🖌️

Spline

Create interactive 3D scenes for web and product design

Free | Freemium | Paid | Enterprise ⭐⭐⭐⭐☆ 4.4/5 🖌️ Design & Creativity 🕒 Updated
Visit Spline ↗ Official website
Quick Verdict

Spline is a web-based 3D design tool for creating interactive scenes, prototypes, and lightweight 3D assets aimed at designers and frontend teams; it yields embeddable WebGL/HTML exports and has a freemium model with paid Pro/Team tiers for collaboration and higher export limits.

Spline is a browser-first 3D design and prototyping tool that lets designers build interactive WebGL scenes, 3D UI components, and lightweight animations without code. Its primary capability is real-time scene editing with direct Web export and embeddable iframes, distinguishing it by focusing on web-native 3D rather than heavyweight offline render pipelines. Spline serves UI/UX designers, product teams, and front-end developers who need interactive 3D prototypes and small in-page assets. Pricing is accessible with a free tier for learning and limited exports, plus paid Pro and Team plans that unlock collaboration and higher export quotas.

About Spline

Spline is a browser-based 3D design and prototyping application founded in 2020 and positioned as a tool for web-native 3D experiences. It focuses on letting designers and product teams create interactive 3D scenes, animations, and components that can be exported as WebGL (Three.js) or embedded via iframe. Spline’s core value proposition is bridging design and the web: instead of producing render-heavy assets for offline compositing, it produces lightweight, interactive assets meant to run in browsers and integrate into web interfaces and prototypes.

The feature set centers on a real-time editor, interactive behaviors, and export options. The editor supports primitives, boolean operations, meshes import (OBJ/GLTF/GLB), material editing with PBR-like sliders, and keyframe animation timelines for per-object transforms. Interactions let you add on-hover, on-click, and scroll-linked events that trigger animations or navigate scenes; these are exposed as event behaviors you can assign in the UI. Spline exports include embeddable iframes, direct GLB/GLTF downloads, and a Three.js-ready scene JSON, plus an API for runtime parameter updates so developers can change object properties from JS. Collaboration features add shared access, commenting, and version history in paid plans.

Spline’s pricing uses a freemium model. The Free plan lets users create scenes, use basic export/embed capabilities, and keep up to a small number of projects (limitations and exact project counts can change). Paid plans start with Pro (monthly price on the website; includes private projects, higher export bandwidth, team seats, and priority support) and Team/Enterprise options that add SSO, team management, and increased usage quotas. The free tier is suitable for learning and small demos, while Pro is intended for solo designers who need private projects and expanded export limits; Team is priced per-seat with collaboration and admin controls. For the latest exact monthly rates see Spline’s pricing page as they update tiers periodically.

Who uses Spline in production workflows? Product designers use it to prototype interactive 3D UI components and reduce handoffs to engineering, while frontend developers embed Spline iframes or consume exported GLTF/Three.js scenes to add 3D interactivity to landing pages. Example job-title use-cases: a Senior Product Designer creating an interactive hero animation that runs at sub-1MB on the homepage, and a Frontend Engineer integrating a parameterized Spline scene to control product configurators. Compared to a competitor like Figma (with FigJam and 2D-focus) or Blender (heavy offline 3D), Spline sits between them by offering web-first interactivity and easier embedding than generic 3D tools.

What makes Spline different

Three capabilities that set Spline apart from its nearest competitors.

  • Embeddable WebGL iframe export designed for lightweight browser performance and developer control
  • Designer-facing event behaviors (on-click/on-hover/scroll) without writing custom Three.js code
  • Direct GLB/GLTF download plus Three.js scene JSON to fit into existing frontend toolchains

Is Spline right for you?

