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    9 Axis MEMS IMU Sensor for GPS/Camera/Automotive, RS232/TTL

    SKU: SUCH-IMU-AH200C
    $433.53
    ● 9-axis MEMS with gyroscope, accelerometer, and magnetometer. ● AHRS with Kalman filter and real-time attitude output. ● UART/USB interface with IAP support. ● IP65 aluminum enclosure, -25°C to +85°C.
    🚚 Free shipping
    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    The SUCH 9-axis MEMS IMU sensor fuses a 3-axis gyroscope, accelerometer, and magnetometer through Kalman filtering to deliver stable, real-time roll, pitch, and yaw data. With an IP65 aluminum housing, RS232/TTL output, and a -25°C to +85°C operating range, it holds steady heading accuracy under vibration, shock, and temperature change, making it well suited for GPS-aided navigation, camera or gimbal stabilization, and vehicle attitude sensing in automotive systems.

    Feature

    • 9-axis fusion: Gyroscope (±500°/sec), accelerometer (±8G), and magnetometer (±8 Gauss) with Kalman filtering for accurate roll, pitch, and yaw output.
    • High accuracy: <1.5° RMS heading and <0.5° dynamic tilt accuracy for reliable GPS-aided positioning.
    • Stable output: Zero-bias drift below 200°/hr and >100 Hz bandwidth for smooth tracking during fast movement.
    • Rugged design: 100g shock and 10 g_rms vibration resistance for automotive and mobile mounting.
    • Wide temperature range: Operates from -25°C to +85°C for consistent performance outdoors and under-hood.
    • Easy integration: RS232/TTL output for direct connection to controllers, GPS modules, and camera/gimbal systems.
    • Durable housing: IP65 aluminum enclosure protects against dust and moisture.
    • Long lifespan: MTBF ≥ 50,000 hours for continuous industrial and automotive use.

    Dimension (Unit: mm)

    Dimensions diagram of 9-axis MEMS IMU sensor

    Contacts

    Pin contacts diagram of MEMS IMU sensor interface

    Measuring Direction

    Measuring direction diagram of MEMS IMU sensor axes

    Specs
    Azimuth Measurement Range ±180° (Gyro & Magnetic North configurable)
    Measurement Accuracy (RMS) @25°C < 1.5° (under non-magnetic interference)
    Resolution < 0.1°
    Tilt (Roll & Pitch) Measurement Range ±180° Roll, ±90° Pitch
    Measurement Accuracy (RMS) @25°C < ±0.5° (Dynamic), < ±0.2° (Static)
    Resolution < 0.1°
    Gyroscope Measurement Range ±500°/sec
    Zero Bias Stability @25°C < 200°/hr
    Resolution < 0.1°/sec
    Bandwidth > 100 Hz
    Accelerometer Measurement Range ±8 G
    Resolution < 10 mg
    Bandwidth > 100 Hz
    Magnetometer Measurement Range ±8 Gauss
    Resolution < 2.5 mGauss
    Bandwidth 14 - 17 Hz
    Electrical Supply Voltage DC 3.3 - 5 V
    Power Consumption 35 mA (Typical)
    Output Interface UART (3.3V LVTTL) and USB (for EVM)
    Operating Temperature -25°C ~ +85°C
    Storage Temperature -40°C ~ +100°C
    Mean Time Between Failures (MTBF) ≥ 50,000 hours
    Shock Resistance 100g @ 11ms, three axes identical (half-sine)
    Vibration Resistance 10 g_rms, 10 ~ 1000 Hz
    Connector 4-pin Aviation Plug with 1m cable (or USB Debug Cable)
    Enclosure Material Aluminum Alloy, Brushed & Anodized
    Installation M3 Screws
    Weight 80 g (excluding cable)
    Ingress Protection (IP) Rating IP65
    Application
    MEMS IMU sensor used for vehicle navigation application

    Vehicle Navigation

    MEMS IMU sensor used for camera gimbal stabilization

    Gimbal Stabilization

    MEMS IMU sensor used for motion attitude sensing

    Motion Attitude Sensing

    FAQ
     

    Yes. Combined with a GPS receiver, the IMU sensor provides continuous roll, pitch, and yaw data that compensates for signal loss or drift, supporting more stable heading output during GPS-aided navigation.

     

    The sensor offers zero-bias drift below 200°/hr and over 100 Hz bandwidth, allowing it to track fast orientation changes and support smooth camera or gimbal stabilization.

     

    It is rated for 100g shock and 10 g_rms vibration, with an operating range of -25°C to +85°C, meeting typical automotive vibration and temperature requirements.

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