The Certus Evo is a precision MEMS GNSS-aided Inertial Navigation System (INS) engineered for professional unmanned vehicles requiring Fiber-Optic Gyro (FOG)-like performance in a compact, power-efficient design. Delivering exceptionally accurate position, velocity, acceleration, and orientation, the system maintains reliable navigation data even under harsh vibration, dynamic motion, and intermittent GNSS coverage. Its low SWaP-C architecture makes it ideal for size- and power-constrained platforms, from autonomous aerial and ground vehicles to robotic payloads and marine systems.
Combining affordability with tactical-grade accuracy, Certus Evo integrates internal data logging and versatile communication interfaces for flexible system integration. Available in both rugged and OEM configurations, it supports license-free RTK positioning to achieve centimeter-level accuracy. The X20P variant includes an all-band GNSS receiver for expanded satellite coverage, while the MX5 model adds electronic protection features that enhance resilience against jamming and spoofing, ensuring mission reliability in contested environments.
Specifications:
| Roll & Pitch: | 0.03° |
| Heading: | 0.05° |
| RTK Position Accuracy: | 10 mm |
| MEMS Gyroscope Bias Instability: | 0.2°/hr |
| Update Rate: | 1000 Hz |
