I used Cursor Pro for six months. I genuinely liked it. The inline diffs were beautiful, the tab completion was snappy, and having AI baked into a proper IDE felt like the future. Then Opus 5 launched, Claude Code got genuinely good at multi-file refactoring, and I found myself opening the terminal more than the editor. A month later, I cancelled my Cursor subscription.

This is not a “Cursor bad, Claude Code good” post. I still miss things about Cursor. But the switch taught me something interesting about how experienced developers actually interact with AI coding tools, and it is not what I expected.

The Setup Before the Switch

For context, here is what my workflow looked like from January through June 2026:

• Editor: Cursor Pro at $32/month (they raised the price from $20 in late 2025)
• Models: Mostly Claude Sonnet 3.5 via Cursor, occasionally GPT-4o for quick questions
• Terminal AI: None, I did everything inside the IDE
• Weekly spend: Flat $32/mo, no surprises

It worked fine. Better than fine, actually. I was writing code faster than I ever had. I wrote about the real monthly costs of different tools and Cursor was genuinely the easiest to budget for. Flat rate, no token anxiety, just code.

So why change?

What Pushed Me to Switch

Three things happened in quick succession.

First, I hit Cursor’s rate limits during a big refactoring sprint. I needed to restructure a module system across 15 files, and Cursor’s context window just could not hold enough of the project at once. I would ask it to refactor file A, and it would break the import in file G because it had already forgotten about file G. I documented some of these costs in my post about the real cost of Claude Code over 30 days.

Second, Opus 5 launched and the jump in code reasoning was immediately obvious. I tested it on the same refactoring task that had frustrated me in Cursor, and it handled the entire dependency chain correctly on the first try. Not perfectly, but it understood the relationships between files in a way that felt qualitatively different.

Third, I watched a colleague use Claude Code for a full afternoon. No IDE, just terminal. And he was faster than me. Not because the tool was faster, but because the workflow eliminated a bunch of friction I had not noticed. No clicking between tabs, no waiting for diff views to render, no fighting with the sidebar panel. Just describe what you want, review the changes, accept or reject.

The First Week Was Rough

I want to be honest here: the first week sucked. I kept reaching for keyboard shortcuts that did not exist. I missed the visual diff view so much it physically bothered me. I would run Claude Code, it would make changes to four files, and I had to git diff to see what happened. Coming from Cursor’s beautiful side-by-side views, this felt like going back in time.

I also missed tab completion. In Cursor, you start typing a function name and it finishes your thought inline. Claude Code does not do that. It is not an autocomplete tool, it is a command-and-execute tool. These are fundamentally different interaction models, and I had to rewire my muscle memory.

If you want the full setup guide for how I eventually configured things, check out my Claude Code setup tutorial.

What Actually Got Better

After powering through the adjustment period, several things improved dramatically.

Multi-file refactoring went from a multi-step conversation to a single prompt. Instead of guiding Cursor through file-by-file changes, I could say “restructure the authentication module to use the repository pattern, update all imports and tests” and Claude Code would handle it. Not always perfectly, but well enough that I was fixing small issues instead of orchestrating large changes. The Opus 5 and Claude Code integration made this even better.

Context handling was superior. Claude Code reads your actual project files. It understands your tsconfig, your package.json, your directory structure. Cursor had this too, but Claude Code’s context window and the way it actively explores your codebase before making changes felt more thorough.

No model switching anxiety. In Cursor, I was always wondering if I should switch to a different model for a particular task. Should I use Sonnet for this quick edit? Should I switch to GPT-4o for this reasoning task? With Claude Code on the Max plan, it is just Opus 5 all the time for complex work. One model, one tool, no decisions.

The terminal workflow is actually faster for developers who are already comfortable in the terminal. I know this sounds like cope, but hear me out. When I used Cursor, I would: open file, read context, open AI panel, type prompt, review diff, accept changes, check if build passes. With Claude Code: type prompt, review git diff, done. Fewer steps, fewer context switches between mouse and keyboard.

What I Genuinely Miss

I want to be fair to Cursor because it does some things that Claude Code simply cannot replicate.

Inline diffs are gorgeous. Seeing exactly what changed, highlighted in context, with one-click accept/reject per hunk? That is a superior review experience for small changes. Git diff works, but it is not as pleasant.

