Claude Code vs Cursor: Which Fits the Way You Work?

Cursor and Claude Code are almost always set against each other as editor versus terminal. That dividing line no longer holds at the source: Anthropic describes Claude Code as a tool for the terminal, the editor, a desktop app and the browser, and Cursor describes itself as a coding agent with its own command line.

The question that actually decides it is a different one: are you sitting there while the work happens? If you read every change and apply it yourself, you will move faster with Cursor. If you hand over a task and inspect the result afterwards, you will move faster with Claude Code. This is not a matter of taste. It is a question about what your working days look like.

What is the difference between Claude Code and Cursor?

Cursor is a code editor with an agent working inside it. Claude Code is an agent that reads a codebase, edits files and runs commands, and it offers several surfaces to do that from. Both handle the same kind of task. They differ in where the human sits in the sequence.

Anthropic puts it this way for Claude Code: a tool that "reads your codebase, edits files, runs commands, and integrates with your development tools", available "in your terminal, IDE, desktop app, and browser" (Anthropic, Claude Code documentation).

Cursor carries the line "Cursor is your coding agent for building ambitious software" on its own homepage, and names a command line and agents working in parallel there as well (cursor.com).

Why does "IDE versus terminal" no longer hold?

Because neither vendor frames it that way any more. The comparison describes a state of affairs that existed while Claude Code was only a command line tool and Cursor was only an editor with completion.

Two pieces of evidence, both from the vendors themselves:

• Anthropic's documentation lists the editor extension with two install links, one for VS Code and one for Cursor. Claude Code runs inside Cursor if you want it to (Anthropic, Claude Code documentation).
• Cursor names its own command line on the homepage, along with agents that run in the terminal, work in Slack and review pull requests (cursor.com).

Deciding on the basis of the surface means deciding on something both of them now offer. That is why the comparison does not get you anywhere, however often it gets written.

So what does decide it?

The loop you work in. There are two, and they feel completely different.

The left loop is fast in small steps and slow across a whole afternoon. The right one is the reverse: the first step takes longer because you have to state the task properly, and after that a lot happens without you doing anything.

That gives you the practical rule. The more precisely you already know which line should change, the more speaks for the editor. The more your instruction describes a result rather than an edit, the more speaks for the agent.

One limit belongs with it. The delegation loop only works when the agent can check whether it is finished. Where there are tests, a build or some other counter-check, it carries. Where there is none of that, you get a proposal that you have to review anyway, and the advantage is gone.

How do you hand over a task so that it is actually handed over?

With four blocks, always the same four: goal, context, limits, example. How the word count splits across those four, and why the goal is the shortest of them, is counted out in what vibe coding actually is. That is the structure we teach in week 1 of the course and the one we type ourselves, including in front of a live audience. An instruction that settles all four needs no follow-up question and no second round. The template is also a prompt generator you can fill in.

What belongs in each block:

1. Goal. The result, not the route to it. "A public page where someone gets an indicative price from five questions", not "build me a form".
2. Context. What the agent has to know rather than guess: the stack that already exists, the price list, the rules of the business. The block almost everybody keeps too short.
3. Limits. What explicitly must not happen. No database, no sign-up, mobile first. Limits are the block that keeps the loops short, which makes it the block that keeps the bill small.
4. Example. One case worked through, with the result it should produce. The agent checks itself against it, and while writing it you find out whether your own logic holds.

The difference from the editor becomes tangible here. In the editor you describe a change and see immediately whether it fits. When you delegate you describe a result, and the fourth block is what you check against instead. Once you have practised the four blocks, you notice quickly that most disappointing results were never a model problem. They were a missing context or limits block.

What does this look like in real work?

This is where comparison tables stop and operations start. We are not testing these two, we work with them: two products live, both built with Claude Code, plus the agency. For this article we read out our own repositories, and the first number surprised us.

That is why the yardstick we judge tools by is a different one from most comparisons. What interests us is not which one suggests better while you type. It is whether something is standing at the end that keeps working once you close the laptop. An editor cannot be measured on that question at all, which is exactly what makes it the more useful one.

229 of the 899 file touches are not code files, a good quarter of them. Text, configuration, images, slides, a database migration, a roadmap. A code editor is built for the other three quarters and handles them superbly. For the last quarter it is a text editor like any other.

