movr — cherryonarchive

movr (2024)

Ridable personal robotics

Movr redefines mobility as “ro-bility,” seamlessly transitioning between robot and mobility modes. It autonomously handles daily tasks such as item pickup and shopping, then transforms into personal transportation when users need to travel. Powered by AI and ADAS, Movr provides a safe and seamless mobility experience.

Movr has a display on its back that makes eye contact with the user, ensuring smooth communication. At the same time, movr's display GUI intuitively conveys important information, such as its status and tasks. When the user is aboard, the display also functions as a rear light, transmitting traffic information on the road.

Movr AI continuously updates your daily data, allowing it to understand you better. It tracks your routines, schedule, and needs, providing seamless support to your daily flow. When you need movr, the AI uses this data to proactively navigate to your location and assist you.

The robotized movr assists with various activities in your daily life. By tagging your smartphone to the top of movr, you can use the ‘task drop’. Tasks from your smartphone are quickly transmitted to movr, allowing it to pick up, store, or purchase items on your behalf.

Movr acts as a personal assistant, capable of storing, transporting, and retrieving items.
Its internal storage space leverages robotic power to serve various purposes, such as refrigeration, document delivery, shopping, and food pickup.

Movr is designed to transform and provide mobility whenever the user requires it. The front of movr opens up, transforming into a rideable form. It then seamlessly shifts into an electric bike, offering quick and safe transportation for the user within the city.

The self-balancing wheel ensures a stable riding experience by constantly adjusting to terrain and conditions. Movr AI analyzes these factors and automatically adjusts the wheel spacing for enhanced stability and control, providing a smoother, more comfortable ride.

Movr utilizes advanced sensors to navigate autonomously.
With AI-driven decision-making, it eliminates the need for user parking by returning to its designated spot on its own. During downtime, movr efficiently recharges itself to align with the user’s schedule.

Movr’s handle features a display integrated with ADAS (Advanced Driver Assistance System),
providing intelligent support for your ride. It enhances safety and convenience, ensuring a smarter and more seamless driving experience.