Advanced Navigation outlines how its vertically integrated manufacturing model and ITAR-free Inertial Navigation Systems (INS) address extended lead times associated with Fiber Optic Gyroscope (FOG) based INS for Unmanned Aerial Vehicles (UAVs) and drone programs.
By manufacturing core technologies in-house and controlling final system integration, the company delivers navigation solutions in weeks rather than the 6 to 24 months referenced for legacy supply chains.
Reducing FOG-Based INS Lead Times
Global demand for Assured Positioning, Navigation, and Timing has increased due to continued conflicts, resulting in extensive lead times for FOG units and the INS they enable. For programs targeting rapid deployment, a potential two-year wait for a sensor presents a significant hurdle.
Although UAV airframes, propulsion systems, and communications modules remain specialized for specific defense missions, the navigation stack stands as the principal supply chain bottleneck. Smaller and medium UAV programs are frequently deprioritized in favor of large naval or fighter jet platforms.
Vertically Integrated Manufacturing
High-performance UAV navigation requiring long-duration accuracy in GPS-denied environments relies on FOG technology for low noise performance and bias stability. Traditional FOG coil winding is often manual and highly skilled, with lower pass rate yields. Legacy manufacturers also assemble components from dozens of third-party vendors, creating vulnerability to single points of failure.
Advanced Navigation addresses these constraints through vertically integrated manufacturing. The company produces core technologies internally and manages the INS process from precision component production through final integration. This enables delivery in weeks, production ramp-up to meet fleet demand, and consistent quality control.
Its ITAR-free classification further reduces export-related friction, allowing prepositioning of spares in forward-deployed locations and sharing of navigation telemetry with coalition partners without complex agreements.
By combining manufacturing control, supply chain security, and ITAR-free navigation systems, Advanced Navigation provides a structured pathway for rapid UAV fleet scaling without extended supply chain delays or export-related administrative burden.