That is why the decision went the way it went for us. A large share of our work is not code, it is everything sitting around the code.

What does that look like across several projects?

We counted how many commits carry the Claude Code signature across seven of our own repositories. Taken together it is 332 of 478 commits.

The two low values are the most honest part of the chart. They are the two oldest repositories, where much was built before we worked this way. The upward curve is not evidence that one tool is better. It shows how quickly a way of working takes over once it has become the default.

What none of the seven repositories contains: an editor configuration. No .vscode, no .cursor, no .idea. What every active project does carry is a CLAUDE.md, the file an agent reads at the start of every session. Our project setup sits in a file both tools can read, rather than in editor settings only one of them reads.

What happens when the agent gets it wrong?

In the editor you notice immediately, because you read the change before it stays. When you delegate you notice at the result, which is why the counter-check is not an extra. It is the part that makes the whole way of working hold.

Here is what that looks like for us. A run that works unattended does not end with a proposal. It ends with three steps that either pass or stop it: the tests, the build, and a look at the built result. If one of them fails, nothing gets published. This article went through that chain itself.

That is the part worth carrying over to your own decision. The delegation loop is only as good as your counter-check. If you have tests, you can hand over a lot. If you have none, you are really only handing over the typing and still reviewing everything yourself afterwards. In that case an editor with completion is not the worse choice, it is the fitting one.

For the moment it breaks in front of an audience we keep a ladder with four rungs, and we walk it from the top. One: an error in the terminal, read it out, hand it back to the agent, let it carry on. Two: the deploy fails, stay on the local version and name the reason. Three: the agent hangs for longer than three minutes, switch to the recording of the rehearsal run and say plainly that it is the recording. Four, and only this rung is an abort: nothing works at all.

That ladder is the actual difference between "I am trying this out" and "I work with this". Once you know which rung you are on, you stop treating every error as a verdict on the tool.

A second point from operations: whatever runs unattended should have run once under supervision first. We have switched off more scheduled agents than we kept, and in almost every case it was not the tool. It was that nobody needed the result.

What do the two cost?

Only as much as the pricing pages actually print. Both vendors name entry amounts and leave the higher tiers open.

	Claude Code	Cursor
Free	not included	Hobby plan
Individual	from $20 per month with Pro	from $20 per month
Team	from $25 per seat	from $40 per seat

Two things the pages deliberately leave open: Anthropic names only "From $100" for Max, and Cursor does not write out the amounts of its higher individual tiers on the overview either. Anyone reading a second figure in a comparison is reading one that is not on the source.

Price is not the decision here anyway, because both entry points cost the same. What your own way of working would cost on the API, next to the plan prices, is what the Claude Code cost calculator works out. What drives the monthly amount is covered at length in our article on Claude Code costs, written in German.

When do you take Cursor, when Claude Code?

By the shape of your work, not by the feature list.

Take Cursor if you mostly work on existing code you know yourself, if you want to judge the result line by line, and if a graphical surface with completion while you type is the real relief. Anyone coming from an editor is at home immediately.

Take Claude Code if your tasks tend to run across several files, if a noticeable share of your work sits outside code files, and if you want things done while you are not in front of the screen. That is the point where a task runs overnight and you read the result in the morning.

Take both if the extra $20 does not bother you. That is not a dodge. It is the most common answer from people who have used both seriously, and it is technically intended.

Can you use both together?

Yes, and in the same window. Anthropic's documentation lists the Claude Code extension with one install link for VS Code and one for Cursor (Anthropic, Claude Code documentation). You get Cursor's editor and Anthropic's agent in one surface.

The useful part of that arrangement: project setup moves into a CLAUDE.md in the repository rather than into one program's settings. Switch tools later and your rules come with you. How far that carries when the switch is to another vendor is in Codex vs Claude Code.

How to decide this for yourself

Take a task you have to do this week anyway and do it twice. Once by applying every change yourself. Once by describing it completely and handing it over. The question afterwards is not which result looks better, but which of the two rounds had you getting in your own way less.

What is left after that is not the tool question anyway, it is the layer above it: the four blocks, the file holding your rules, the counter-check, and eventually agents that finish multi-step work on a schedule. That layer is exactly what we teach in The Claude Code System, four weeks with weekly live sessions. If you want to see how we work first, join a free live webinar. Every course is listed under Courses, and the people behind it are on About.