keeps polycount in a Roblox-friendly range so models drop into Studio and other engines without extra cleanup. You can also export FBX, OBJ, STL, or glTF, and you can [connect your Roblox account with an API key to send creations straight into your experience](https://nilo.featurebase.app/changelog/august-10-2026-update). Nilo is currently in open beta.

The official Studio importer paired with desktop modeling tools gives you maximum manual control and fits you well if you already know those apps. You model by hand, apply transforms, decimate the mesh to meet the triangle cap, pack textures, and export FBX or OBJ. Each step can introduce errors, and fixing a failed import often takes real time. That path rewards deep tool skill and patience. Nilo focuses on speed and creative flow so you can stay in building mode.

To see how these workflows feel side by side, [How To Create Custom Roblox Models Without Blender](https://www.nilo.io/articles/create-custom-roblox-models/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent) walks through the creation flow in more detail. Which workflow fits you also depends on the asset itself, so here are three common cases you will run into.

- **A low-poly sword for a fantasy world** — OBJ works well. The sword is static, needs no rig, and stays under the triangle cap easily.
- **A rigged character for an obby** — [export as .fbx (or .gltf) with a standardized humanoid rig hierarchy, posed in an I-Pose, A-Pose, or T-Pose before export](https://create.roblox.com/docs/en-us/art/characters/specifications.md). Nilo’s one-click rigging sets this up for you without manual skeleton work.
- **A detailed prop that must stay under the cap** — use the LOD slider before export so you hit the triangle target while keeping the shape and silhouette that matter.

Your best workflow depends on your skills, the asset type, and whether the model needs animation. As one creator said in Nilo’s February 2026 Survey, “I do not have to spend hours on 3D modeling the simplest things, now I can use Nilo and do it in 15 seconds.”

## When The Import Goes Wrong: Symptom, Cause, Fix

Match what you see in Studio to one of these symptoms, then work through the likely cause and fix. Most import issues fall into these patterns.

- **Model turns invisible after import** — Early sign: the import finishes without errors, but nothing shows in the viewport. Likely causes include scale set near zero, inside-out normals, or a model that spawned far from the camera. Fix this by checking scale in the preview panel, recalculating normals in your modeling tool, and using Go to Object in the Explorer to jump to the model.
- **Wrong scale** — Early sign: the model towers over your avatar or looks tiny at your feet. The usual cause is transforms that were never applied before export, so the scale multiplier stayed separate from the mesh. Fix this by applying scale and rotation in the modeling tool, then exporting again.
- **Textures missing** — Early sign: the model imports as flat grey or white. The images likely were not packed with the model, or the format is unsupported. Fix this by packing textures at export, using a supported format (.png, .jpg, .tga, or .bmp), and reapplying them in Studio through SurfaceAppearance when needed.
- **Rig not applying** — Early sign: the character imports as a static mesh with no skeleton, or animations refuse to play. [Common causes include exporting in a pose Roblox does not support or using a rig that does not match Roblox’s humanoid hierarchy and naming rules](https://create.roblox.com/docs/en-us/art/characters/specifications.md). Fix this by re-rigging in a supported pose and confirming the skeleton is humanoid before export. Nilo’s one-click rigging handles this setup for bipedal characters.
- **Over the triangle limit** — Early sign: Studio rejects the import with a triangle-count error. [Roblox Studio’s specifications say that individual meshes cannot exceed 20,000 triangles](https://create.roblox.com/docs/en-us/art/modeling/specifications.md), and batch imports cap each mesh at 10,000. Fix this by decimating the mesh before export or by using a tool with a real-time LOD slider so you can hit the target count before the file leaves your creation environment.

[Generate A Roblox-Ready Model In Minutes With Nilo](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## Import Vs. Marketplace Upload: Picking The Right Flow

Importing a model into your own experience and uploading an asset to the Roblox Marketplace feel similar but follow different rules.

[When you import through the 3D Importer, Studio adds the model to your Toolbox and Asset Manager inventory as a new asset](https://create.roblox.com/docs/en-us/art/modeling/3d-importer.md). That makes it easy to reuse later in other projects. You only skip this inventory step if you disable “Add Model To Inventory” or “Upload to Roblox.” This flow fits props, environments, and characters you plan to use in your own games.

