Audi is testing mobile humanoid robots developed by Agile Robots to automate parts sequencing at its facility in Germany. The proof of concept focuses on picking components from containers and arranging them in the correct order for subsequent assembly operations.
The project brings together Audi, Agile Robots, Dassault Systèmes, and NVIDIA to explore the use of humanoid robots in automotive manufacturing. The initiative combines physical robot testing with virtual simulation, but it has not disclosed quantified performance results or a timeline for wider factory deployment.
Audi is testing mobile humanoid robots to automate parts sequencing at its Ingolstadt Production Lab in Germany. The proof of concept combines robotic manipulation, AI and virtual simulation to explore how robots can pick components from containers and arrange them in the correct order for vehicle assembly.
Announced on October 21 at NVIDIA GTC Berlin, the project aims to automate a material-handling task that remains challenging for conventional industrial robots because component shapes, packaging, and positions vary.
Audi’s material-supply operations involve around one million picks daily, with components required to reach assembly workstations in the correct order. This figure describes the scale of the existing workflow, not the performance achieved by the humanoid robots.
The trial uses Agile One humanoids designed to combine human-height reach and dual-arm manipulation with the mobility of a wheeled base. This configuration allows the robots to operate within existing industrial environments without necessarily requiring factories to be redesigned around fixed robotic workstations.
The robots are being tested at Audi’s Production Lab, where the company evaluates technologies for future manufacturing and logistics operations.
Source link
