No, removing Visual C++ runtime packages can break apps and games that depend on them.
Those Microsoft Visual C++ Redistributable entries in Windows can look suspicious because there are often many of them. You may see x86, x64, 2008, 2010, 2012, 2013, 2015-2022, and newer packages lined up in Apps. They are not junk files. They are shared runtime files that programs call when they open, load a menu, start a game engine, render a plugin, or talk to a device driver.
The safest answer is simple: leave them installed unless you are fixing a known error and already know which package the app needs. Deleting random entries rarely gives back meaningful disk space. It can turn one tidy Apps list into broken launchers, missing DLL messages, and reinstall loops.
Why These Visual C++ Runtime Packages Show Up
Windows apps are built with different developer tools. A program made with Microsoft C++ may not carry every runtime file inside its own folder. Instead, its installer adds the matching redistributable package so the shared files are registered once and used by many apps.
That is why several versions can sit together on the same PC. An older photo tool may need the 2012 package. A game launcher may need 2015-2022. A 32-bit app may need x86 even on a 64-bit computer. A 64-bit app may need x64. The names look duplicated, but they often serve different apps.
Microsoft says the redistributable packages install and register Visual C++ libraries for apps that need them. Microsoft also lists the package file names, such as vc_redist.x86.exe and vc_redist.x64.exe, on its Visual C++ package names page.
Why You See Both x86 And x64
x86 means 32-bit. x64 means 64-bit. A 64-bit version of Windows can run both 32-bit and 64-bit desktop programs, so it may need both runtime types. Removing x86 just because your PC is x64 is a common mistake.
The app, not the processor alone, decides which runtime it calls. If a 32-bit app asks for a 32-bit C++ DLL and that package is missing, the app can fail even on a modern 64-bit machine.
Deleting Microsoft Visual C++ Redistributable Without Breaking Apps
You can remove a Visual C++ Redistributable package from Windows, but the better question is whether you should. In most home and office cases, the answer is no. Leave the list alone unless you have a clear reason, such as a damaged install, a failed update, or directions from the maker of a program you are fixing.
Microsoft explains that Visual C++ Redistributable 2015 and later works as an in-place cumulative update for apps built with Visual Studio 2015 and later. Its runtime library lifecycle notes also state that apps built with later MSVC tools need a redistributable version that is the same as, or newer than, the build tools used for the app.
That wording matters because deleting the newest package can hurt several programs at once. The program that installed it may not be the only program that calls it.
When Removal Makes Sense
There are a few cases where removing one package can be reasonable. Treat removal as a fix step, not a cleaning habit.
- A package installer is damaged and reinstalling over it fails.
- A program maker tells you to remove one named version before reinstalling.
- You are removing a test build from a lab PC and you track every app on it.
- Windows Apps shows a broken entry with no size, no publisher, or install errors.
Before you remove anything, write down the full name, version, and architecture. Then download the matching installer from Microsoft so you can put it back if a program complains.
| What You See | Why It May Be There | Best Move |
|---|---|---|
| Microsoft Visual C++ 2008 Redistributable | Older games, launchers, drivers, or business apps | Leave it unless one named app no longer needs it |
| Microsoft Visual C++ 2010 Redistributable | Legacy desktop tools and older plugins | Keep it if you still run older software |
| Microsoft Visual C++ 2012 Redistributable | Apps built with Visual Studio 2012 | Do not remove just to shorten the list |
| Microsoft Visual C++ 2013 Redistributable | Apps tied to the 2013 runtime family | Keep x86 and x64 when both are present |
| Microsoft Visual C++ 2015-2022 Redistributable | Many newer apps, tools, and games | Keep the newest package installed |
| x86 package | 32-bit apps, even on 64-bit Windows | Keep it when you run older or mixed apps |
| x64 package | 64-bit apps and game clients | Keep it on 64-bit Windows |
| Several entries with the same year | Different architectures, updates, or app needs | Do not treat them as duplicates |
What Can Break After Deleting It?
The usual damage is not dramatic, but it is annoying. An app may refuse to launch. A game may show a missing DLL error. A plugin may fail inside another app. A launcher may ask to reinstall the same runtime over and over.
Common error names include MSVCP, VCRUNTIME, and runtime DLL messages. Those names point to shared C++ files. The fix is often to reinstall the correct Visual C++ Redistributable package, then restart the app.
Why One App Can Break Another App
Redistributable packages are shared. If App A installed a runtime last year and App B started using it this year, removing it while cleaning App A leftovers can also break App B. Windows does not always show which program still depends on each package.
That hidden dependency is the main reason cleanup apps should not remove these packages blindly. Registry cleaners and bulk uninstall tools may treat them as old leftovers, but Windows apps may still need them.
How To Check Before You Remove Anything
Start with the plain checks. They take a few minutes and save headaches.
- Open Windows Settings, then Apps, then Installed Apps.
- Search for “Visual C++” and note the exact name of each package.
- Check whether the app you are fixing lists a required Visual C++ version.
- Download the matching x86 or x64 installer from Microsoft before removal.
- Create a restore point if this is your main work PC.
- Remove only the package tied to the error, then test the app right away.
Microsoft’s C++ binary compatibility rules explain why newer v14 runtime packages can work with apps built by several Visual Studio versions, as long as version rules are met. That is another reason the 2015-2022 package should usually stay.
| Symptom | Likely Cause | Next Step |
|---|---|---|
| “VCRUNTIME140.dll was not found” | Missing 2015 or later runtime | Install the current 2015-2022 package from Microsoft |
| Game launcher opens, then closes | Missing x86 or x64 runtime | Install both types when the game vendor asks for them |
| Installer says a newer version exists | Windows already has a newer runtime | Leave the newer one installed |
| Apps list has many C++ entries | Separate versions and architectures | Leave them unless one entry is damaged |
| One app asks for an old runtime | The app was built with older tools | Install that older runtime from Microsoft |
Safe Cleanup Choices That Do More
If your goal is disk space, Visual C++ Redistributable packages are the wrong target. They are small beside games, video files, phone backups, installer caches, and old downloads. You may gain only a little space while adding risk.
Better cleanup targets include:
- Old game installers and mod archives.
- Video export folders from editing apps.
- Downloads you already copied or installed.
- Recycle Bin files.
- Windows temporary files through Storage settings.
If your goal is a cleaner Apps list, resist the urge. A shorter list is not worth a broken app. Treat Visual C++ entries like plumbing behind the wall: boring, small, and better left alone unless there is a leak.
What To Do If You Already Deleted One
Do not panic. Most cases are easy to fix. Reinstall the Visual C++ Redistributable version the broken app asks for. If you do not know which one, start with the current 2015-2022 x64 and x86 packages from Microsoft, then install older packages only when the app names them.
Restart the computer after reinstalling. Then open the broken program. If it still fails, reinstall the app itself so its setup can place the runtime files it expects. For games, run the launcher’s file check, since many launchers can restore missing runtime installers.
Simple Rule For Most PCs
Leave Microsoft Visual C++ Redistributable packages installed. Remove one only when you are fixing a named error and you have the Microsoft installer ready. That small bit of patience prevents most missing DLL problems and keeps your apps opening the way they should.
References & Sources
- Microsoft Learn.“Visual C++ Package Names.”Lists redistributable package file names and how Visual C++ libraries are installed for apps.
- Microsoft Learn.“Microsoft C++ Runtime Libraries Lifecycle.”Explains how Visual C++ Redistributable versions relate to MSVC tools and app runtime needs.
- Microsoft Learn.“C++ Binary Compatibility 2015-2026.”Explains version compatibility rules for apps built with Visual Studio 2015 and later.