|Material, body and legs
|Power: Rechargeable batteries
|Actuator technology, gripper
|Actuator technology, legs:
BionicANTs work together under clear rules. They communicate with each other and coordinate both their actions and movements. Each ant makes its decisions autonomously, but in doing so is always subordinate to the common objective and thereby plays its part towards solving the task in hand.
By pushing and pulling together, the artificial ants move an object across a defined area. Thanks to this intelligent division of work, they are able to efficiently transport loads that a single ant could not move.
Laser-sintered components are subsequently embellished with visible conductor structures in the so-called 3D MID* process. The electrical circuits are attached on the surface of the components, which thereby take on design and electrical functions at the same time. In this way, all the technical components can be fitted into or on the ant’s body and be exactly coordinated with each other. After being put into operation, an external control system is no longer required. It is possible, however, to monitor all the parameters wirelessly and to make a regulating intervention.
*3D Moulded Interconnect Devices feature spatial conductive tracks, which are visibly attached to the surface of shaped parts and act as circuit boards for electronic and mechatronic subassemblies. They make do without any cables and only require a small amount of effort to be assembled.
More background information about the project, including links to brochures and the technologies used in the project.
Elaborate brochure (PDF) with more detailed information about the BionicANTs, specifications, and information about the team behind the project.
Describes the Piezo valve technology which has been used in the project, including a video explaining the manufacturing process of the valves.
Breathing with a machine - Piezo valves in breathing apparatus.
Tagsbiomimeticsmany legged robotsmicrorobots
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The X20 robot dog can perform automatic inspection tasks according to the preset path and tasks. During the inspection, the robot uses LiDAR and depth cameras to detect the terrain, and has the ability to turn around, climb stairs, and obstacle avoidance.