Maris-Tech Secures License for Quantum NMR Gyroscope Enabling 0.01°/hr Precision
Maris-Tech and Quantum Gyro have reached a development milestone on a hybrid quantum AI navigation system targeting bias drift below 0.01°/hr for GPS-denied UAV operations. The exclusive license of U.S. provisional patent application 64/000,184 for NMR-based gyroscope technology paves the way for strategic-grade precision inertial sensing at lower SWaP.
1. Collaboration Milestone
Maris-Tech and Quantum Gyro have signed an exclusive license agreement with Quantum X Labs for next-generation NMR gyroscope technology, formalized under U.S. provisional patent application 64/000,184 filed on March 9, 2026. This agreement cements the partnership’s focus on integrating quantum inertial sensing with edge AI video processing.
2. Advanced Gyroscope Specs
The quantum NMR gyroscope measures rotation via shifts in Larmor frequency of nuclear magnetic moments, targeting bias drift below 0.01° per hour. Its compact SWaP-optimized design promises strategic-grade inertial sensing at a fraction of the size and cost of legacy systems.
3. Defense and UAV Impact
By combining real-time AI processing with ultra-precise quantum sensing, the hybrid navigation architecture offers a resilient GPS alternative for unmanned aerial and autonomous defense platforms. This advancement addresses increasing GPS disruption threats in contested environments and expands Maris-Tech’s edge AI video solutions.
4. Market and Next Steps
The collaboration targets the rapidly growing UAS market where reliable navigation is critical under GPS-denied conditions. Maris-Tech plans system integration trials with defense contractors later this year to validate performance and pursue initial deployment contracts.