A Marketplace upload turns your asset into something other creators can find, buy, or use. That path adds requirements. Your asset must pass Roblox’s moderation, match a supported asset type such as UGC accessory or bundle, and clear review before it appears publicly.

Use this quick guide when you decide what to do next.

- If the model is only for your world, import it with the 3D Importer in Studio.
- If you want to sell or share it, match Roblox’s Marketplace specs and use the Creator Dashboard upload flow.
- If you feel unsure, start with the 3D Importer. You can publish to the Marketplace later once the asset behaves correctly in-game.

Nilo creations can power your own experiences or become Marketplace items you publish and monetize. RBXMX export packs textures and attachments so the handoff into either flow stays clean.

[Turn Nilo Creations Into Playable Or Sellable Assets](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## How To Know Your Import Worked

You can confirm a successful import with a few quick checks instead of guessing.

- The model appears in the viewport at a believable size next to your avatar.
- Textures show correct colors and surface detail instead of flat grey.
- The triangle count stays under Roblox’s limits when you check Studio’s performance tools.
- Rigged models play their animations in a playtest without strange bends or stretching.
- Frame rate feels smooth on a lower-performance device.

Turn those ideas into a short checklist you run every time.

- File format confirmed as FBX, OBJ, or glTF.
- Transforms applied before export.
- Triangle count checked and under the current cap.
- Textures packed and saved as PNG or JPG.
- Import preview verified in Studio before you click Import.
- In-game playtest passed on a lower-performance device.

These habits give you clean imports right away and build a repeatable workflow where every file you bring into Studio already fits Roblox’s rules.

## Leveling Up: Reuse, Collaboration, And Iteration

Once you can consistently ship models under the triangle cap with packed textures, you can start building an asset library that follows you from game to game. A sword that works in one fantasy experience can come back with a new texture in another. A rigged character can return with different attachments for a fresh world.

When you feel ready to build with friends, Nilo’s real-time multiplayer collaboration lets you all work in the same world just by sharing a link. You skip long coordination threads and messy file handoffs. One-click publish makes it easy to share a world for feedback and then tweak it based on what players do.

Controlled experiments help you improve faster. Try a new format, test a lower LOD setting, or compare an AI-generated asset to a hand-modeled version. Creators who grow quickly tend to run many small tests and learn from each one instead of rebuilding everything from scratch.

Nilo assets export to FBX, OBJ, STL, glTF, and RBXMX, so a model you design for Roblox can also travel to Unity, VRChat, or Unreal Engine without a full remake.

[Build Once In Nilo, Reuse Across Worlds](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## Frequently Asked Questions

### Is FBX Or OBJ Better For Roblox?

FBX works better for rigged and animated models because it carries skeleton data, bone weights, and animation tracks that OBJ cannot store. OBJ is simpler and very compatible, so it fits static meshes like props, decorations, and environment pieces that never move. Use FBX when your model needs to walk, run, or hold items. Use OBJ when it just needs to sit in your world.

### What Is Roblox’s Triangle Limit For Imported Models?

[Roblox’s Creator Hub documentation says that individual meshes cannot exceed 20,000 triangles](https://create.roblox.com/docs/en-us/art/modeling/specifications.md), and batch imports through Asset Manager cap each mesh at 10,000 triangles. Going past these limits can cause rejections or poor performance on weaker devices, so always check triangle counts before you export.

### Why Does My Roblox Model Turn Invisible After Import?

Three issues explain most invisible models. Scale may be set near zero, so the model exists but is too small to see. Normals may point inward, which hides the surface from the outside. The model may have spawned far from the camera. Fix this by checking scale in the preview panel, recalculating normals in your modeling tool, and using Go to Object in the Explorer to jump to the model’s location.

### How Do I Import A 3D Model Into Roblox Studio With Textures?

Pack your textures into the file at export instead of leaving them as loose images. Save them as PNG or JPG, since other formats may fail. Confirm that your UVs look correct before you export. If textures still disappear after import, reapply them in Studio using the SurfaceAppearance property on the MeshPart.

