Revolutionizing Tactical UAS: Cutting-Edge Avionics & I/O Hardware Solutions

United Electronic Industries (UEI) has published a case study showcasing the innovative I/O solutions they provided for the Piaggio Aerospace P.1HH HammerHead,a tactical unmanned aerial system (UAS) tailored for Intelligence,Surveillance,and Reconnaissance (ISR) operations.

Overview of the P.1HH HammerHead

The Piaggio aerospace P.1HH HammerHead represents cutting-edge technology in unmanned aerial systems, specifically engineered for ISR missions. This UAS is outfitted with a range of advanced features that require remote oversight and management. Notable components include a elegant fuel system designed to optimize the aircraft’s center of gravity, a triple-redundant 28 VDC electrical generator to support all onboard systems, and a hydraulic dual pressure system for landing gear and braking.To effectively navigate the complexities of operating this advanced UAS, Piaggio sought a robust and adaptable control and monitoring system.

Challenges Faced

• The increasing intricacy of UAS systems necessitated a more advanced, adaptable, and dependable I/O system for managing HammerHead operations.
• The hardware needed to endure extreme conditions, including altitudes of up to 45,000 feet, speeds reaching 395 knots true airspeed, and extended flight durations of up to 16 hours.

UEI’s Strategic Approach

1. The HammerHead UAS integrates three rugged and compact UEIPAC Cubes operating in unison as the primary embedded control system, facilitating dialog between sensors and the flight computer.
2. The UEIPACs enable debugging tests, including monitoring and controlling take-off and landing procedures.
3. UEI’s avionics I/O, featuring multiple channels, allows for the management of specific flight functionalities and the monitoring of onboard conditions during missions.

Outcomes Achieved

UEI successfully delivered a durable, dependable, and versatile control and monitoring system for the HammerHead.

• The UEI hardware provided a straightforward, rugged, and efficient embedded operational solution, ideally suited for this UAS.
• The extensive range of I/O, including avionics, addressed all necessary control and monitoring functions for effective in-flight operations.
• Built-in testing capabilities from UEI eliminated the need for additional system complexity and hardware requirements.

For further insights into how UEI’s control, testing, and monitoring solutions can elevate your UAS design, explore their website.