The ROVER® represents a laboratory automation platform that employs autonomous ‘cars’ to transport microplates and other labware between different laboratory instruments. It is composed of three primary elements: the ROVERs (autonomous ‘cars’), Fleet Manager Software, and Infrastructure (the navigable setting for the ROVERs, inclusive of tracks and elevators). The ROVERs utilize machine vision to traverse virtual maps, offering researchers a flexible and scalable solution. This system is engineered to be fully tailored to a lab’s unique space and workflow needs, with the capability for easy expansion and reconfiguration in response to evolving requirements. The lightweight ROVERs can be effortlessly lifted, added or replaced within minutes. The platform has the capacity to automate numerous repetitive tasks inherent in laboratory work, thereby enabling researchers to concentrate on experiment design and data interpretation. Additionally, the system is designed for low maintenance, featuring self-calibration via machine vision and ease of swapping or removal to ensure continuous operation of the automation.
ROVER Laboratory Automation:
- The ROVER platform employs autonomous ‘cars’ to transport labware between instruments, providing flexibility and scalability in laboratory automation. It leverages machine vision for navigation and is capable of automating repetitive tasks, allowing researchers to focus on more crucial work.
Mars Rover Technology:
- The Mars Technology Program (MTP) is working on developing new rover technologies for future missions with an aim to increase autonomy in situations such as long traverses, instrument placement, sampling, and onboard science data processing.
Lightweight Rover Unit (LRU):
- The Lightweight Rover Unit (LRU), developed at DLR-RMC, boasts advanced kinematics along with a mix of active and passive chassis components for superior traffic ability and mobility performance. It incorporates a robotic arm for mobile manipulation and utilizes autonomous navigation algorithms designed for exploration purposes.
