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How to Solve Controller Issues on Your PC

Omair Khaliq Sultan
Written By Omair Khaliq Sultan
Original Publish Date: May 25, 2025, 04:02 PM
Last updated: Jun 2, 2025, 06:18 PM
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how to fix controller issues on pc
View all Contents
  • Check Cables, Ports, and Power Sources
  • Keep Drivers and Firmware Up to Date
  • Adjust Windows Power Management
  • Eliminate Software Conflicts
  • Troubleshoot Bluetooth and Wireless Pairing
  • Test, Diagnose, and Consider Replacement
  • Summing Up

Controller problems on a Windows PC can be frustrating, especially when you’re in the middle of an intense gaming session or trying to navigate a complex menu. Fortunately, most issues stem from a handful of common culprits—physical connections, driver or firmware conflicts, Windows power management, software interference, and, in some cases, overall hardware failure. By working through these areas methodically, you can usually diagnose and resolve most controller hiccups without ever having to replace your device or seek outside help.

Check Cables, Ports, and Power Sources

Before diving into software tweaks, it’s worth confirming that your controller is physically sound. Start by inspecting the USB cable: even a tiny fray or bent connector can interrupt data transfer or power delivery. Replace the cable or try a different one if you notice any damage. Always plug directly into a motherboard USB port, avoiding unpowered hubs or front-panel ports that may share bandwidth or power with other devices, leading to intermittent disconnects.

If you’re using a wireless controller, pay special attention to battery levels. Low or dying batteries frequently cause dropouts. Swap out rechargeable cells or install fresh disposable batteries to see if the problem persists. Many wireless controllers include a tiny reset button on their underside. Pressing it briefly forces an internal reboot; afterward, re-pair the controller according to the manufacturer’s instructions. This often clears minor firmware hiccups and re-establishes a stable connection.

Keep Drivers and Firmware Up to Date

Windows typically installs a generic driver for most gamepads, but manufacturers frequently release improved driver packages or firmware updates that fix specific compatibility issues. Open the Device Manager (press Win + X and select it), expand the “Human Interface Devices” or “Xbox 360 Peripherals” section, and look for your controller entry. If you see a yellow exclamation point or the device is listed under “Unknown devices,” right-click and choose “Update driver.” Let Windows search automatically for newer software. If that doesn’t help, uninstall the device, unplug the controller, and plug it back in so Windows can re-enumerate and install a fresh driver.

Many console makers provide dedicated tools to keep firmware current. Xbox owners can download the Xbox Accessories app from the Microsoft Store. Launch the app, connect the controller via USB or a proprietary wireless adapter, and select the “…” menu under the controller image to update firmware. For PlayStation devices, such as DualShock 4 or DualSense, there is a Windows-based firmware updater available from Sony’s website. Follow its prompts after connecting the controller via USB to ensure your hardware is running the latest internal code. Up-to-date firmware often resolves pairing inconsistencies, button misreads, and input lag.

Adjust Windows Power Management

Even if your controller and drivers are sound, Windows’ built-in power-saving features can float your controller in and out of active mode, causing it to disconnect at inconvenient times. To prevent this, open Device Manager again, expand “Universal Serial Bus controllers,” and double-click any “USB Root Hub” entries. Under the Power Management tab, uncheck “Allow the computer to turn off this device to save power.” Doing so keeps that USB port powered even when Windows otherwise might idle it to conserve energy.

Beyond USB hubs, Windows’ broader power plan settings can also play a role. Navigate to Power & Sleep settings, then click “Additional power settings” to open the classic Power Options. Choose “Change plan settings” for your active power plan, then “Change advanced power settings.” In the list that appears, find “USB settings” and set “USB selective suspend” to Disabled. With these adjustments, Windows will be less likely to interrupt the steady data flow your controller needs for seamless gameplay.




