Dual Arm mobile Robot | Tenderlake

Dual Arm mobile Robot

Contract Value:
-
Notice Type:
Contract Notice
Published Date:
13 March 2026
Closing Date:
13 April 2026
Location(s):
DE144 Ulm, Stadtkreis (DE Germany/DEUTSCHLAND)
Description:
An autonomous mobile robot with two robotic arms is needed for research in transportation and logistics, featuring high load capacity, interchangeable end effectors, safe navigation, and AI capabilities for dynamic responses and human interaction.

The Institute for AI Security at the Ulm location requires an autonomous mobile robot equipped with two robotic arms for a flexible robotic system to research (semi-)automated support work in the transportation and logistics sector, including safe human-robot interaction. The arms must have a sufficiently large load capacity to handle medium-heavy loads (min. 35kg). The end effectors of the arms should be easily interchangeable, enabling multiple applications. The mobile base and onboard sensors allow for safe navigation (e.g., around vehicles or people) and visual status assessment of the environment as well as various components on target objects, and possibly the execution of a (semi-)automated operation. The system must be equipped with sufficient sensors and computing capacity to implement AI functions that allow for dynamic responses to complex scenarios and situational changes, and – in applications involving human participation – also communication of tasks and states.


LOT-0001
LOT-0001 422/2026/9060140
Dual Arm mobile Robot.
The Institute for AI Security at the Ulm location requires an autonomous mobile robot equipped with two robotic arms for a flexible robotic system to research (semi-)automated support work in the transportation and logistics sector, including safe human-robot interaction. The arms must have a sufficiently large load capacity to handle medium-heavy loads (min. 35kg). The end effectors of the arms should be easily interchangeable, enabling multiple applications. The mobile base and onboard sensors allow for safe navigation (e.g., around vehicles or people) and visual status assessment of the environment as well as various components on target objects, and possibly the execution of a (semi-)automated operation. The system must be equipped with sufficient sensors and computing capacity to implement AI functions that allow for dynamic responses to complex scenarios and situational changes, and – in applications involving human participation – also communication of tasks and states.

The Buyer:
Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR)
Additional information:
Link:
View Full Notice
Link:
Additional document: E61619796
Link:
Download Full Notice as PDF
CPV Code(s):
42997300 - Industrial robots