Ultra-Low Power Precision
The XV7021BB is a digital output gyro sensor with ultra-low power consumption, built-in filtering, and excellent bias temperature stability. With SPI/I²C interface and high precision, it is ideal for compact, energy-efficient systems.
Recommended Applications
Anti-vibration and attitude control in light industrial machines
Autonomous machines with low power requirements
Portable systems requiring accurate motion detection
Lightweight robotic platforms
Compact Motion Control
The XV7081BB is a digital gyro sensor with SPI/I²C interface, integrated filtering, and low power consumption. It delivers high precision and temperature stability, making it suitable for autonomous machines and robotic solutions.
Recommended Applications
Anti-vibration and motion control in industrial equipment
Autonomous machines and service robots
Mobile platforms for basic navigation tasks
Robotic arms and motion-sensitive devices
Compact Industrial Control
The XV7181BB is a digital output gyro sensor with SPI/I²C interface. It provides stable performance across a wide temperature range, includes a built-in temperature sensor, and features selectable digital filters. Perfect for compact industrial applications requiring vibration suppression and accurate attitude control.
Recommended Applications
Anti-vibration and attitude control in industrial systems
Autonomous driving equipment such as AGVs and robotic lawn mowers
Robotics with simple orientation detection
Compact navigation units for mobile platforms
Cost-effective / Entry Level
The M-G330PDG is a compact, cost-effective 6-axis IMU utilizing Epson’s proven MEMS technology. It delivers robust performance for applications where reliability and low cost are key, such as mobile platforms, robotics, or basic navigation systems.Recommended Applications
Mobile robots and service robotics
Basic navigation and tracking systems
Agricultural machinery (guidance systems)
Construction and surveying equipment
Gimbal and camera stabilization
Low-cost UAVs and UGVs
High Performance / Low Drift
The M-G370PDG is Epson’s high-performance 6-axis IMU with exceptionally low drift and excellent long-term stability. Designed for demanding applications such as precise navigation, stabilization, and positioning in challenging environmental conditions.
Recommended Applications
Precision navigation without GPS (GNSS-denied environments)
Autonomous land, air, and underwater vehicles
Military and defense applications
Long-term stabilization of gimbals, optical systems, and sensor platforms
Precision surveying and georeferencing
High-accuracy motion control in robotics and industrial machinery
Ultra Accuracy
High-precision 6-DOF IMU with RS-422 interface, designed for applications requiring maximum measurement accuracy and stability. Perfect for scenarios where even the smallest deviations are critical – in both navigation and motion control.
Recommended Applications
Precision surveying and georeferencing
UAV navigation with the highest accuracy demands
Stabilization of optical and geophysical sensor platforms
Dynamic positioning in the offshore industry
High-precision robotics and automation applications
Defense and military navigation under extreme conditions
Compact Industrial Sensor
The M-A352AD10 is a compact digital accelerometer designed for industrial condition monitoring and motion detection. With stable output and digital interface, it is well-suited for integration into IoT and predictive maintenance systems.
Recommended Applications
Industrial machine monitoring
Tilt and inclination measurement
Condition monitoring in IIoT systems
Robotics motion detection
Precision Motion Control
The M-A370AD10 is a high-accuracy accelerometer optimized for precise vibration and inclination measurements. It provides reliable data for navigation, stabilization, and advanced industrial applications.
Recommended Applications
Platform stabilization
Robotics and motion control
Navigation support in autonomous systems
Structural health and vibration monitoring
High-End Industrial Accuracy
The M-A552AC10 is a high-performance digital accelerometer offering excellent long-term stability and very low noise. It is ideal for demanding industrial and geophysical applications requiring precise acceleration and tilt measurements.
Recommended Applications
Precision georeferencing and mapping
Industrial platform stabilization
High-end robotics and automation
Earth observation and geophysical monitoring
Robust Reliability
The M-A552AR10 is a robust digital accelerometer with RS-422 interface for stable communication in harsh environments. Designed for high-reliability applications, it ensures accurate data in safety-critical and industrial monitoring systems.
Recommended Applications
Condition monitoring in heavy machinery
Vibration and tilt sensing in harsh industrial environments
Motion tracking in defense and security applications
Long-term industrial monitoring systems
Automotive Safety Grade
The XV4311BD is an automotive-grade digital gyro sensor, AEC-Q100 compliant and ISO26262-ready. It offers SafeSPI interface, integrated fault diagnosis, and excellent bias stability, making it ideal for safety-critical automotive applications.
Recommended Applications
Anti-vibration and stability control in automotive systems
Localization and navigation enhancement for ADAS / autonomous vehicles
Yaw-axis enhancement for vehicle control
Safety-related automotive applications
Automotive Safety Integration
The XC1011SD is a combined sensor that integrates a yaw-rate gyro and a dual-axis accelerometer in a single ultra-compact, low-power package. Featuring Epson’s Double-T quartz crystal structure, it ensures high reliability, built-in diagnostics, and outstanding shock and vibration resistance. With SPI digital output and compliance to AEC-Q100 and ISO26262 (ASIL D), it is optimized for safety-critical automotive applications.
