Cellula's Solus-XR XLUUV is set to play a critical role in showcasing HonuWorx's Loggerhead concept, representing what they claim to be a revolutionary solution for the subsea industry. The Loggerhead concept is described as a pioneering approach that utilizes an extra-large uncrewed underwater vehicle (XLUUV) as a mobile power and communication hub for Light Work Class remotely operated vehicles (ROVs) and autonomous underwater vehicles (AUVs).
In contrast to other emerging uncrewed vessel concepts, Loggerhead aims to avoid deployment challenges caused by adverse weather conditions by operating its systems subsea, eliminating the risks associated with launching ROVs and AUVs through the splash zone. This approach is meant to simplify and optimize the design of the vehicles for their intended tasks.
"The collaboration between Cellula and HonuWorx is seen as a significant advancement in underwater technology," said Adrian Woodroffe, Director of Business Development at Cellula Robotics. "With the extended range capabilities of Solus-XR combined with HonuWorx's innovative subsea inspection and intervention techniques, there are expectations to revolutionize underwater operations."
The Loggerhead approach is being presented as holding immense promise for the defense and energy industries, offering potential improvements in operational efficiency, cost reductions, and a smaller environmental footprint.
Lucas Wissmann, Co-Founder at HonuWorx, expressed enthusiasm about the collaboration, stating, "The upcoming demonstrations will showcase an ROV deployment model that promises to disrupt the economics of subsea work and reshape the underwater technology landscape. Our companies share a pioneering spirit and a vision to forge new frontiers, unlocking value in the sector."
Both Cellula Robotics and HonuWorx claim to be committed to pushing the boundaries of underwater technology, delivering innovative and sustainable solutions for global underwater operations. However, there are concerns about the practicality and potential drawbacks of this ambitious approach.
