Claude artifacts examples — 12 real things people build

What makes an artifact different from a chat response

Before the examples: the distinction matters for understanding what's possible. When Claude prints a wall of HTML into the conversation, that's a chat response. When the same content appears in the dedicated side panel — rendered as a working preview — that's an artifact.

Artifacts appear automatically when output is self-contained and substantial enough to stand alone. A five-line Python snippet stays in the chat. A working calculator with inputs and an output section becomes an artifact. The threshold is roughly: "would this be better seen than read?" If yes, Claude renders it as an artifact.

Everything below is a real type of thing people build — not a theoretical capability.

Interactive calculators and tools

This is the most-used artifact category for makers and PMs. You describe a calculation, Claude builds a form with inputs and a live output. No spreadsheet sharing, no "let me know the numbers and I'll do the math" back-and-forth.

What gets built:

• Lead scoring calculator — inputs for company size, budget, timeline, and intent signals; outputs a score out of 100 with a recommended next action. A PM uses it in a sales kickoff instead of a spreadsheet.
• Freelancer rate tool — inputs for hourly rate, project hours, and overhead percentage; outputs the minimum viable quote and a margin per project. Built and shared with a client in one conversation.
• SEO ROI estimator — inputs for organic traffic, conversion rate, and average deal size; outputs projected revenue and a breakeven month. The artifact updates live as you change the sliders.
• Pricing tier comparison — three columns, each with a user-defined plan name and feature set. An interactive toggle switches between monthly and annual rates.

Prompt pattern that works:

"Build an interactive HTML calculator for [audience]. Users input: [list the variables]. Calculate [the formula]. Display [the output you want] and [a chart type if relevant]. Make it self-contained in one file."

The "self-contained in one file" instruction prevents Claude from splitting styles and scripts across multiple files, which breaks in the artifact panel.

Data dashboards from pasted CSV

Paste a spreadsheet export, describe the view you want, and Claude produces a working chart with axis labels, hover tooltips, and real data — not placeholder numbers.

What gets built:

• A Q1 sales dashboard with KPI tiles (revenue, deals closed, win rate), a trend line by month, and a funnel breakdown — built from a pasted Salesforce export in one prompt.
• A campaign performance view from a Google Analytics 4 CSV: channel, sessions, conversions, and revenue laid out as a bar chart with a filter control.
• A content calendar status board — tasks by channel and status, filterable by month.

The artifact renders using Chart.js or Plotly, both of which Claude includes via CDN. The result is interactive: hover for the exact value, click a legend item to hide a series.

The gotcha most people hit: artifacts don't have access to live data sources. You paste your data in, and the chart is a frozen snapshot of that moment. If you need a dashboard that refreshes — say, for a weekly standup — look at Claude's Live Artifacts (added April 2026), which can stay connected to external sources. Standard CSV-paste artifacts are snapshots.

Landing page and UI mockups

Makers and PMs use these to get something in front of stakeholders before involving a designer. The artifact renders as a real, clickable web page — buttons hover, the nav is sticky, the pricing table has the actual tiers.

What gets built:

• A three-tier SaaS pricing page with feature list, highlighted "most popular" column, monthly/annual toggle, and a CTA button — ready to screenshot for a board deck.
• A feature announcement page with a hero, a three-column benefit strip, a social proof section, and a footer. Enough for a stakeholder to react to the layout and copy without opening Figma.
• A client intake form with four steps, a progress bar, and form validation — useful as a prototype before writing the real form in a CMS.

These aren't production code. They're a fidelity level above a Figma wireframe: real text, real layout, but unoptimized and single-file. The right use is "can you react to this?" not "ship this."

One prompt that produced a real result:

"Build a single-page HTML mockup of a landing page for a B2B SaaS product that helps PMs track feature requests. Hero with headline and subhead, a three-column feature section, a two-tier pricing table, and a simple footer. Keep the design minimal, use a purple accent."

The result was used as the actual design brief for the designer — the designer reacted to it instead of starting from scratch.

