November 9, 2023

EvoBot - new self balancing autonomous robot evolution by Fraunhofer Institute

Article by:
Mark Mitchell

Versatile Applications Distinguished by its exceptional agility and flexibility, the evoBOT stands out as a modular system with applications that extend far beyond traditional logistics contexts into intricate urban environments. Unlike existing solutions confined to basic tasks like moving and transporting goods, the evoBOT robot takes a leap forward. This prototype aims to enhance these capabilities, encompassing actions such as handing over items and rotating objects. The robot's bio-inspired design is another standout feature, fostering a user-friendly interaction between humans and machines. All these elements collectively position the evoBOT as a personal assistant to humans.

Video of evobot robot

evoBOT is a dynamically stable system based on the inverse compound pendulum principle (without external counterweight), the evoBOT is notably space-efficient and lightweight. Unlike conventional robots, it maintains a constant balance, enabling it to traverse diverse and uneven surfaces, including slopes.

evoBOT is recognized for its dynamic stability and autonomous functionality, the evoBOT presents a multitude of practical applications, particularly in the realm of loading and transporting material goods.

EvoBOT, has succeded in its first practical trials in the cargo terminal at Munich Airport.

“The development and expansion of the cargo and logistics sector are essential components of our corporate strategy. We welcome every initiative to optimise and digitalise handling processes,” said Lammers, CEO of Munich Airport.

“The evoBOT will facilitate the day-to-day work of our employees in the cargo area and make the workplace more attractive.”