~/home~/résumé~/blog~/contact
Share
  1. Home
  2. /
  3. Blog
  4. /
  5. Guides
  6. /
  7. The Best Windows Development Tools in 2026

The Best Windows Development Tools in 2026

Developer ToolsProductivityCLI

April 3, 2026

  • ›The Stack That Actually Works
  • ›WSL2 Is the Backbone (With One Trap)
  • ›Windows vs Mac Development
  • ›Package Managers: WinGet vs Chocolatey vs Scoop
  • ›Pick Your Editor
  • ›Set Up a Windows Dev Machine in 15 Minutes

The best windows development tools in 2026 are WSL2, Windows Terminal, VS Code with the WSL Remote extension, and WinGet. Together they close the gap with macOS for most stacks. A solid WSL2 development setup is the foundation of all of this, and there is one major performance trap most guides skip entirely.

The Stack That Actually Works#

Your windows terminal workflow starts with four tools:

  • WSL2 gives you a real Linux kernel in a lightweight Hyper-V VM
  • Windows Terminal provides a tabbed, GPU-accelerated entry point into WSL2
  • VS Code with the WSL Remote extension edits Linux-side files from a native Windows UI
  • WinGet handles package installs from a central YAML config file

These four connect in a specific way. Windows Terminal is your entry point into WSL2. VS Code attaches over a local socket, so your editor runs on Windows but your code and tools run on Linux.

WinGet operates on the Windows side and handles the Windows-native software you still need (browsers, apps, the WSL2 install itself). This setup is not a workaround. It is the intended architecture as of 2026.

WSL2 Is the Backbone (With One Trap)#

WSL2 performance is genuinely good. CPU compute runs at roughly 95% of native Linux. Memory, native filesystem I/O, and Docker containers all land above 85%.

The trap is cross-OS file access. When you put your project under /mnt/c/ (your Windows C drive), you cross the filesystem boundary on every read and write, dropping I/O to roughly 40% of native. For a Node.js app with a full node_modules, this is the difference between a build that takes 4 seconds and one that takes 18.

Fix it with one habit: keep your projects on the Linux filesystem. Use ~/projects/ inside WSL2, not /mnt/c/Users/you/Projects. VS Code's WSL Remote extension handles editing these files from Windows without any performance penalty.

WSL2 Performance vs Native Linux (%)

Microsoft's WSL roadmap promises a 20x improvement in cross-OS file performance. Until that ships, stay on the Linux side.

Windows vs Mac Development#

In the windows vs mac development debate, the honest answer depends on your stack. For most stacks the gap is smaller than the internet arguments suggest. Windows wins on hardware flexibility and GPU access, while Mac wins on native Unix tooling and zero-friction iOS work.

Pick Windows if you are doing .NET, GPU/ML work, or need enterprise IT integration. Pick Mac if you need iOS development (no choice there), or if you want the path of least resistance for web stacks.

Which OS Wins, by Stack

Mac wins slightly for native Unix tooling, but WSL2 on Windows closes the gap to about 90%. If you already own a Windows machine, WSL2 is good enough. If you're buying new hardware, Mac is the path of least resistance for web stacks.
Windows wins clearly. Visual Studio is the best .NET IDE and it only runs on Windows. The debugging, profiling, and designer tools have no Mac equivalent. VS Code with C# extensions works on Mac but you lose the full IDE experience.
Mac is required. Xcode only runs on macOS. There is no workaround. If you need to build iOS apps, you need a Mac (or a cloud Mac service like MacStadium).
Windows wins on hardware flexibility and CUDA support. You can put any NVIDIA GPU in a Windows desktop. Mac is limited to Apple Silicon (Metal API only), which has growing but still limited framework support compared to CUDA.
Linux wins outright for production parity. Between Mac and Windows, Mac is closer to production Linux. WSL2 closes much of that gap, but VPN and networking quirks in corporate environments add friction that Mac avoids.

The "Windows is bad for development" argument largely expired with WSL2. What remains is real but narrow.

Package Managers: WinGet vs Chocolatey vs Scoop#

Use WinGet for new setups. It ships with Windows 11, supports YAML configuration files for reproducible machine setup, and is the direction Microsoft is investing in. A winget developer setup handles everything most developers need on a fresh machine in 2026.