### Can I Upload A 3D Model To The Roblox Marketplace?

You can, but the flow differs from importing into your own experience. Marketplace uploads go through Roblox’s moderation and must match a valid asset type such as UGC accessory or bundle. [Most Marketplace assets are uploaded through Studio for validation and moderation, then published and managed through the Creator Dashboard’s Manage Item page](https://create.roblox.com/docs/marketplace/publish-to-marketplace), while classic 2D clothing can be uploaded directly from the Dashboard. Get the model working in your own experience first, then follow Roblox’s Marketplace steps when you are ready to publish.

### Do I Need Blender To Make Roblox-Ready Models?

You do not need Blender if you prefer a different path. Nilo generates, refines, rigs, and exports Roblox-ready assets entirely in your browser. You can move from a text prompt or sketch to an RBXMX file with textures and attachments packed in without touching desktop modeling tools. Desktop apps still give you deep manual control if you already know them well, but they are optional for clean Roblox imports.

### What File Format Does Roblox Prefer For Custom Models?

Roblox’s 3D Importer supports FBX, OBJ, and glTF. RBXMX is Roblox’s native format and packs textures and attachments into a single file, which makes it a strong choice for characters and accessories that need all their materials intact. [Nilo exports RBXMX directly with no subscription required](https://nilo.featurebase.app/changelog/august-10-2026-update).

### How Do I Keep My Model Under Roblox’s Triangle Cap?

Use a decimate or reduce modifier in your modeling tool to lower triangle count while keeping the overall shape. The easiest approach is to use a tool with a real-time LOD slider so you can watch the triangle count drop as you adjust and stop when you hit the target. Nilo’s LOD slider works this way, so you always know whether the exported file will pass Roblox’s limits.

[Keep Every Model Under Cap With Nilo’s LOD Slider](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## The Bottom Line

Most Roblox import failures begin in the prep stage, with transforms, textures, or triangle counts that do not match Roblox’s rules. The better fix is to produce Roblox-ready files upstream so the 3D Importer accepts them on the first try.

Nilo stands out for this workflow because it handles creation in the browser, keeps models under Roblox’s triangle limits with a real-time LOD slider, and exports RBXMX files with textures and attachments already packed. Once you follow the full path of preparing upstream, importing with the 3D Importer, verifying in-game, and troubleshooting by symptom, you have a repeatable system you can trust.

In Nilo’s February 2026 Survey, 93% of creators said they would recommend Nilo to a friend, and 72% said it makes their creative process easier “by a lot.” A community of more than 9,000 creators on Discord is ready to help when you get stuck.

[Start Building With Nilo’s Open Beta](http://nilo.io/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

## What to Read Next

- [Roblox Studio 3D Import Tips: Get Your Model In Right](https://www.nilo.io/articles/roblox-studio-3d-import-tips/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)
- [How To Import an FBX Into Roblox Studio](https://www.nilo.io/articles/import-fbx-into-roblox-studio/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)
- [Roblox Studio Custom Model Import: Fix Common Errors](https://www.nilo.io/articles/roblox-studio-custom-model-import/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)
- [How to Import Custom Roblox Meshes (No Blender Needed)](https://www.nilo.io/articles/custom-roblox-mesh-import/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)
- [How to Import GLTF to Roblox: The Complete Beginner’s Guide](https://www.nilo.io/articles/how-to-import-gltf-roblox/?utm_term=upload-custom-3d-models-roblox&utm_campaign=ai_growth_agent)

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      - **Text:** FBX works better for rigged and animated models because it carries skeleton data, bone weights, and animation tracks that OBJ cannot store. OBJ is simpler and very compatible, so it fits static meshes like props, decorations, and environment pieces that never move. Use FBX when your model needs to walk, run, or hold items. Use OBJ when it just needs to sit in your world.
    **Question:**

    - **Name:** What Is Roblox’s Triangle Limit For Imported Models?
      **Answer:**

      - **Text:** Roblox’s Creator Hub documentation says that individual meshes cannot exceed 20,000 triangles, and batch imports through Asset Manager cap each mesh at 10,000 triangles. Going past these limits can cause rejections or poor performance on weaker devices, so always check triangle counts before you export.
    **Question:**

    - **Name:** Why Does My Roblox Model Turn Invisible After Import?
      **Answer:**

