Bionic Learning Network

BionicKangaroo

Like its natural role model, the BionicKangaroo can recover the exerted energy on landing, store it and efficiently use it for the next jump.

eMotionSpheres

The eMotionSpheres show how several flying objects can move – individually or collectively – within a defined airspace in a coordinated manner.

MultiChoiceGripper

The MultiChoiceGripper combines parallel and centric gripping – without any conversion. Its adaptive fingers adjust flexibly and gently to a wide variety of shapes.

DualWingGenerator

Self-optimising, highly efficient and inspired by the flight of birds: the extraordinary bionic wind turbine uses two pairs of counter-rotating wings to generate energy.

AquaJellies 2.0

New inspiration from nature for the process industry: the artificial jellyfish visualise the communication structures and real-time diagnosis of autonomous subsystems in water.

LearningGripper

From the first attempt to a reliable solution for the task: the LearningGripper learns autonomously to orient a ball so that the correct side is on top.

BionicOpter

Lightweight construction and functional integration make it possible. Our bionics team has incorporated the highly complex flight of the dragonfly into the technology for the BionicOpter.

WaveHandling

The pneumatic wave movements of the modular conveyor move the transported material over the surface in a targeted manner – without any additional handling unit.