SVG graphics and diagrams

Claude can draw vector graphics directly — logos, simple illustrations, icon sets — as SVG artifacts. The result is editable: ask for a color change and it updates in place.

What gets built:

• Simple brand marks from a description: "a stylized letter D made of two overlapping rectangles, in navy and teal"
• Organizational charts: "our team has four pods — platform, growth, data, and design — each reporting to a CTO node"
• Simple infographic layouts: three numbered steps with icons and short descriptions

SVG is where Claude's drawing is most constrained. Complex illustrations, photorealistic assets, and anything with nuanced perspective don't come out well. The strong territory is geometric logos, flat-style diagrams, and anything that's more about structure than artistry.

Mermaid diagrams and flowcharts

Describe a process in plain English and Claude generates a Mermaid diagram rendered in the artifact panel. This is one of the fastest artifact types — it often takes one prompt and produces a usable result.

What gets built:

• User flows: "The sign-up flow for our app: landing page → email entry → magic link sent → email opened → account created → onboarding checklist"
• System architecture maps: services, databases, and how data flows between them
• Decision trees: "A flowchart for how we triage support tickets by severity and product area"
• Gantt charts: a six-week launch timeline with milestones

The Mermaid artifact is the most "sketch-to-shareable" type. A PM can describe a process verbally, get a diagram in 30 seconds, and share it in the same conversation. The limitation: Mermaid syntax doesn't support all diagram styles (no Venn, no org chart with photos), and complex diagrams sometimes exceed what Claude can render without errors. If you hit a syntax error, ask Claude to simplify the diagram or break it into two.

Documents: PRDs, briefs, and one-pagers

Markdown document artifacts are the best fit for long-form structured writing: PRDs, design briefs, strategic one-pagers, project charters. The output renders as a formatted, readable document — not a wall of markdown syntax.

What gets built:

• A one-page PRD for a new feature, with problem statement, user stories, success metrics, and open questions — formatted with headers, tables, and bullet lists
• A competitive analysis brief: three competitors, a comparison table, and a "what we do differently" section
• A project charter with objectives, scope, stakeholders, timeline, and risks
• A research summary: key findings, methodology, quotes from five user interviews, and recommended next steps

The document artifact's advantage over a chat response is revisability. You see the whole document in the preview panel, ask for a section to be rewritten, and the panel updates the document in place. The final version lives in the artifact, not buried in the conversation scroll.

Games and playful tools

Single-file HTML games work surprisingly well as artifacts. Claude handles the game logic, rendering, and keyboard controls in one file — and the result is immediately playable in the preview panel.

Simon Willison, who writes about AI tools in detail, built 14 functional tools in a week using Claude Artifacts — including a QR code decoder, a SQLite WebAssembly demo, a phonetic alphabet tool, and a Python REPL. He noted that "most took under five minutes" and that the most complex example (an OpenAI audio transcription tool) required only 21 minutes across two iterations.

Common game examples:

• Wordle clone with a custom word list
• Simple Tetris or Snake
• Multiplication table quiz (a parent described wanting their child to practice — Claude built it as a monster-battle game where you defeat enemies by answering correctly)
• Trivia generator from a pasted study guide

Games are also where artifacts hit their most common limit: they can't make API calls to external hosts and can't submit forms to a server. If the game needs a leaderboard or live data, it needs to live somewhere else. Inside the artifact panel, it's self-contained.

The step most examples skip: sharing and feedback

Every example above gets you to "I built a thing." The gap is what happens after.

Publishing a Claude artifact generates a claude.ai link that anyone can open in a browser with no Claude account — that part works. What it doesn't give you: a way for a reviewer to click the exact element and leave a note, threaded comments that stay attached to the artifact, or a path for Claude to read that feedback and ship a revision to the same URL.

For a calculator you're showing one person who'll tell you verbally what to change, the built-in publish is fine. For a landing page mockup going to five stakeholders who each have opinions, the workflow fragments: the artifact goes out as a link, feedback arrives in three Slack threads and a Loom, and you're reconstructing it manually before starting the next iteration.