DFKI EOssc2 can overcome the narrow parking space

DFKI EOssc2

Revolutionary step is not always related to the extreme thing. Thanks to the evolution of technology, smart vehicles are now available in many options such as hybrid or electric cars. However, the solution that's given by the Germany robotics team may become new alternative. DFKI Robotics Centre introduces a tiny car which has special capabilities. This unique car is called EOssc2.

The developer describes EOssc2 as ultra flexible micro-car especially for big cities. Through EOssc2, DFKI tries to unify the small design concept, comfort, security, and electric engine in an individual transport unit. EOssc2 is not the first attempt of the robotics team; it's a refinement of the previous generation.

DFKI EOssc2

EOssc2 has dimension of 2,5×1,57×1,6/2,25 meters and a weight of only 750 kilograms. It takes power from 54V LiFePO4 battery in order to run the four motors of 4kW wheelhub, assisted by LIDAR 360 sensors on the roof, stereo cameras on the front and rear, along with six ToF cameras for a short distance. EOssc2 can speed up to 65 kilometers per hour.

This micro-car works like a regular car. But when needed, it can move diagonally or even horizontally to sideways. Such feature makes EOssc2 is very reliable to be used in narrow parking area. EOssc2 can be driven in a normal position or 'shortened' of up to 1.5 meters without changing the comfort aspect.

DFKI EOssc2

The series of windows are presented in order to ensure the broad angle of vision, combined with an intuitive interface that provides easy access to a variety of modes in the robotic car. Then the automatic computer and navigation system provides extensive assistance feature, especially when parking in congested or narrow zone. DFKI Robotics Centre also plans to add the autopilot technology in the latest variant to follow the trend of driverless car.

There is no information about the official launch date of DFKI EOssc2, but you need to know that this micro-car is produced by a team of ten people assisted by several students over three years. Amazing isn't it?