Vim as a Linux alternative to Visual Studio Code

Updated October 22, 2026

Our verdict

Vim can replace Visual Studio Code for users who are comfortable with modal editing and prefer a lightweight, keyboard‑driven environment. It covers the basics of syntax highlighting, Git integration via plugins, and can be extended to provide code completion and debugging, but it requires more setup and a steeper learning curve. Beginners or developers who rely heavily on built‑in UI features, visual debugging, and a rich extension marketplace will find VS Code more convenient, while power users who value speed and deep configurability may prefer Vim.

Feature parity55%

License: Vim
Price: Free
Latest version: 9.2.1161 (September 30, 2026)
Rating: —

Install Vim Website ↗

What works the same

Syntax highlighting for many languages
Git integration through plugins
Extensible via a large plugin ecosystem
Cross‑platform availability
Support for terminal usage

What is different

VS Code offers built‑in graphical debugging; Vim needs external tools and configuration
Code completion and refactoring are out‑of‑the‑box in VS Code; Vim relies on plugins like coc.nvim or YouCompleteMe
VS Code provides an integrated UI for extensions, settings, and file explorer; Vim is primarily keyboard‑driven and text‑based
VS Code includes a rich marketplace and one‑click installs; Vim plugin management is manual or via plugin managers
VS Code has built‑in support for tasks, launch configurations, and workspace settings; Vim requires custom scripts

Opening your Visual Studio Code files

Vim can open any plain‑text file that VS Code can, including source files, markdown, JSON, and configuration files. VS Code project files such as *.code-workspace are simple JSON and can be opened in Vim, but Vim does not interpret workspace settings or UI layout information. Exporting VS Code‑specific settings to Vim is not automatic; you would need to translate them manually into .vimrc or plugin configurations.

Switching from Visual Studio Code to Vim, step by step

Install Vim from your distribution's package manager or via Flathub.
Copy your existing configuration files (e.g., .vimrc) or start with a minimal setup.
Install a plugin manager (vim-plug, Vundle, or packer) to handle extensions.
Add plugins for language servers (coc.nvim, nvim-lspconfig) to get code completion and diagnostics.
Configure Git integration plugins (vim-fugitive, vim-gitgutter) for status and diff views.
Set up a terminal multiplexer (tmux) if you need a split view similar to VS Code's integrated terminal.

Key features of Vim

Modal editing (normal, insert, visual, command modes)
Extensive plugin ecosystem
Highly configurable via .vimrc
Support for hundreds of file types and syntax highlighting
Powerful search and replace with regular expressions
Macro recording and playback
Integration with external tools (git, compilers, linters)
Cross‑platform availability

How to install Vim on Linux

Flatpak (Flathub)flatpak install flathub org.vim.Vim

Ubuntu / Mintsudo apt install vim

Debiansudo apt install vim

Fedorasudo dnf install vim

Arch / Manjarosudo pacman -S gvim

openSUSEsudo zypper install vim

Frequently asked questions

Can Vim provide the same debugging experience as VS Code?

Not out of the box. You need to install and configure external debuggers (e.g., vimspector, nvim-dap) and learn their command sequences.

Is Vim suitable for large projects with many dependencies?

Yes, but you will rely on external tools (build systems, language servers) and must configure them manually, unlike VS Code's integrated project handling.

Do I lose any file‑type support when switching?

No. Vim supports the same plain‑text file types as VS Code; only VS Code‑specific UI files (like settings.json) need manual translation.