Trillium Engineering has expanded the capabilities of its ISR payload portfolio by integrating GD-Loc directly onboard the HD59 Series and HD40-LVV imaging systems.
This update allows for CAT-1 geolocation capability in environments where GPS signals are degraded or unavailable. By running the software directly on the payload rather than requiring an external Clarity processor, the system architecture is simplified with fewer components and reduced integration complexity. The transition to onboard processing supports platforms that prioritize size, weight, and power (SWaP) optimization while maintaining high-performance ISR functionality.
GD-Loc utilizes advanced algorithms and onboard processing to generate reliable geospatial information from airborne imagery. With the processing now occurring within the payload itself, mission-critical accuracy is preserved without the need for additional hardware.
The HD59 Series, designed for long-range surveillance missions, features advanced sensor configurations and laser options. With the addition of onboard GD-Loc, the system gains enhanced geolocation capability without increasing the physical complexity of the unit. Similarly, the HD40-LVV, which utilizes dual visible sensors and high-zoom performance, now provides integrated geolocation to improve situational awareness and target localization for operators.
Integrating these capabilities directly into the payloads provides greater flexibility for system integrators. As ISR missions increasingly demand sophisticated capabilities from compact systems, this development reflects a focus on imaging and processing technologies that allow operators to gather and act on intelligence with higher efficiency.
