|U. S. Navy photo|
Well, there is this image from here of the M Ship Company's Stiletto "boat" doing stuff with the Navy.
You might remember Stiletto from an earlier post of mine A real littoral combat ship goes to sea with an Army crew or perhaps the discussion of the hull form from Sunday Ship History: Hickman's Sea Sleds .
Be that as it may, the U.S. Navy is playing with Stiletto as set out here and here:
The Stiletto Maritime Demonstration Program kicked off its first Capability Demonstration with the Navy Expeditionary Combat Command (NECC) off the Virginia coast near Naval Amphibious Base Little Creek, Va.
The demonstration provided NECC Sailors — and 15 industry partners — an opportunity to evaluate products in a realistic maritime environment.
|Simulated small boat threats pass by the high-speed experimental boat Stiletto so Sailors assigned to Navy Expeditionary Combat Command (NECC) can observe new technologies in a relevant maritime environment. (U.S. Navy photo/Released)|
|The Stiletto Maritime Demonstration Program team launches and 11-meter rigid-hull inflatable boat from the high-speed experimental boat Stiletto. (U.S. Navy photo/Released)|
Rapidly transition advanced technologies to higher Technology Readiness Levels through flexible installation and demonstration in maritime operational environmentsThat "unmanned/autonomous" stuff? From the right hand side of the page, "Launch and Retrieve 11m RHIB, UUVs, UAVs." Which explains the photo below, showing a UAV launch/retrieval system mounted on the stern:
Transition ship, air & land-based C4I capabilities to small craft to enhance Maritime Domain Awareness
Data links to offboard sea, air, and land assets
Leverage existing Stiletto sensor, computer, and network
Unmanned / Autonomous asset launch and recovery
Reduce crew injury and fatigue
Small boat launch and recovery operations
More from the RFI for this "capability demonstration":
Stiletto, a maritime demonstration platform, serves as a technology demonstration tool for industry, Government, and academic organizations. It provides an opportunity to learn and to improve systems as they function in an at-sea environment and raise a system’s Technology Readiness Level (TRL). The Stiletto program’s physical infrastructure consists of the high speed Stiletto craft with a Command Information Center (CIC), Launch and Recovery (L&R) for an 11M Naval Special Warfare (NSW) Rigid Inflatable Boat (RIB), arch space for sensor installation, flight deck for Unmanned Aerial Vehicle (UAV) L&R, and electronic network infrastructure with wide band satellite communications (SATCOM), along with an 11M NSW RIB with unmanned capability. Both the craft and its systems were designed to be flexible, modular, and re-configurable to enable near “plug-and-play” installation. The Stiletto crew includes engineers and technicians with expertise in multiple maritime technology areas. The crew can provide engineering assistance to integrate systems aboard the craft and to help develop demonstration plans to achieve technical goals.
|Electronics Technician 2nd Class Jason Rhodes, assigned to Navy Expeditionary Combat Command, gets familiar with technology controls and interfaces of the high-speed experimental boat Stiletto. (U.S. Navy photo)|