Eliminate Software Conflicts

Sometimes the problem isn’t hardware or Windows, but conflicting software layers. Many PC gamers use Steam, which offers its own suite of controller configurations. While Steam’s built-in support can be powerful, it can also interfere with native drivers, especially if multiple controller support options are enabled simultaneously. To address this, open Steam, go to Settings → Controller → General Controller Settings, and uncheck any config support you aren’t actively using. For example, if you use an Xbox controller, only enable Xbox Configuration Support. This prevents Steam from remapping inputs or imposing a virtual controller layer on top of your native device.

Certain games also require you to enable controller support within their own menus. If a title doesn’t automatically recognize your pad, look for a “Controller” or “Input” section in the in-game settings. Ensuring the correct device is selected—and sometimes even restarting the game after plugging in the controller—can clear up recognition issues. If you previously used third-party utilities like DS4Windows or other remapping tools, make sure to close them or uninstall them entirely, as leftover background processes can cause unpredictable behavior.

Troubleshoot Bluetooth and Wireless Pairing

Wireless controllers using Bluetooth require a slightly different approach. First, confirm that your Bluetooth adapter is functioning correctly in Windows. Open Settings → Devices → Bluetooth & other devices, then click “Add Bluetooth or other device” and select Bluetooth. Put your pad into pairing mode (for a DualShock 4, hold the PS and Share buttons until the lightbar blinks; for a DualSense, hold PS and Create). If it appears in the list, click it to pair. If nothing shows up, try removing any existing entries for that controller and repeat, as stale pairings can prevent a fresh connection.

Wireless interference may also be at play. Bluetooth operates on the crowded 2.4 GHz band alongside Wi-Fi and certain USB 3.0 signals. Keep your controller within three to five meters of the PC and avoid placing it near active Wi-Fi routers or USB 3.0 ports. If pairing remains unreliable, consider a dedicated Bluetooth USB dongle designed for gaming peripherals—these often deliver a more stable connection than integrated laptop or desktop adapters.

Test, Diagnose, and Consider Replacement

If all else fails, test the controller on a different machine or console. If it works elsewhere, that indicates the issue lies with your PC’s configuration rather than the hardware itself. You can also use manufacturer-specific diagnostic tools: Xbox owners have calibration and testing features built into the Xbox Accessories app, while PlayStation pads can be verified using tools like DS4Windows to see exactly which buttons and axes are registering in Windows.

Windows also offers a built-in troubleshooter that can identify generic USB or input device issues. Navigate to Settings → Update & Security → Troubleshoot → Additional troubleshooters, then select “Hardware and Devices.” Follow the prompts to let Windows scan for and attempt repairs on any corrupted drivers or misconfigured settings.

In the rare event your controller fails across multiple devices and no amount of driver updates, firmware flashes, or power-management tweaks makes a difference, it may be time to replace it. Persistent unresponsiveness or erratic behavior often signals worn-out buttons, failing analog sticks, or internal loose connections that only a professional repair or new unit can fix.

Summing Up

Controller problems on a Windows PC are rarely permanent roadblocks. By checking the physical connections, keeping drivers and firmware up to date, tweaking power settings, and eliminating software conflicts, you can restore reliable functionality in most situations. Bluetooth and wireless pads require additional steps to ensure stable pairing, but once you confirm a clean pairing and minimize interference, they tend to perform as well as wired devices. When every troubleshooting avenue has been explored, and the controller still malfunctions on multiple systems, diagnosing hardware failure becomes unavoidable. Armed with these guidelines, however, you’ll be well-equipped to resolve nearly any controller issue and get back to gaming without lengthy interruptions.

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Contributors

Omair Khaliq Sultan
Omair Khaliq Sultan
Omair is a certified strength coach with a specialization in Powerlifting-style training and sports rehab. He also has a keen interest in tech, music, and cooking. When he's not working, you'll probably find him lifting weights, noodling on his guitar, perfecting his smash burger recipe, or watching tech reviews on YouTube.
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