Military GPS receivers operate using encrypted P(Y)-code or the more advanced M-Code signals, decoded via SAASM (Selective Availability Anti-Spoofing Module) or MGUE (Military GPS User Equipment) modules. These systems ensure high-integrity navigation even in contested electronic warfare environments, where spoofing and jamming threats are prevalent. Beyond positioning, military GPS is a foundational timing source for C4ISR systems, secure communication networks, and synchronization in electronic and network-centric warfare. These capabilities enable coordinated operations and real-time data fusion across platforms. Commonly integrated into equipment such as DAGR handhelds, GB-GRAM modules, and MGUE-based systems, military GPS is deployed on platforms like the MQ-9 Reaper, C-130J Super Hercules, and F-35 Lightning II—delivering unmatched resilience, precision, and operational effectiveness across modern battlefields.
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