ExplorerPatcher Hits 42M Downloads: Restoring Windows 11 Classic Taskbar

ExplorerPatcher, the open-source utility that lets Windows 11 users bring back the classic taskbar, has racked up more than 42 million downloads on GitHub. The staggering figure, drawn from the project's public release metrics, highlights how many users continue to reject Microsoft's modernized interface.

The tool, first released in October 2021 by developer Valentin-Gabriel Radu, works by injecting code into Windows Explorer to restore shell behaviors from Windows 10 and earlier. For a significant portion of the Windows user base, the simplified taskbar, rounded corners, and relocated Start menu in Windows 11 represented a step backward in productivity.

What ExplorerPatcher Brings Back to Windows 11

ExplorerPatcher’s feature set is extensive, focusing on reversing many of the UI changes that Microsoft introduced with Windows 11. Its most prominent capability is restoring the Windows 10 taskbar with full functionality, including:

• Ungrouped window labels — each open window gets its own label, making it easy to distinguish multiple instances of the same app.
• Taskbar repositioning — you can move the taskbar to the top, left, or right sides of the screen, a feature that Windows 11 still does not officially support.
• Small icons — the classic small icon mode that saves vertical space.
• Classic system tray and clock flyouts — the familiar calendar, volume, and network flyouts from Windows 10.
• Old Alt+Tab switcher — the compact, text-based window switcher instead of the large thumbnail view.
• Right-click context menu — the ability to revert to the traditional right-click menu with all options immediately visible, bypassing the “Show more options” step.

Additionally, ExplorerPatcher can replace the Windows 11 Start menu with the Windows 10 version, or even prevent the Start menu from showing entirely, relying instead on third-party alternatives. It also restores the folder options dialog from the classic Control Panel and removes the forced “Recommended” section from the Start menu.

Beyond taskbar tweaks, ExplorerPatcher includes a wealth of smaller quality-of-life improvements. For example, it can disable the new File Explorer command bar and revert to the ribbon interface from Windows 10. It can also restore the classic “Alt+F4” shutdown dialog box, bring back the old battery flyout with detailed power plans, and even tweak the logon screen to mimic Windows 7’s style.

The 42 Million Download Milestone: What It Tells Us

Forty-two million downloads is not a vanity metric; it reflects persistent, organic demand. GitHub tallies every download of the tool’s release assets, and that number has climbed steadily since 2021. To put it in perspective, 42 million is roughly the number of Windows 11 devices in a mid-sized country.

This milestone underscores how deeply unpopular some Windows 11 design decisions remain. Although Microsoft has relented on a few points—adding never-combine labels in version 23H2 and improving the clock on multi-monitor setups in 24H2—the core limitations of the taskbar, such as moving it, remain absent. For many power users, the Windows 11 taskbar is a regression that slows down their workflow.

The download count also speaks to the loyalty of ExplorerPatcher’s user base. Almost every major Windows update breaks the tool, forcing users to reinstall or update it. Yet the community continues to grow. This suggests that the desire for a classic interface is not a fleeting sentiment but a sustained requirement for a large number of users.

How ExplorerPatcher Works Under the Hood

ExplorerPatcher is a DLL-injection tool. It installs itself as a shell extension that loads into the Explorer.exe process when Windows starts. From there, it intercepts and patches Windows API calls to modify the behavior of the shell—essentially, it tells Explorer to draw the taskbar and other elements the old way.

The core of ExplorerPatcher is the C++ source code that uses inline hooking to intercept functions in explorer.exe. By overriding methods like CTaskBand::_CreateTaskBand or CStartMenu::_OnSize, it can change how Windows renders the taskbar and Start menu. This approach is fragile because it depends on the internal structure of Windows binaries, which can change without warning. The developer maintains a set of offsets and patterns for each Windows build, which must be updated whenever a new update ships.

This technique is not new; similar tools have existed for every Windows version that introduced major UI changes, from Classic Shell (now Open-Shell) to StartIsBack. However, ExplorerPatcher’s hooking method is particularly delicate because it targets the very process that manages the desktop, Start menu, and file browsing.

Because of its low-level nature, ExplorerPatcher can conflict with other shell modifications or third-party themes. It also means that any significant update to Explorer.exe—such as when Microsoft delivers a new feature update—can render the tool inoperative. The developer must then reverse-engineer the changes and release a compatibility update, often within days.

Performance Impact

Many users report that ExplorerPatcher is lightweight and does not noticeably affect system performance. It runs within Explorer.exe, so its memory footprint is minimal—usually a few megabytes. However, any shell extension adds to the load time of Explorer, and on lower-end hardware, this might lead to a slight delay when logging in. There have been isolated reports of increased Explorer CPU usage when many legacy features are enabled, but these are rare and often fixed in subsequent releases.

