AMCORIS highlights Epson high-performance MEMS Inertial Measurement Units (IMUs) and gyroscopes for platform stabilization across Unmanned Aerial Vehicles (UAVs), marine systems, mobile robotics, and industrial platforms.
Stable platform control requires highly accurate motion sensing and low-latency feedback. Applications include EO/IR payload stabilization, antenna and radar stabilization, UAV flight stabilization, mobile robotics, construction and surveying equipment, and defense observation systems.
Key capabilities include real-time angular-motion compensation, low-drift roll, pitch, and yaw sensing, and integration with GNSS, vision systems, LiDAR, and flight controllers. The technology is designed for demanding environments involving high vibration, rapid dynamics, and challenging temperatures.
UAV EO/IR Gimbal Stabilization
In a UAV EO/IR gimbal application, an Epson high-performance MEMS IMU provides angular-rate and orientation data for real-time stabilization during aggressive flight maneuvers, wind gusts, and rapid platform movements.
The stated result is highly stable image acquisition, improved target-tracking accuracy, and reliable platform stabilization under dynamic flight conditions.
Marine Antenna Stabilization
For marine antenna stabilization, an Epson IMU provides continuous roll, pitch, and yaw compensation as vessels move due to waves and changing sea conditions.
The stated result is reliable antenna alignment, improved communication stability, and accurate platform compensation during continuous vessel motion.
Epson IMU Options
The range includes the M-G330PDG UART/SPI, a compact, cost-effective 6-axis IMU; the M-G366PDG UART/SPI for integrations where SWaP-C is critical; and the M-G370PDT UART/SPI, which provides long-term stability and accuracy for navigation and stabilization applications.
RS-422, CANopen, and J1939 options are also available across the range, supporting applications including offshore platform stabilization, subsea and Remotely Operated Vehicle (ROV) navigation, aerospace platform stabilization, mobile platform stabilization, heavy-equipment stabilization, and defense vehicle navigation.
