A compact, high performance Inertial Navigation System with GNSS/GPS receiver. A low noise inertial suite and Extended Kalman Filter enable accurate position data through GPS denial. The LandMark™005 INS/GPS is a preferred choice for applications in land, air and sea.

The LandMark™005 INS/GPS is a high performance, low noise Inertial Navigation System with 72 Channel GNSS and VELOX™ High Speed Processing. An Extended Kalman Filter is included for turning error correction and continuous output during GPS denied outages – within 3 NMPH Free Inertial. This INS/GPS is highly durable and can withstand environmental vibration, shock, and EMI typically associated with commercial aerospace requirements. The LandMark™005 INS/GPS is well suited for UAV flight control, navigation, stabilization and pointing in size restricted applications that need precision inertial performance.

Key Specifications:

• 3 NMPH Free Inertial (Short Term)
• 0.0028°/sec/√Hz ARW, 0.05mg /√Hz VRW
• VELOX™ High Speed Processing
• 10Hz GPS position Update Rate
• SWaP-C
• Development Kit Available
• Non-ITAR

A high performance Inertial Navigation System with GNSS/GPS receiver. Our lowest noise inertial suite and Extended Kalman Filter enable our most accurate free inertial performance during GPS denial. The LandMark™60 INS/GPS is a preferred choice for customers who want the very best in a SWaP-C MEMS INS/GPS. 

The LandMark™60 INS/GPS is a high performance, low noise INS/GPS with 72 Channel GNSS, RTK and VELOX™ High Speed Processing. An Extended Kalman Filter is included for turning error correction and continuous output during GPS denied outages. This INS/GPS is highly durable and can withstand environmental vibration, shock, and EMI typically associated with commercial aerospace requirements. This INS/GPS is well suited for flight control, navigation, stabilization, pointing, general aviation, and automotive testing.

Key Specifications:

• 2 NMPH Free Inertial (Short Term)
•  0.0016°/sec/√Hz ARW,  0.028mg /√Hz VRW
• VELOX™ High Speed Processing
• 100Hz update rate
• CAN bus 2.0B at 1 MHz
• SWaP-C
• Development Kit Available
• Non-ITAR