APPLICATIONS

Applications

Reliable guidance in GNSS-degraded environments.

Inertial navigation systems built on Epson IMUs are redefining autonomy. Whether in the air, on land, or at sea – Epson's high-performance motion sensors enable real-time positioning and guidance even where GNSS fails. AMCORIS supports integrators in building resilient navigation architectures with proven sensor solutions tailored to unmanned systems and mobile robotics.

Precision motion feedback for stabilized gimbals, payloads, sensors, and platforms

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.

Condition-aware systems using precision motion and vibration sensing.

Unplanned downtime is costly – early anomaly detection is key. Epson vibration and acceleration sensors, deployed via AMCORIS, provide the core of modern predictive maintenance strategies. Their ultra-low noise and long-term measurement stability make them ideal for FFT-based diagnostics, condition monitoring, and fault prediction in rotating and structural systems.

Inertial-aided spatial awareness for aerial and terrestrial mapping systems

Accurate mapping depends on precise spatial orientation and trajectory tracking – even without GNSS. With Epson’s high-performance IMUs and gyroscopes, AMCORIS enables robust mapping workflows that seamlessly bridge GNSS signal loss. Our sensors are embedded into airborne LiDAR platforms, survey UAVs, and mobile mapping systems to provide reliable pose estimation and georeferencing.

Real-time orientation tracking for structural safety, alignment, and automation

Precision tilt monitoring enables smarter automation and safer infrastructure. Epson’s high-resolution accelerometers and IMUs, available via AMCORIS, deliver reliable inclination data across rail systems, smart buildings, and mobile industrial equipment. With ultra-low noise and stable output under varying temperatures and vibration, these sensors allow real-time tilt monitoring in safety-critical and mission-driven environments.

Sensor-based monitoring and control for rail vehicles, bridges, and infrastructure systems

Accurate and responsive motion control is at the heart of advanced robotics. Epson’s high-performance inertial sensors – distributed by AMCORIS – enable stable and precise robot behavior across a wide range of autonomous, industrial, and collaborative applications. With ultra-low noise, minimal latency, and long-term stability, these MEMS-based modules are ideal for joint position tracking, trajectory correction, and feedback loops.