The Microsoft Visual C++ 2015 UWP Desktop Runtime Package supplies the shared runtime libraries that Universal Windows Platform and packaged desktop apps load at launch, so software built with the Visual C++ 2015 toolset runs without a development environment.
The Microsoft Visual C++ 2015 UWP Desktop Runtime Package provides the redistributable components that Universal Windows Platform applications use to execute code compiled with Visual C++ 2015 tooling. Developers link against the shared C++ runtime rather than rebuilding libraries inside every app, and the Microsoft Visual C++ 2015 UWP Desktop Runtime Package supplies that runtime on the machines where the app actually runs. The workflow is simple: a packaged or desktop-bridge app launches, loads the matching runtime libraries, and hands control to application code built with the same toolset. It exists so that end users and administrators do not need a full development environment or the Visual Studio IDE just to run software that depends on this runtime.
Naming confuses many people: the classic Visual C++ Redistributable targets traditional Win32 programs, while the Microsoft Visual C++ 2015 UWP Desktop Runtime Package covers the UWP side of the same runtime family, so both can sit on one machine without conflict. UWP apps declare framework dependencies in their package manifest, and Windows resolves those automatically, often fetching the matching runtime from the Microsoft Store instead of asking the user to run a setup wizard. That is why this component rarely shows a visible installer. Administrators who keep deployment notes or checklists in a tool such as 印象笔记 can record which runtime their line-of-business apps depend on, which speeds up troubleshooting when an application fails to launch after a Windows update.
The clearest benefit of the Microsoft Visual C++ 2015 UWP Desktop Runtime Package is that it removes a common class of startup failures. When the matching runtime is present, packaged applications built with the 2015 toolset open normally instead of closing at launch or reporting a missing component, and helpdesk staff spend far less time on problems that have nothing to do with the app itself. Because the runtime is shared rather than bundled separately into every product, the Microsoft Visual C++ 2015 UWP Desktop Runtime Package also keeps disk usage and update duplication low: one maintained copy serves every dependent app on the device. Servicing arrives through the same Windows and Store channels that manage the rest of the platform, so security fixes are applied without a manual reinstall. For IT teams that means fewer support tickets about apps that will not start, simpler imaging and provisioning, and more predictable behaviour across a mixed fleet of laptops, tablets, and desktops. Developers gain as well, since they can rely on a stable, Microsoft-maintained runtime instead of shipping and patching their own copies.
Key capabilities and highlights.
The Microsoft Visual C++ 2015 UWP Desktop Runtime Package supplies the redistributable C++ components that packaged applications link against, so each program loads one Microsoft-maintained runtime instead of carrying its own private copy of the same libraries, which keeps installers smaller and updates consistent across everything on the machine.
Packaged apps declare the runtime in their manifest, and Windows resolves that dependency during installation, so end users are never asked to hunt for a separate download before the app will start. The Microsoft Visual C++ 2015 UWP Desktop Runtime Package is therefore installed quietly, at the exact moment it is required.
Runtime fixes arrive through the same channels that patch the operating system, so corrections are applied in the background. Administrators do not have to schedule a separate maintenance window, and managed devices stay current even when users have no idea which components support the software they are running.
The Microsoft Visual C++ 2015 UWP Desktop Runtime Package installs alongside other Visual C++ redistributable generations rather than replacing them, so older and newer applications on the same computer keep working as expected and nothing has to be uninstalled to make room for it.
Applications repackaged from traditional Win32 installers into modern app packages still depend on these libraries, which makes the component a practical prerequisite for enterprise packaging projects where legacy software is converted, tested, and then delivered through a store or a management platform.
Administrators can add the Microsoft Visual C++ 2015 UWP Desktop Runtime Package to reference images or push it with device management tools, which keeps offline machines, lab computers, and freshly provisioned laptops ready to run dependent software without a technician visiting each one.
Because many applications share a single runtime, storage is paid once per device rather than once per program. That difference is easy to overlook on a workstation with a large drive, but it matters on tablets, thin clients, and any machine where free space is genuinely tight.
The component is listed among installed apps and features, so a technician can confirm that the dependency is present within seconds, then move on to other explanations for an application that closes immediately or reports that a required piece of software is missing.
Browse historical releases and previous builds.
Common questions about Microsoft Visual C++ 2015 UWP Desktop Runtime Package.
It supplies the shared Visual C++ libraries that Universal Windows Platform and packaged desktop applications rely on at launch. With the Microsoft Visual C++ 2015 UWP Desktop Runtime Package present, software compiled with the Visual C++ 2015 toolset runs on a device that has no development environment or IDE installed.
They belong to the same runtime family but serve different application models. The classic redistributable covers traditional desktop programs, while the Microsoft Visual C++ 2015 UWP Desktop Runtime Package covers the UWP and packaged-app side, which is why both can sit on a single machine without stepping on each other.
Usually not. UWP applications declare the runtime as a framework dependency, and Windows resolves it automatically, often through the Microsoft Store. Manual installation of the Microsoft Visual C++ 2015 UWP Desktop Runtime Package is mainly relevant on offline, imaged, or locked-down machines where store access is restricted and dependencies must be staged by an administrator.
Any app compiled with the Visual C++ 2015 toolset and delivered as a UWP or packaged desktop application may depend on it. Games, media tools, and line-of-business software converted to modern packaging are the most common examples, so the Microsoft Visual C++ 2015 UWP Desktop Runtime Package is a routine prerequisite on many Windows devices.
Removing it can break applications that depend on the runtime, and those programs may then fail to start or report that a required component is missing. It is safer to leave the package in place unless you have confirmed that no installed software relies on it.
No. Different generations of the Visual C++ runtime are designed to coexist side by side, so adding this component does not overwrite or disable the redistributable versions already present. Applications that expect an older generation continue to find exactly what they need.
Open the list of installed apps and features in Windows settings and search for the runtime name. If it appears there, the dependency is satisfied and no further action is needed. If it does not appear, installing the Microsoft Visual C++ 2015 UWP Desktop Runtime Package is usually the fastest way to resolve startup errors.
Packaged runtime dependencies are matched to the architecture of the app and of the device, so Windows generally installs the appropriate variant on its own. Most users never have to choose between 32-bit and 64-bit builds, and mixed-architecture fleets are handled without special configuration.
The Microsoft Visual C++ 2015 UWP Desktop Runtime Package supplies the shared runtime libraries that Universal Windows Platform and packaged desktop apps load at launch, so software built with the Visual C++ 2015 toolset runs without a development environment.
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