Naval UAVs Unleash Potential: How Advanced Payloads and Host Vessels Enhance Mine Countermeasure Mission Set

Shephard’s latest Technology Report examines the potential of the newest naval UAS generation when paired with advanced payloads and specially designed or adapted host vessels. One key area of interest is the mine countermeasure (MCM) mission set. Integrating UAVs into a multi-domain sensor and effector network, utilizing technologies like LIDAR, offers the potential for autonomous platforms to neutralize sea mines from the air.

According to Daniel Scourzic, MCM and deepwater product line director at Exail, UAVs have numerous capabilities in detecting drifting or subsurface mines, especially in shallow waters where other unmanned systems cannot be deployed. He emphasized that future developments in sensors and data fusion are crucial to fully realize the potential of UAS in mine neutralization operations.

Another aspect discussed in the report is the growing trend of using ships as carriers for aerial and other uncrewed systems. Industry professionals are addressing challenges such as UAV integration, command and control, and all-weather operations. Neil Hunter, global head of sales at Schiebel, advocates for motherships that can accommodate a variety of uncrewed assets, including UAVs, USVs, and UUVs. The company’s Camcopter S-100 VTOL aircraft offers versatility with its minimal footprint and ability to operate without a runway.

From an operational standpoint, incorporating UAVs alongside conventional assets on a ship requires minimal crewing requirements and allows for interoperability through recognized standards like STANAGs. The ability to deploy uncrewed systems from host vessels provides flexibility in mission capabilities and enhances overall operational effectiveness.

In conclusion, Shephard’s Technology Report explores how naval UAS technology has evolved to meet new mission sets such as MCM neutralization operations by integrating advanced payloads with specially designed or adapted host vessels. Future developments in sensors and data fusion are critical to fully realize this potential while industry professionals continue to address challenges such as UAV integration into mothership designs for improved all-weather operations.