Geodetics is an Advanced Sensing and Navigation Company Based in the USA Geo-hNAV® Hybrid Dual-GPS/INS Navigation System Geo-hNAV™ is a ruggedized, fully-integrated hybrid dual-GPS-aided inertial navigation system which delivers consistent position and attitude measurement accuracy whether the platform is static or moving. Geo-hNAV Commercial Designed for civilian navigation applications (no ITAR restrictions) Geo-hNAV SAASM Designed for navigation applications that have a Flexibility Multiple IMU configurations available with internal MEMS or external FOG/RLG IMUs Multiple GPS configurations available with both civilian and SAASM receivers High Navigation Performances Centimeter level positioning with dual-frequency RTK configuration 0.05° heading measurement accuracy both in low and high dynamic conditions (for 3 m GPS baseline separation) Easy to Integrate into Your System SWaP, BIT with log Several types of data interface: RS-232 and Geo-pointing for onboard sensors for low dynamic platforms such as aerostats, boats, tanks Camera, EO/IR sensor stabilization Antenna pointing Weaponry pointing Vehicle testing in static and mobile conditions Hovering UAS platforms Geo-hNAV configurations can be customized to satisfy the most demanding inertial navigation accuracy and performance requirements High Dynamic Antenna - Camera Low Dynamic Camera - LiDAR Camera - LiDAR Static Antenna y 2649 Ariane Drive San Diego, CA 92117 ^ (858)729-0872

Geo-hNAV Configurations Non-ITAR Configurations GPS Sensor IMU Tactical-RTK L1/L2, RTK-Enabled Internal Quartz MEMS ITAR Configurations GPS Sensor IMU Tactical RTK-SAASM L1/L2 SAASM, RTK-Enabled Internal Quartz MEMS Advanced SAASM L1/L2 SAASM, RTK-Enabled External FOG or RLG (other IMU's available upon request) Output Rates Through Serial or RS232 Interface Tactical, Tactical-RTK, Tactical-RTK SAASM Configuration (IMU) Navigation Data Output Rate Advanced, Advanced SAASM MEMS 1 Bias Stability < 0.1 mg MEMS 2 Bias Stability < 0.1 mg FOG Bias Stability...