Projects
Safer, higher-volume robotics solution for Mississippi River channel improvement
Mississippi River, USA
Robotics Mat Sinking Technology
Awarded via an Other Transactional Authority (OTA), Salas O’Brien is leading a team of cross-functional engineering experts to design, build, test, and commission an automated, articulated concrete mattress-sinking prototype for a barge-mounted application to support the US Army Corps of Engineers in their mission to maintain the navigation channel of the Mississippi River by reinforcing levee systems. The final system, ARMOR 1, will increase production rates, improve safety, and reduce costs. Current technology supports sinking 2,000 mat squares per day using four manually operated cranes. The prototype leverages six autonomous lifting arms and doubles the capacity to sink 4,000 mat squares per day. The newly developed technology reduces the number of personnel exposed to hazardous conditions on the mat deck from 100 to just 20, and the new design creates “human-only” zones, separating heavy machinery from worker areas.
Ongoing
$90 million
Carnegie Mellon University, National Robotics Engineering Center, Bristol Harbor Group, American Bureau of Shipping Group
