Title: “Navigating the Cosmos: How Airbus is Using a Steam Deck to Test Mars Rover Prototypes”
Exploring New Frontiers with a Handheld Gaming Console
In an intriguing blend of technology and space exploration, Airbus engineers are harnessing the capabilities of Valve’s Steam Deck to control a prototype rover designed for Mars missions. This innovative approach emphasizes how versatile consumer electronics can transcend their initial purposes, especially in robotics and aerospace testing.
YouTuber Tom Scott recently showcased this novel application in a video where he explored Airbus’s UK facilities. The project, part of the ExoMars mission, aims to develop a rover capable of autonomously traversing the Martian landscape. Due to the significant delay in communication between Earth and Mars, the rover will rely heavily on its onboard 3D cameras to make real-time navigational decisions.
While the ultimate goal is for the rover to operate independently, testing on Earth requires close human interaction. In the video, an Airbus engineer guides a prototype rover using a laptop, while Scott takes the reins of another rover with a Steam Deck, utilizing customized software to command the vehicle. The handheld’s intuitive controls offer a seamless interface for immediate responsiveness.
The Steam Deck stands out in this environment, functioning much like a compact Linux-based computer. With its built-in display and an array of physical controls, it outshines traditional game consoles and provides a far more portable solution than cumbersome laptop setups. Although specifics about the software used on the Steam Deck remain scarce, its flexibility makes it ideal for various applications beyond gaming.
This isn’t the first time Valve’s hardware has found a place in unconventional settings. Disney, for example, has employed Steam Decks to manage autonomous droids at Galaxy’s Edge, further demonstrating the device’s adaptability as a control interface rather than a core processing unit for robotic systems.
Valve’s ethos encourages user experimentation, allowing Steam Decks to be transformed into robotics controllers, development tools, or general-purpose computers, unrestricted by gaming limitations. Yazan Aldehayyat, a Valve engineer, aptly noted that good hardware serves multiple purposes, whether in gaming or engineering.
For Airbus, the Steam Deck is a crucial tool during the developmental phase of the ExoMars rover. The device allows engineers to conduct tests with ease, facilitating quicker interaction than traditional keyboard-based setups. However, it’s essential to clarify that the Steam Deck will not replace the rover’s autonomous capabilities; the final version will depend on its advanced sensors and software to navigate the Martian terrain independently.
As we push the boundaries of innovation, the partnership between aerospace engineering and consumer technology may inspire a new era of exploration—one where even a gaming console can contribute to our understanding of the cosmos.