What's Happening?
Collins Aerospace, a subsidiary of RTX, has successfully demonstrated its latest anti-jam Assured Positioning Navigation and Timing (APNT) technology at the US Army’s All-Domain Persistent Experiment held at White Sands Missile Range in New Mexico. The
demonstration showcased the company's most compact APNT ground solution, designed to support ground vehicles, including robotic and autonomous systems, with resilient navigation capabilities. The core of the demonstration was the Compact Modular Open Systems Standards (CMOSS) Mounted Form Factor (CMFF) card, which, when used with an external antenna, maintained navigation functionality even in environments where GPS signals were denied or degraded. According to RTX, the APNT system continued to provide assured navigation despite interference from numerous jammers and spoofers during the experiment.
Why It's Important?
The successful demonstration of Collins Aerospace's APNT technology is significant for military operations, as it enhances the reliability of navigation systems in contested environments. This technology is crucial for maintaining operational effectiveness in scenarios where traditional GPS signals are compromised. The ability to provide precise navigation in such conditions offers a strategic advantage, ensuring that military vehicles can operate effectively without interruption. This development is particularly relevant as modern warfare increasingly involves electronic warfare tactics that can disrupt standard navigation systems. The scalable and cost-effective nature of the solution also means it can be integrated across various platforms, potentially leading to widespread adoption within the military.
What's Next?
Following the successful demonstration, Collins Aerospace may focus on further refining and integrating the APNT technology into more military platforms. The US Army and other branches of the military could evaluate the system for broader deployment, especially in units that operate in high-risk environments where GPS jamming is a concern. Additionally, there may be interest from international military forces facing similar challenges. The technology's adaptability and compact form factor could lead to its application in other sectors requiring robust navigation solutions, such as autonomous vehicles and commercial aviation.