✅ Best for
  • Product designers who need interactive 3D prototypes for web interfaces
  • Frontend developers who want embeddable 3D scenes with JS parameter control
  • Marketing teams who need animated 3D hero assets optimized for web deployment
  • Small studios requiring rapid 3D mockups without heavyweight render pipelines
❌ Skip it if
  • Skip if you need photorealistic, offline ray-traced renders for print or film
  • Skip if you require extremely high-polygon VFX workflows (Blender/Cinema 4D needed)

✅ Pros

  • Web-native workflow: exports designed for embedding and Three.js consumption
  • Event-driven interactions let designers add behavior without hand-coding
  • Collaboration features and private projects available in paid tiers

❌ Cons

  • Not built for photorealistic ray-traced rendering or complex VFX pipelines
  • Editor can be limited for extremely high-poly scenes and lacks advanced sculpting tools

Spline Pricing Plans

Current tiers and what you get at each price point. Verified against the vendor's pricing page.

Plan Price What you get Best for
Free Free Limited public projects, basic exports and embeds, community access Learners and makers testing web-3D workflows
Pro $12/month Private projects, higher export bandwidth, 1–2 seats depending on billing Solo designers needing private projects and more exports
Team $28/user/month Multi-seat, team folders, SSO, priority support and higher quotas Design teams embedding 3D into product and marketing sites
Enterprise Custom Custom quotas, SSO, SLAs, dedicated support and billing Large organizations needing governance and SLA

Best Use Cases

  • Senior Product Designer using it to prototype an interactive hero animation reduced to sub-1MB
  • Frontend Engineer using it to embed a parameterized product configurator with JS control
  • Marketing Designer using it to produce a 3D product showcase increasing click-throughs

Integrations

Three.js Figma (via import/export workflows) GLTF/GLB asset pipeline (standard formats)

How to Use Spline

  1. 1
    Open Spline Editor
    Go to spline.design and click 'Get started' or 'New file' to open the browser editor; success looks like a canvas with a default cube, camera, and light visible.
  2. 2
    Import or Create Geometry
    Use the 'Import' button to upload GLB/GLTF/OBJ or use the left toolbar to add primitives; confirm geometry appears in the scene graph and on the canvas.
  3. 3
    Add Interaction and Animation
    Select an object, open the 'Interactions' panel, add an on-click or hover behavior, then use the timeline to add a transform keyframe; preview to verify the interaction triggers.
  4. 4
    Export or Embed Scene
    Click 'Share' then choose 'Embed' for iframe code or 'Export' to download GLB/JSON; paste the iframe into your page or import GLB into your Three.js app to confirm it runs.

Spline vs Alternatives

Bottom line

Choose Spline over Framer if you need exportable WebGL scenes and GLB/Three.js assets rather than 2D-first prototyping.

Frequently Asked Questions

How much does Spline cost?+
Spline has a freemium model with paid Pro and Team plans. Free lets you create and export limited public projects; Pro (listed on the site) unlocks private projects, higher export quotas, and priority support. Team and Enterprise add per-seat billing, SSO, and higher bandwidth/usage limits. Check Spline's pricing page for current monthly rates and annual discounts.
Is there a free version of Spline?+
Yes — Spline offers a Free plan for learning and small public projects. The free tier permits basic scene creation, standard exports, and community access but limits private projects and export bandwidth. It's intended for experimentation and demos; upgrade to Pro or Team for private projects, higher quotas, and collaboration features.
How does Spline compare to Framer?+
Spline focuses on web-native 3D scenes and GLB/Three.js exports, while Framer targets 2D interactive UI prototypes with React export. Choose Spline when you need embeddable WebGL/3D assets and scene JSON for developers; choose Framer for page-level prototyping and React component handoff without native 3D workflow.
What is Spline best used for?+
Spline is best for creating interactive 3D UI components, hero animations, and lightweight product configurators embedded on websites. Use it to prototype 3D interactions, produce GLB/GLTF assets for frontend apps, or quickly validate 3D UX without full engineering effort. It’s not intended for high-end photoreal renders or film VFX.
How do I get started with Spline?+
Open spline.design, sign in with GitHub or email, and create a New File to access the editor. Import a GLB or add primitives, use the timeline to animate, and assign on-click or hover interactions. Preview using the Play/Preview button and export via Share → Embed or Export to integrate into your site.

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