Cursor vs VS Code: Should You Switch?

Cursor vs VS Code is the decision a lot of developers face the moment they get serious about AI-assisted coding. Cursor is an AI-native editor: a fork of Visual Studio Code rebuilt so that AI lives in the core editing loop. VS Code is Microsoft's general-purpose editor, hugely extensible, and increasingly capable on AI through extensions like GitHub Copilot. They look almost identical and share the same underlying code, so the real question is not which one is "better" in the abstract, but whether the deeper AI integration in Cursor is worth switching from a tool you already know. This guide compares the two on migration, AI features, extensions, performance, and cost, then gives a clear verdict. (Cursor Drops is an independent project that tracks Cursor releases. It is not affiliated with Cursor, its maker Anysphere, or Microsoft.)

Cursor vs VS Code: the short version

Both editors descend from the same open-source core, so the surface area is familiar either way. The difference is philosophy. VS Code is a neutral, extensible base that you customize, including adding an AI assistant if you want one. Cursor takes that base and rebuilds the experience around AI, with predictive completion, natural-language inline edits, multi-file editing, and an autonomous agent built in. The table below is the high-level shape; the sections after it dig into each dimension.

Migration: how hard is switching?

This is the dimension where Cursor has the least friction. Because Cursor is built on the open-source core of VS Code, the editor you land in feels nearly identical, and Cursor can import your existing setup on first launch. In practice that means your extensions, themes, keybindings, and settings largely come across, so you are productive on day one rather than relearning an editor.

• Settings and keybindings can typically be imported during setup, so muscle memory survives.
• Extensions from the VS Code ecosystem mostly install and work, though a few Microsoft-published ones can have licensing or availability differences.
• Your projects open exactly as they did before; there is no project format to convert.
• Going back is painless because you never left VS Code's file formats or workspace conventions, which lowers the risk of trying Cursor.

AI features: where the gap actually lives

This is the heart of the cursor vs vscode question. VS Code can be very capable with AI once you add an extension, but the assistant tends to live in a panel or a completion stream that sits beside your work. Cursor instead treats AI as a first-class part of the editor, which changes the day-to-day flow. The exact feature names and behaviors evolve between releases, so treat the list below as durable concepts and confirm specifics in the Cursor documentation or the Cursor changelog.

• Tab in Cursor predicts multi-line edits and your likely next move, not just the next token, so you accept changes by pressing Tab as you go.
• Inline edit lets you select code, describe a change in plain language, and have it rewritten in place without leaving the file.
• Composer handles larger, multi-file changes that you describe once and review together as a set of diffs.
• Agent can work through a task autonomously: reading files, editing, running commands, and iterating while you supervise.
• Codebase-aware chat answers questions grounded in your actual files and conventions rather than generic snippets.

On the VS Code side, GitHub Copilot and similar extensions offer completion, chat, and increasingly agentic modes too, and Microsoft ships AI features quickly. The practical difference is cohesion: in Cursor the AI is the default way you edit, while in VS Code it is a layer you opt into and configure. If you already pay for Copilot and like it, VS Code may give you most of what you want; if you want AI woven through the whole editor, that is exactly what Cursor is designed for. For a focused look at terminal-first agents versus this in-editor model, see our guide on Claude Code vs Cursor.

Extensions, performance, and cost

Extensions

VS Code has the larger, fully official extension ecosystem, and every Marketplace extension is supported there by definition. Cursor inherits most of that ecosystem because it shares the same core, so the vast majority of extensions you rely on will work. The main caveat is that a handful of extensions published by Microsoft are tied to Microsoft's own products and may behave differently or be unavailable in a fork. For most stacks this is a non-issue, but it is worth checking the specific extensions you depend on.

Performance

Both editors are built on the same engine, so baseline editing performance is comparable; this is not a case where one is dramatically lighter than the other. The meaningful performance factors come from what you add. Heavy extension stacks affect both editors equally, and AI features introduce some latency that depends on the model and network rather than the editor itself. If you want to compare honestly, run your own real workload in each instead of trusting a benchmark, since results vary with project size and configuration.

Cost

VS Code itself is free and open-source; the cost shows up when you add an AI assistant such as Copilot, which is a separate paid subscription with its own tiers. Cursor has a free tier plus paid plans, where the paid tiers raise usage allowances and unlock heavier or background-agent work, with team seats priced per user. Exact prices, request limits, and the roster of available models change often on both sides, so treat any figure in a third-party article (including this one) as approximate.

Verdict: should you switch?

Here is the honest read. If you already live in VS Code and you are happy with Copilot or you barely use AI, there is no urgency to switch; VS Code remains an excellent, neutral, endlessly extensible editor. The case to switch to Cursor is strongest when you want AI to be the default way you edit, not a panel you reach for. Because migration is so low-risk, the best way to settle cursor vs vscode for your own work is to try Cursor for a few days on a real project and keep VS Code installed as a fallback.

• Stay on VS Code if you want a vendor-neutral base, you already have a Copilot workflow you like, or you depend on Microsoft-specific extensions.
• Switch to Cursor if you want deeply integrated completion, inline edits, multi-file Composer, and an autonomous agent without leaving a familiar editor.
• Run both for a week and let real work decide; the shared foundation makes this nearly free.

Bottom line and how to stay current

Cursor and VS Code share a foundation but answer different questions: VS Code asks how extensible an editor can be, while Cursor asks what an editor looks like when AI is built in from the start. The switch is low-risk, so the deciding factor is how central AI is to your workflow. Either way, the products move fast, so keep your mental model fresh by following the official release notes.

You can read the official Cursor docs directly, or let the independent Cursor Drops app surface and summarize new Cursor releases and push you a notification when one lands. Browse the Cursor changelog to see what has shipped recently, grab the app on the App Store, or read our explainer on what Cursor is to go deeper.