LEGO® Website Redesign & Concept – UI/UX Case Study
A fully interactive and fully working LEGO® website redesign concept — built entirely from 2D, 3D, and hybrid LEGO elements, featuring editable tiles, stickers, themes, patterns, and a custom real-time JavaScript engine you can try live.
The focus is on translating physical modular logic into a scalable digital UI system.
All content is based on real screenshots.
This is a quick screen-recorded demo video of the functionality. It only shows the general operation of the website.
Project Overview
The LEGO® Website Redesign & Concept is a modern, interactive, and technically unique digital experience that reimagines how the LEGO universe could exist online. My goal was to explore what a LEGO website would look like if every single element were physically “built” from LEGO bricks — from backgrounds and UI components to text and interactions. This project is not a template and not a graphic mockup: every element is built live using HTML, CSS, and JavaScript.
The Concept
The core idea is that the entire website is constructed from LEGO elements:
- 2D LEGO pixel tiles
- 3D LEGO objects
- hybrid 3D→2D rendering
- Technic-inspired mechanical styles
For non-LEGO content, I developed a sticker system, allowing any external graphic to be placed into the LEGO environment as a custom sticker. The result is a playful, interactive, and fully modular web experience that can adapt to any LEGO theme.
Key Features
- Editable LEGO tiles – moveable, replaceable, rotatable elements
- Sticker Book System – hundreds of stickers with a book-style UI
- SmartSnap Tiles – automatic “stud alignment” based on LEGO logic
- Switchable stud styles – Standard, Technic, DUPLO, and Custom
- Dynamic Color Mixer – full LEGO palette + custom color spectrum
- Glow-in-the-Dark mode – highlights glowing LEGO elements
- Bright / Dark modes in LEGO style
- Zoomable LEGO Buttons – inspired by LEGO instruction manuals
- Pattern Creator – edit shadows, opacity, texture and density
- Dynamic grid system (based on a 26×26 px LEGO plate)
- Magnetic blocks – offset-compatible snapping
- Complete LEGO UI Kit with dozens of interactive components
UI/UX Approach
I aimed to design an interface that is:
- faithful to LEGO
- playful and tactile
- visually “buildable”
- fully customizable
- technically functional, not just conceptual
Nearly every component reacts in real time:
colors, stickers, textures, UI states, and patterns can be changed like pieces in a digital LEGO toolkit.
Visual System & Styleguide
Automatic LEGO-style typography – text transforms into LEGO-like characters
Cera Pro + LEGO typography hybrid
LEGO color palette + extended custom colors
2D / 3D / hybrid rendering styles
Clean, grid-based visual system
Extensive UI Kit (inputs, dialogs, select boxes, sliders, overlays, sticker tools, etc.)
Carousel & Discovering
The main carousel allows:
rapid switching between LEGO themes browsing custom backgrounds loading unique theme-based content dynamic page-level transformations The entire carousel is built from LEGO “blocks,” with fully replaceable elements.
Editable Stickers
The sticker system enables:
selecting any LEGO-based UI element browsing stickers with a book-style interface changing background color and size integrating brand logos and custom graphics This feature brings modular personalization to every LEGO theme.
Glow-in-the-Dark Interactions
Glow-in-the-Dark elements function as a content filter:
one click dims the entire website and highlights only glowing LEGO parts. Perfect for hidden-object ideas, scavenger hunts, or interactive reveals.
Patterns & Customization
Every visual element of the page can be modified:
opacity shadow LEGO stud type color pattern and texture 2D / 3D / Technic style The Pattern Creator enables users to create and save custom LEGO patterns.
Grids & Layout
The layout is based on a custom 26×26 px LEGO plate grid:
pixel-accurate positioning LEGO-compatible stud logic automatic alignment perfect scale consistency This ensures each page remains visually coherent and authentically LEGO.
Technology
HTML
CSS (dynamic generation)
JavaScript
Custom LEGO Rendering Engine (2D / 3D / hybrid)
Custom snapping & pattern system
All screens and UI components are generated in real time — no Photoshop compositions.
Conclusion
This project is an experimental digital LEGO universe that merges playfulness, interactivity, and web technology. My goal was to build a LEGO experience that is not only visually inspired by LEGO, but also functions and behaves like LEGO — modular, dynamic, and endlessly customizable.
LEGO SiteEngine
Below is an overview of the custom JavaScript core features powering this LEGO-inspired web system — covering building logic, interaction, and visual behavior.
- LEGO SiteBuilder → global site composition and assembly logic
- LEGO Canvas Render – Maximum Performance, Unlimited Possibilities
- Stunning animations, high visual dynamism, and exceptional efficiency with minimal performance overhead.
- LEGO AI Bridge → integration layer connecting AI-driven features with the LEGO-based UI system
- LEGO Grid Builder → modular grid and layout construction
- LEGO Gap Controller → spacing and micro-tolerance management between elements
- LEGO Magnet Controller → dynamic snap-to-stud alignment and precision positioning
- LEGO Plate Builder → plate-level structural composition
- LEGO Brick Builder → brick-level building and hierarchy logic
- LEGO Text Builder → text layout and typography aligned to the LEGO grid
- LEGO Texter → dynamic text rendering and content injection
- LEGO Slider Builder → modular slider and parametric value control
- LEGO Input Maker → custom input creation and interaction handling
- LEGO UI Builder → tooltip, popup, and overlay UI construction
- LEGO Figure Controller → figure behavior, positioning, and interaction logic
- LEGO Shadow Controller → state-driven shadow and depth rendering
- LEGOLIZE → core transformation layer that converts UI into a LEGO-based system
