EDAG CityBot: One Robot, an Entire City
Cities were not built for the traffic they carry today. EDAG thinks a fleet of autonomous robots can fix that, one module at a time.
Photo source:
citybot.
The City Was Never Designed for This
Urban traffic was not always this complicated.
Cities grew, populations moved inward, and the infrastructure meant to serve
them stayed largely the same. Today, the average car in a large German city
travel at just eleven kilometers per hour in rush hour traffic, barely faster
than a bicycle. It sits parked for twenty-three hours a day. And seventy
percent of all climate-damaging emissions come from cities. The system is not
broken. It was just never built for what it is being asked to do.
What the EDAG CityBot Actually Is
The
EDAG CityBot is a fully autonomous, electrically powered robotic vehicle
designed to operate within a connected urban ecosystem. It does not replace a
single function. It replaces many. The vehicle runs on a modular system,
meaning its base unit can be fitted with different add-on modules depending on
what the city needs at any given hour. A passenger cell in the morning. A cargo
carrier in the afternoon. A street cleaning unit at night. The same vehicle,
reconfigured around the clock, operating continuously without a driver and
without downtime.
The Technology Behind It
What makes the CityBot more than a concept
vehicle is the depth of its technical integration. It travels at an average
speed of thirty kilometers per hour, uses all-wheel steering with a range of
132 degrees, and is equipped with solid-state lidar, ultrasonic sensors, and a
5G connection for constant communication with the city's mobility
infrastructure. It also carries an avatar, a sensor-equipped interface that can
hear, speak, recognize gestures, and read emotions, designed to make
interaction between the robot and pedestrians feel natural rather than
mechanical. Precision GPS positioning keeps it accurate to within one to three
centimeters.
Why This Model Makes Sense for Urban Mobility
The CityBot operates on a straightforward
premise. A fleet of just one hundred units per thousand inhabitants, according
to EDAG's own figures, could fully cover all inner-city mobility and service
requirements. That same fleet would reduce the number of vehicles in the city
by up to eighty percent.
You have exceeded your free limits for viewing our premium content
Please subscribe to have unlimited access to our innovations.
Get The Latest In Innovation
Join Our Newsletter
Where bold ideas find bold readers.