Recommended Applications
Electronic Stability Control (ESC) systems
Yaw and acceleration monitoring in automotive safety platforms
Advanced driver assistance systems (ADAS)
Functional safety applications in next-generation vehicles
Compact Safety Grade
The M-G355QDG0 is a compact, lightweight 6-DOF IMU with built-in functional safety support (SIL-1 compliant according to IEC 61508). With its high stability, low drift, and simple interfaces (SPI/UART), it is especially suited for safety-critical applications in agriculture, construction, and robotics.
Recommended Applications
Driver assistance and automation systems in agricultural machinery
Guidance and stabilization systems for construction equipment
Safety-supporting systems in industrial automation
Motion and orientation tracking in industrial robots
Best SWaP-C (Size, Weight, Power, Cost)
The M-G366PDG combines an ultra-compact form factor with low power consumption and outstanding cost-to-performance ratio. Perfect for integrations where SWaP-C is critical – such as drones, unmanned vehicles, or portable systems.
Recommended Applications
UAVs and UGVs with strict SWaP-C requirements
Lightweight autonomous vehicles (air, land, sea)
Industrial and logistics robotics
Handheld or portable surveying systems
Stabilization of sensor platforms and antennas
Navigation systems for small marine or underwater vehicles
Advanced High-Performance
The M-G370PDT is a high-performance 6-DOF IMU with excellent long-term stability and accuracy. Designed for applications that demand maximum precision in navigation and stabilization, it provides reliable data even over extended periods.Recommended Applications
Precision navigation for autonomous ground and aerial vehicles
Stabilization of gimbals, platforms, and payloads
Georeferencing and mapping applications with high accuracy requirements
Defense and security systems focused on precise orientation tracking
Industrial high-end systems for robotics and motion control
Integration Ready
Compact, energy-efficient IMU with CANopen interface. Ideal for mobile robotics, UAVs, and industrial platforms requiring precise motion data with low size, weight, and power consumption.
Recommended ApplicationsAgricultural machine navigationConstruction vehicle guidanceMobile platform stabilizationRobotics motion controlGeneral inclination and tilt monitoring
Precision Link
High-end IMU with CANopen interface for maximum precision and stability. Designed for demanding navigation and stabilization systems in dynamic environments.
Recommended Applications
Survey-grade mapping and georeferencing
Gimbal and payload stabilization
Maritime and offshore dynamic positioning
High-accuracy robotics navigation
Defense-grade platform control
Fleet Optimized
Performance-optimized IMU with SAE J1939 interface, ideal for agricultural and construction machinery applications requiring low power consumption and accurate attitude sensing.
Recommended Applications
Fleet-wide navigation and tracking
Heavy equipment stabilization
Autonomous tractor guidance
Road construction machine alignment
Safety-critical tilt monitoring
Heavy Duty Precision
Premium IMU with SAE J1939 interface for heavy-duty vehicles, mining, and special-purpose machinery requiring top accuracy even under vibration and temperature variations.
Recommended Applications
Autonomous haul trucks in mining
Precision agriculture with RTK integration
High-accuracy earthmoving equipment control
Defense and military vehicle navigation
Complex motion control in large machinery
Signal Safe
Energy-efficient IMU with RS-422 interface for stable, noise-immune communication even in EMI-critical environments. Perfect for small to medium autonomous platforms.
Recommended Applications
Mining and underground vehicle navigation
Offshore platform stabilization
Autonomous guided vehicles (AGVs)
Crane and lifting equipment monitoring
Predictive maintenance with vibration data
Harsh Link
High-performance IMU with RS-422 interface, designed for harsh environments and long cable runs without loss of accuracy.
Recommended Applications:
Subsea and ROV navigation
Aerospace platform stabilization
Long-range UAV navigation
Rail and tunnel surveying
High-precision industrial alignment
Compact Vibration Monitor
The M-A342VD10 is a compact digital vibration sensor with built-in self-diagnostic functions. It delivers accurate vibration data for predictive maintenance and condition monitoring, supporting stable operation in industrial and IoT applications.
Recommended Applications
Predictive maintenance for industrial machinery
Vibration monitoring in rotating equipment (motors, pumps, fans)
Smart factory and IIoT condition monitoring systems
Early fault detection in automation equipment
Advanced Reliability Sensor
The M-A542VR10 is a high-stability digital vibration sensor designed for long-term reliability. With built-in diagnostics and wide operating range, it is ideal for demanding applications in predictive maintenance, ensuring maximum uptime of industrial assets.
Recommended Applications
Condition monitoring of heavy industrial equipment
Predictive maintenance in factory automation and robotics
Vibration analysis in power generation systems
Early detection of mechanical wear and imbalance
