By now, we’ve all seen robots roaming city streets, delivering food, packages, and even groceries. But what if a robot could do even more, like transform into a personal ride? That’s exactly what Movr envisions: a futuristic concept designed to blend robotics with mobility, or as its creators Jungmin Park and Chaewon Lee calls it, “ro-bility.” This student project introduces a rideable AI-powered companion that anticipates your needs, handles tasks, and turns into a ride whenever you need it – kind of like your very own smart assistant on wheels.
Movr’s multifunctional design makes life easier by taking care of small and significant tasks. Need groceries picked up? No problem. Movr’s smart storage system can transport and even refrigerate items while navigating the city autonomously. Simply tag your smartphone to the top, and you can instantly assign tasks like document delivery for work or food pick up for dinner. Thanks to its self-balancing technology, Movr ensures a smooth ride by using multiple sensors to analyze the terrain and conditions, automatically adjusting its wheel spacing for extra stability and control.
Accessories such as trays for the interior storage are available, allowing for better organization and versatility.
Modules that connect to the Movr are available to meet different lifestyle needs.
Movr offers more than just convenience – it brings personalization and mobility to your fingertips. With customizable colorways and attachable modules, Movr can be tailored to specific lifestyles, whether you’re into sports, gardening, or urban commuting. Its AI-driven system continuously learns your routines, proactively navigating to your location and assisting you when needed. When you have somewhere to be, Movr transforms into an electric ride. The front expands out, concealed handlebars unfold, and a seat appears, creating a fully-functional personal vehicle equipped with ADAS (Advanced Driver Assistance System) for a safer, smarter ride.
Multiple sensors inform Movr of various factors, including terrain and conditions, to ensure a stable, safe ride.
Although Movr is currently just a visionary prototype, it hints at a future where personal robotics become an everyday reality rather than an occasional surprise. Until then, here’s hoping this clever concept makes its way from imagination to reality sooner rather than later.
The same sensors are remain fully operational in mobile mode.
Safely deliver documents within the Movr as an alternative to a traditional carrier.
To learn more about the Movr by Jungmin Park and Chaewon Lee, visit behance.net.
