
Cockpit for PC
Reviewed by Apps Playground Editorial Team · Updated
What's New
| Version | 2.9.1.5 |
| Size | 40.3 MB |
| What's New | Minor update to ensure Google Play store compatibility. |

Cockpit belongs to a narrow category of medical-device apps that demand reliable, hands-free monitoring and adjustment. Running Cockpit on a desktop or laptop lets you manage your Ottobock prosthesis or orthosis component settings alongside other open windows, check battery status without reaching for your phone, and keep detailed activity logs visible on a full-sized display for easier reference during your day.
Cockpit is a companion app for compatible Ottobock prosthetic feet and orthotic joints. It bridges the gap between your device's built-in capabilities and your daily routine by centralizing control, status checks, and mode switching under one roof. Running Cockpit for Windows PC or another desktop platform gives you the flexibility to access your component's data from a stationary setup where you can review settings without interruption.
Switching Modes and Monitoring Real-Time Status
The core workflow in Cockpit revolves around selecting preconfigured activity modes (such as cycling or standing in flexion) and checking your component's charge level and system feedback in real time. Because modes and their available parameters vary by component model, your prosthetist or orthotist configures which options appear in your app. You can read the current charge status, view step counts, and see when your next service date arrives. Installing Cockpit on a computer keeps this information persistent and easy to glance at during your session or rest at home.
Component Customization Within Your Limits
The app's adjustment scope depends on your specific Ottobock component and how your O&P professional has set it up. You may be able to fine-tune certain parameters, toggle additional functions, manually set heel height on compatible Meridium prosthetic feet, and adjust acoustic signals. Users report that mode switching itself is straightforward, though the range of customization available through the app alone remains limited compared to what happens during your appointment with your prosthetist. The settings you see are intentionally restricted for safety: deeper modifications stay with your care provider.
Managing Multiple Components and Session Continuity
- Switch easily between different saved prosthetic or orthotic components in your profile
- Reset and read your pedometer data to track daily step activity
- View service reminders so you know when your device needs maintenance
- Check battery status at a glance without reaching for your phone
- Access all component information in one signed-in session on your desktop
- Maintain activity history and charge logs for reference across multiple days
Compatibility and Setup With Your Device
Cockpit works with a defined set of Ottobock components, including C-Leg, Genium, Genium X3, Meridium, and C-Brace joint units: provided they carry compatible version numbers listed in the app documentation. Your component's version appears on the cover page of its instruction manual. When you install Cockpit on PC, you'll need to verify that your device matches one of these supported models before setup. If connection issues arise or your component's features don't appear as expected, contact your prosthetist or the Cockpit support address to confirm compatibility and troubleshoot pairing.
How to Download and Install Cockpit for PC or MAC:
Select an Android emulator:  There are many free and paid Android emulators available for PC and MAC, few of the popular ones are Bluestacks, Andy OS, Nox, MeMu and there are more you can find from Google.
Compatibility:  Before downloading them take a look at the minimum system requirements to install the emulator on your PC.
For example,  BlueStacks requires OS: Windows 10, Windows 8.1, Windows 8, Windows 7, Windows Vista SP2, Windows XP SP3 (32-bit only), Mac OS Sierra(10.12), High Sierra (10.13) and Mojave(10.14), 2-4GB of RAM, 4GB of disk space for storing Android apps/games, updated graphics drivers.
Finally, download and install the emulator which will work well with your PC's hardware/software.
- Open the emulator software from the start menu or desktop shortcut in your PC.
- Associate or set up your Google account with the emulator.
- You can either install the app from Google PlayStore inside the emulator or download Cockpit APK file and open the APK file with the emulator or drag the file into the emulator window to install Cockpit for PC.
You can follow above instructions to install Cockpit for PC with any of the Android emulators available.
FAQ
Will Cockpit work if I run it on a computer instead of my phone?
Cockpit is built for mobile platforms, but running it on a PC via desktop tools lets you keep the app open alongside other windows and access component data from a stationary location. Check your device's compatibility list first, and confirm connection settings with your prosthetist.
What if my app won't connect to my component?
Connection failures can occur due to version mismatches, Bluetooth pairing issues, or component compatibility. Verify your device model and version number against the app's supported list. If problems persist, contact your O&P professional or reach out to the Cockpit support team at [email protected].
Can I adjust every setting in Cockpit, or are some locked?
Your prosthetist or orthotist controls which modes and parameters appear in your app. Fine-tuning and advanced modifications often require an in-person appointment. Cockpit gives you access to preconfigured options and real-time monitoring, but deeper customization stays with your care provider for safety.
How do I know when my component needs service?
Cockpit displays your next scheduled service date within the app. Keeping an eye on this reminder helps you plan maintenance appointments and ensures your device stays in working order.
Does the app drain my component's battery quickly?
Battery consumption depends on your component model and activity level. Cockpit lets you check your current charge status, but the app itself does not control battery performance. If you notice rapid discharge, discuss it with your prosthetist.
The editorial team installs and tests each app before writing up the guide, and keeps the version history current. The site has never charged developers for coverage.