Tab completion speed. For writing new code from scratch, nothing beats the feeling of Cursor predicting your next line and you just pressing Tab. It is like pair programming with someone who finishes your sentences correctly. Claude Code has no equivalent to this.

Visual file tree awareness. In Cursor, you can see your project, click into files, drag things around. The AI is aware of what you have open. Claude Code operates blind unless you explicitly tell it to read something or it decides to explore on its own.

Lower cognitive load for simple tasks. For a quick “rename this variable across the file” or “add a null check here,” Cursor’s inline experience is less effort than typing a Claude Code prompt.

I ended up solving the simple-task gap with Continue.dev, which gives me inline AI completions in VS Code without the full Cursor price tag.

What I Don’t Miss

Cursor’s model switching UI was confusing and changed frequently. Which model am I using? How many premium requests do I have left? Is this going to count against my limit? I never felt fully in control.

Random rate limits would hit at the worst times. In the middle of a productive session, suddenly: “You’ve used your fast requests, switching to slow model.” The unpredictability was maddening.

The update cycle. Cursor ships updates constantly, and sometimes things would break. A keybinding would change, or the AI panel would behave differently after an update. I just wanted stability.

Vendor lock-in feeling. All my AI workflow was tied to one editor. If Cursor raised prices again (they already went from $20 to $32), I would have to rebuild my entire workflow from scratch.

My Current Setup

After a month of experimentation, here is where I landed:

• Claude Code (Max plan at $100/month) for complex tasks: multi-file refactoring, debugging tricky issues, writing new features with tests. This is the heavy lifter. I track costs carefully as I described in my LLM cost reduction guide.
• Continue.dev + Ollama for quick inline completions and simple edits. Free, runs locally, gives me that tab-completion feeling without paying for Cursor. I set this up using my Ollama guide and Continue.dev configuration.
• VS Code as my editor. Just VS Code. No special AI IDE needed.

Total monthly cost: roughly $100 for Claude Code Max, $0 for local models. Compare that to my old $32/month Cursor flat rate. Yes, I am paying more. But the productivity difference on complex tasks makes it worth it for me. I wrote a full comparison of stacks at different price points in my fifty dollar AI coding stack and best AI coding tools roundup.

Who Should NOT Switch

If you are relatively new to the terminal, stay with Cursor. The visual feedback loop is genuinely important when you are still building mental models of how code changes propagate.

If most of your work is writing new code from scratch (greenfield features, new projects), Cursor’s inline completion is probably more valuable than Claude Code’s refactoring power.

If you value predictable monthly costs and hate surprises on your bill, Cursor’s flat rate is genuinely better than Claude Code’s usage-based pricing on the API plan. The Max plan at $100 is predictable, but it is three times more expensive.

The Verdict After Two Months

I am not going back to Cursor. The terminal workflow suits my style, the refactoring capability is unmatched, and the setup with Continue.dev fills the gap for quick edits. But I also recognize that my preference is shaped by years of terminal comfort. This is not an objectively better tool. It is a better tool for a specific type of developer working on a specific type of codebase.

If you want to compare costs more carefully before deciding, check my API pricing comparison. The math might look different for your workload.

FAQ

Is Claude Code worth the price increase over Cursor?

For me, yes. The $68/month difference ($100 vs $32) pays for itself in complex refactoring tasks that would take significantly longer with Cursor’s smaller context window. If your work is mostly small edits and new feature code, probably not worth it.

Can you use Claude Code and Cursor together?

Technically yes, but I found it confusing. You end up with two AI assistants making conflicting suggestions, and the mental overhead of deciding which tool to use for each task adds friction. I prefer Claude Code plus Continue.dev because they serve clearly different roles.

How long does the adjustment period take?

About two weeks of active use. The first week is frustrating because you are fighting muscle memory. The second week, you start building new patterns and the terminal workflow begins to feel natural. By week three, I was faster than I had been in Cursor for most tasks.

Does Claude Code work well for frontend development?

It works fine for React/Vue/Svelte component logic and refactoring. Where it falls short compared to Cursor is visual feedback. You cannot see your component render inline, and you miss the immediate visual diff of CSS changes. I still use a browser preview for frontend work.

What about using OpenRouter to reduce Claude Code costs?

You can route through OpenRouter for the API-based plan and potentially reduce costs by mixing cheaper models for simple tasks. I experimented with this but ultimately found the Max plan simpler. The cognitive overhead of model selection was something I was trying to escape.