Claude Code vs Cursor: Which AI Coding Tool Fits You?

Claude Code and Cursor are two of the most popular AI coding tools, but they start from opposite ends. Claude Code is an agent first: you describe a task and it reads files, runs commands and edits code, with an editor optional. Cursor is an editor first: a full code editor with AI built into every keystroke, plus an agent when you want one.

This comparison is based on each product’s official documentation as of October 2026. We do not quote prices or benchmark scores here because both change often; check the vendors’ pricing pages before you buy.

Quick verdict

• Pick Claude Code if you want to hand off multi-step tasks, work mostly in a terminal, automate with scripts and CI, or build a deeply customized agent setup with skills, subagents and hooks.
• Pick Cursor if you spend most of your day in an editor, rely on inline autocomplete, like reviewing changes visually, or want to switch between models from several providers.
• Use both if you can. They combine well, as shown in the last section.

At a glance

	Claude Code	Cursor
Core idea	Agentic coding tool	AI code editor
Main surfaces	Terminal CLI, desktop app, VS Code and JetBrains extensions, web at claude.ai/code, Slack, GitHub Actions	Desktop editor, Cursor CLI (agent), Cloud Agents at cursor.com/agents
Models	Claude models only	Multiple providers, including Claude, GPT and Gemini models
Inline autocomplete	Not its focus	Tab: multi-line and cross-file predictions
Project instructions	CLAUDE.md, .claude/rules/, can read AGENTS.md	.cursor/rules (.mdc files), AGENTS.md, user and team rules
Reusable workflows	Skills (SKILL.md, Agent Skills open standard)	Skills, rules
Delegation	Subagents in .claude/agents/	Subagents
Lifecycle automation	Hooks on events such as PreToolUse, PostToolUse and Stop	Hooks
External tools	MCP (claude mcp add, .mcp.json)	MCP
Packaging	Plugins and marketplaces (/plugin)	Plugins
Planning	Plan mode (Shift+Tab)	Plan mode (Agent, Plan, Ask)
Undo	Checkpoints with Esc Esc or /rewind	Editor history and diff review
Headless / scripts	claude -p	agent -p
Account	Claude Pro, Max, Team or Enterprise; Claude Console; or Bedrock, Google Cloud Agent Platform, Microsoft Foundry	Cursor account

Workflow: agent-first vs editor-first

How Claude Code feels

You start a session in your project with claude and describe what you want. Claude explores the codebase, proposes or makes edits, runs tests and iterates. A permission mode controls what it can do without asking, and Shift+Tab cycles modes, including plan mode where it only reads and plans.

This suits tasks you can describe in a paragraph but that touch many files: “add OAuth login, write tests for the callback, run the suite and fix failures.” You review the result, not every keystroke. Checkpoints let you rewind code and conversation if an attempt goes wrong.

Our Claude Code getting started guide walks through the first session.

How Cursor feels

You open your project in the editor and code as usual. Tab suggests multi-line edits as you type, can add missing imports, and predicts the next place you will edit, including in other files. When you want more, you open Agent and choose Agent, Plan or Ask mode.

This suits work where you are actively writing code and want acceleration rather than delegation, and where seeing every change in the editor matters to you.

The overlap is growing

Both products now cover each other’s territory. Claude Code has IDE extensions and a desktop app; Cursor has a terminal CLI, headless print mode and Cloud Agents that keep running while you are away. The difference is the default posture, not a hard boundary.

Models

Claude Code runs on Claude models only. That includes the current families such as Claude Fable, Opus, Sonnet and Haiku, and you switch with /model. If you already like how Claude codes, you get it with a harness Anthropic builds specifically for it.

Cursor lets you pick from several providers, including Claude models. That flexibility helps if you want to compare models on the same task or route cheaper models to simple work.

If model choice is your top priority, Cursor wins. If you are committed to Claude, Claude Code gives you the most direct integration.

Customization and extensibility

This is where the tools differ most in depth.

Claude Code

Claude Code’s extension points are plain files you can commit and share:

• CLAUDE.md for project instructions, loaded every session. Claude Code can also read AGENTS.md when a repo has no CLAUDE.md, or you can import it with @AGENTS.md.
• Skills: a folder with a SKILL.md that Claude loads when relevant or you run as /skill-name. Skills follow the Agent Skills open standard. See the skills guide.
• Subagents: Markdown files in .claude/agents/ with their own system prompt, tools and model, running in a separate context. See the subagents guide.
• Hooks: shell commands, HTTP calls or prompts that run on lifecycle events, for example blocking edits to .env before a tool runs or formatting after an edit. See the hooks guide.
• MCP servers: connect GitHub, databases, browsers and more. See the MCP guide.
• Plugins: bundle all of the above and install from marketplaces with /plugin. See the plugins guide.

Combining these pieces into a reusable setup is what people mean by a “Claude kit”; our guide on what a Claude kit is explains how to assemble one.

Cursor

Cursor’s documentation covers rules, skills, subagents, hooks, MCP and plugins. Project rules live in .cursor/rules as .mdc files with frontmatter that controls when they apply: always, when the agent judges them relevant, for matching files, or manually. Plain AGENTS.md is supported as a simpler alternative. Team rules can be managed centrally from the dashboard on team plans.

Both tools are highly customizable. Claude Code’s ecosystem of shared skills, subagents and plugin marketplaces is large and file-based, which makes it easy to version and review. Cursor’s settings integrate tightly with its editor UI.

Automation and CI

Claude Code runs non-interactively with claude -p "task", which makes it easy to script (see our headless mode guide), and it has a GitHub Actions integration for running in CI. Hooks let you enforce checks deterministically, such as a Stop hook that blocks completion until tests pass.

Cursor offers print mode in its CLI (agent -p), Cloud Agents you can hand tasks to from the CLI by prefixing a message with &, and Bugbot for automated pull request review.

Both can live in pipelines. Claude Code’s hook system gives finer control over each step of the agent loop.

Cost and usage

We are not listing prices because they change. The structural difference: Claude Code is included with Claude subscriptions (Pro, Max, Team, Enterprise) or billed per token through a Console account or a cloud provider. Cursor sells its own plans. Agentic work in either tool can consume a lot of usage, so track it. For Claude Code, the open-source ccusage tool reports token usage from local logs.

Choose Claude Code if

• You prefer the terminal or want an agent that works without an editor open.
• You delegate whole tasks and review the outcome.
• You want to codify team workflows as skills, subagents and hooks in version control.
• You need scripting, CI or headless runs.
• You already pay for a Claude plan.

Choose Cursor if

• You want best-in-class inline autocomplete while you type.
• You review every change visually in an editor.
• You want to switch between model providers.
• Your team is standardizing on one editor with central rules.

Using Claude Code and Cursor together

The tools are not mutually exclusive:

1. Run Claude Code inside Cursor. Cursor is VS Code based, so many developers run claude in Cursor’s integrated terminal: Claude Code handles larger tasks while Cursor’s Tab handles line-level edits. Claude Code also has an official VS Code extension.
2. Share one instruction file. Put project conventions in AGENTS.md, which both tools can read. If you also keep a CLAUDE.md, import the shared file with @AGENTS.md so Claude still gets it.
3. Share MCP servers. Configure the same MCP servers in both tools so they have the same access to docs, issues and databases. Context7 is a common choice for up-to-date library docs.
4. Cross-review. Let one tool write and the other review. Our code review prompt works in either.

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