The Cat-and-Mouse Game with Microsoft Updates

Since its inception, ExplorerPatcher has engaged in a continuous back-and-forth with Windows cumulative updates and feature releases. For instance, the Windows 11 22H2 update introduced a new taskbar system that broke ExplorerPatcher entirely. The developer released a fix within a week. Similarly, the 23H2 update, which brought official taskbar labels, also required patching to keep ExplorerPatcher’s additional features working.

In October 2022, the release of Windows 11 22H2 broke ExplorerPatcher’s taskbar restoration features entirely because Microsoft had rewritten the taskbar code in XAML. The developer responded with version 22621.608.51.1 within days. In September 2023, the 23H2 update again caused issues with the new taskbar label settings, requiring another quick fix. Most recently, the 24H2 update brought new Copilot integration that clashed with ExplorerPatcher’s Start menu hooks, but a workaround was published in the project’s wiki within hours of the insider build leak.

Microsoft has never officially acknowledged ExplorerPatcher, but its actions sometimes hinder the tool’s operation. In mid-2023, a Defender update began flagging ExplorerPatcher as a potentially unwanted application (PUA). The detection, labeled as ‘PUA:Win32/ExplorerPatcher,’ would block the installer and, in some cases, remove already installed files. Users had to navigate Windows Security to add an exclusion. This move was seen by the community as a deliberate attempt to discourage use, though Microsoft typically classifies any software that modifies system behavior as a potential risk. The developer quickly updated the tool to self-exclude from Defender if run with administrative privileges, a cat-and-mouse game that continues to this day.

The biggest risk for users is that a future Windows update could permanently break compatibility. If Microsoft decides to radically overhaul the shell—perhaps with Rust-based components or stricter integrity checks—tools like ExplorerPatcher may become unsustainable. For now, the project remains active, with updates typically arriving within 24 to 48 hours of a breaking change.

Community and Support Ecosystem

ExplorerPatcher’s GitHub repository is not just a download page; it hosts an active community of testers, translators, and power users. The project is open source under the MIT license, which means anyone can inspect the code, contribute fixes, or fork the repository if the original maintainer disappears.

Volunteers have contributed translations for over 20 languages, and the repository’s issue tracker contains thousands of problem reports and feature requests. A Discord server (linked from the GitHub page) provides real-time support and troubleshooting. This robust ecosystem helps mitigate the tool’s inherent instability: when a Windows update breaks ExplorerPatcher, users can quickly find workarounds or patches in the community.

The developer, Radu, does not charge for ExplorerPatcher and relies on donations. His dedication has kept the tool alive through multiple major Windows releases, earning him a reputation as one of the unsung heroes of the Windows customization scene.

Potential Drawbacks and Risks

Using ExplorerPatcher is not without peril. Because it modifies system behavior at a fundamental level, it can introduce:

• System instability: A faulty patch can cause Explorer.exe to crash repeatedly, effectively rendering the desktop unusable.
• Antivirus false positives: Many security tools identify DLL injections as suspicious, leading to quarantines or blocked installations.
• No official support: Neither Microsoft nor PC manufacturers will assist with issues caused by shell modifications. If something goes wrong, you’re on your own.
• Data loss in rare cases: While ExplorerPatcher does not touch user files, a severe Explorer crash could cause loss of unsaved work.
• Updates break functionality: Even minor cumulative updates can temporarily disable the tool, requiring patience and technical know-how to restore.

Experienced users understand these risks and accept them. Beginners, however, might be caught off guard. The installation guide on GitHub strongly advises creating a system restore point before proceeding.

Alternatives to ExplorerPatcher

ExplorerPatcher is far from the only game in town. Commercial alternatives like StartAllBack and Stardock Start11 offer similar functionality, often with more polished interfaces and official support. StartAllBack, for example, restores the Windows 7 or 10 start menu and taskbar with a one-click installer and costs $4.99. It tends to be more robust against Windows updates because it is a paid product with dedicated testing.

However, ExplorerPatcher’s open-source nature remains its greatest strength. It is free, transparent, and highly configurable. For users who trust the community and are willing to tinker, ExplorerPatcher offers a level of control that commercial tools may not match.

The Future of Windows Shell Customization

ExplorerPatcher’s 42 million downloads send a clear signal to Microsoft: many users want more taskbar flexibility. Whether Microsoft will ever restore the classic taskbar in Windows 11 is doubtful—the company is more likely to continue its incremental approach, adding back features when user feedback reaches a critical mass. The return of “never combine” in 23H2 shows that complaining loud enough can work.

Nevertheless, there is a deeper tension between Microsoft’s vision of a streamlined, touch-friendly Windows and the desktop-centric workflows that millions still rely on. ExplorerPatcher exists because that gap remains. As long as Windows continues to evolve, there will be users who want to turn back the clock—and tools like ExplorerPatcher will be there to help them.

For now, the 42 million milestone is a testament to the enduring demand for user choice in operating system design. Whether you see ExplorerPatcher as a necessary utility or a security risk, its popularity is undeniable. And with Windows 11’s market share growing, that number will likely keep climbing.