Chocolatey is not obsolete. It predates WinGet by about 10 years and has a larger catalog of legacy enterprise software. If you are managing developer machines in a corporate environment with CI pipelines, Chocolatey's stability is worth knowing.

Scoop fills a different niche: it installs to user space only, requires no admin rights, and is popular specifically for developer CLI tools. Most developers end up using WinGet for system-level installs and Scoop for CLI utilities.

The WinGet feature most guides skip is the YAML configuration file. You can describe your entire machine setup in a single file and apply it with one command. This is the closest Windows has come to the brew bundle workflow on Mac.

One thing to flag: Docker Desktop requires a paid subscription for companies with over 250 employees or $10M in revenue. Rancher Desktop and Podman Desktop are free alternatives that run containers in WSL2 without licensing friction.

Pick Your Editor#

The question of best IDE for Windows depends on your stack:

  • VS Code wins for most stacks. Free, best WSL Remote integration, and the Stack Overflow 2025 Developer Survey found it used by the majority of 49,000+ respondents.
  • Visual Studio 2022/2026 is the right choice for .NET and C++ work. The free Community edition covers most needs. The profiler and debugger are better than anything cross-platform.
  • JetBrains Rider is for .NET developers who prefer the JetBrains workflow. Paid subscription, but strong refactoring and code analysis.

For web work, the choice between VS Code and WebStorm comes down to whether you prefer an IDE or a text editor with plugins. I use VS Code, but WebStorm is not a wrong answer for large TypeScript codebases.

Also see: Best CLI Tools for Mac, Linux, and Windows in 2026 for terminal tooling that pairs with any of these editors.

Set Up a Windows Dev Machine in 15 Minutes#

This gets you from a fresh Windows 11 install to a working development environment. Start with the WinGet configuration file.

Create a file called winget-dev.yaml:

# yaml-language-server: $schema=https://aka.ms/configuration-dsc-schema/0.2
properties:
  configurationVersion: 0.2.0
  resources:
    - resource: Microsoft.WinGet.DSC/WinGetPackage
      id: wsl
      directives:
        description: Windows Subsystem for Linux
      settings:
        id: Microsoft.WSL
        source: winget
    - resource: Microsoft.WinGet.DSC/WinGetPackage
      id: terminal
      directives:
        description: Windows Terminal
      settings:
        id: Microsoft.WindowsTerminal
        source: winget
    - resource: Microsoft.WinGet.DSC/WinGetPackage
      id: vscode
      directives:
        description: VS Code
      settings:
        id: Microsoft.VisualStudioCode
        source: winget
    - resource: Microsoft.WinGet.DSC/WinGetPackage
      id: git
      directives:
        description: Git for Windows
      settings:
        id: Git.Git
        source: winget

Apply it with one command in an elevated PowerShell prompt:

winget configure --file winget-dev.yaml

Once that completes, install a Linux distribution and configure your Linux environment:

# In PowerShell (elevated) - install Ubuntu
wsl --install -d Ubuntu

# Then inside WSL2 Ubuntu:
# Update packages
sudo apt update && sudo apt upgrade -y

# Install Node.js via nvm (keep this on the Linux side)
curl -o- https://raw.githubusercontent.com/nvm-sh/nvm/v0.39.7/install.sh | bash
source ~/.bashrc
nvm install --lts

# Create your projects directory on the Linux filesystem
mkdir ~/projects
cd ~/projects

# Open VS Code from WSL (installs the WSL extension automatically)
code .

Note: The code . command from inside WSL2 automatically installs the VS Code WSL Remote extension if it is not already present. Your editor opens on Windows but all file operations run on the Linux filesystem.

Commit that YAML file to a dotfiles repo and you can provision a new machine from scratch in under 15 minutes. For more on CLI tooling that pairs with this setup, see 20 CLI Tools You're Not Using Yet.

The windows development tools story in 2026 is genuinely good. WSL2 is mature, the tooling is there, and the hardware options are better than Mac at most price points. Keep your projects on the Linux filesystem, use the WinGet config file, and the platform gets out of your way.

Share