Stabilization platforms rely on accurate inertial feedback to counteract movement and maintain steady orientation. Epson IMUs and gyroscopes, distributed by AMCORIS, deliver ultra-low drift and high update rates for precise stabilization in air, land, and maritime environments. Ideal for EO/IR gimbals, camera platforms, satellite dishes, and autonomous sensor payloads.
Use Case Overview
Wheter mounted on UAVs, utility vehicles or marine vessels, modern stabilization systems require high-fidelity motion feedback to isolate optics or antennas from vibrations, tilts and platform motion
By integrating Epson's precision MEMS sensors into feedback loops, AMCORIS enables developers to implement responsive, low-latency control systems that maintain stable positioning during movement, wind, vibration or dynamic acceleration.
Key Performance attributes include:
- High sampling rates for closed-loop control
- Minimal Angular Random Walk (ARW)
- Ultra-low bias instability for accurate drift compensation
- Small, rugged sensor packaging for compact systems
Real-world Integration Example
A customer embedded the XV4311BD gyroscope into a mobile surveillance platform to ensure angular stability during motion. The system maintained precise directional alignment during transit and variable terrain conditions.
In a UAV-based stabilized EO/IR camera system, an M-G370PDG IMU was used to maintain optical pointing during strong crosswinds and turbulence. AMCORIS helped implement the data pipeline for real-time stabilization corrections.
Why AMCORIS
- Proven support for real-time stabilization platforms
- Pre-configured sensor kits and firmware tuning
- CAN/RS-422 interface boards and protocol templates
- Fast prototyping and technical integration support