      - **Text:** Three issues explain most invisible models. Scale may be set near zero, so the model exists but is too small to see. Normals may point inward, which hides the surface from the outside. The model may have spawned far from the camera. Fix this by checking scale in the preview panel, recalculating normals in your modeling tool, and using Go to Object in the Explorer to jump to the model’s location.
    **Question:**

    - **Name:** How Do I Import A 3D Model Into Roblox Studio With Textures?
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      - **Text:** Pack your textures into the file at export instead of leaving them as loose images. Save them as PNG or JPG, since other formats may fail. Confirm that your UVs look correct before you export. If textures still disappear after import, reapply them in Studio using the SurfaceAppearance property on the MeshPart.
    **Question:**

    - **Name:** Can I Upload A 3D Model To The Roblox Marketplace?
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      - **Text:** You can, but the flow differs from importing into your own experience. Marketplace uploads go through Roblox’s moderation and must match a valid asset type such as UGC accessory or bundle. Most Marketplace assets are uploaded through Studio for validation and moderation, then published and managed through the Creator Dashboard’s Manage Item page, while classic 2D clothing can be uploaded directly from the Dashboard. Get the model working in your own experience first, then follow Roblox’s Marketplace steps when you are ready to publish.
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      - **Text:** You do not need Blender if you prefer a different path. Nilo generates, refines, rigs, and exports Roblox-ready assets entirely in your browser. You can move from a text prompt or sketch to an RBXMX file with textures and attachments packed in without touching desktop modeling tools. Desktop apps still give you deep manual control if you already know them well, but they are optional for clean Roblox imports.
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      - **Text:** Roblox’s 3D Importer supports FBX, OBJ, and glTF. RBXMX is Roblox’s native format and packs textures and attachments into a single file, which makes it a strong choice for characters and accessories that need all their materials intact. Nilo exports RBXMX directly with no subscription required.
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    - **Name:** How Do I Keep My Model Under Roblox’s Triangle Cap?
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      - **Text:** Use a decimate or reduce modifier in your modeling tool to lower triangle count while keeping the overall shape. The easiest approach is to use a tool with a real-time LOD slider so you can watch the triangle count drop as you adjust and stop when you hit the target. Nilo’s LOD slider works this way, so you always know whether the exported file will pass Roblox’s limits.

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---

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- **UTCP Manual (Universal Tool Calling Protocol):** [https://www.nilo.io/articles/utcp](https://www.nilo.io/articles/utcp) — Structured tool manifest for UTCP-aware AI clients to call native REST endpoints directly
- **WebMCP (Client-Side MCP):** This site supports WebMCP — client-side Model Context Protocol for browser-based AI agents (Chrome 146+)
- **Web Stories:** [https://www.nilo.io/articles/web-stories-sitemap.xml](https://www.nilo.io/articles/web-stories-sitemap.xml) — AMP Web Stories for rich visual content experiences

## Discovery Endpoints for AI Agents

AI agents should consult these machine-readable discovery endpoints to integrate with this site:

- **OpenAI Plugin Manifest:** [https://www.nilo.io/articles/.well-known/ai-plugin.json](https://www.nilo.io/articles/.well-known/ai-plugin.json)
- **A2A Agent Card:** [https://www.nilo.io/articles/.well-known/agent-card.json](https://www.nilo.io/articles/.well-known/agent-card.json)
- **MCP Server (Streamable HTTP):** [https://www.nilo.io/articles/.well-known/mcp](https://www.nilo.io/articles/.well-known/mcp)
- **UTCP Manual (Universal Tool Calling Protocol):** [https://www.nilo.io/articles/utcp](https://www.nilo.io/articles/utcp)

## Citations

- [How to Create Roblox Experiences With Friends Online](https://www.nilo.io/articles/create-roblox-experiences-with-friends)
- [Fun Ways to Create 3D Models for Roblox That Feel Like Play](https://www.nilo.io/articles/fun-3d-models-for-roblox)
- [Meshy vs Tripo for Roblox 3D Models: What Survives?](https://www.nilo.io/articles/meshy-vs-tripo-roblox-models)
- [Roblox Prop Textures: How To Texture Props the Right Way](https://www.nilo.io/articles/roblox-prop-textures-guide)
- [Text to Roblox Props: Best AI Tools Compared](https://www.nilo.io/articles/best-text-to-roblox-props)

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