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Home » Unmanned System Products » China Moneypro MEMS Inertial Measurement Module MOPKT6505
China Moneypro MOPA6 High-Density Integration I 6-DOF INS
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China Moneypro M850 UGV Craftd For Industrial Applications

China Moneypro MEMS Inertial Measurement Module MOPKT6505

This high-performance IMU (Inertial Measurement Unit) module provides real-time measurement of 3-axis angular velocity and 3-axis acceleration for moving platforms. It integrates advanced compensation algorithms, including full-temperature compensation and nonlinear correction, ensuring stable and accurate output under dynamic conditions. Designed with an industry-standard BGA package and SPI interface, it can be directly soldered onto PCB boards. It is a cost-effective, compact, and highly efficient solution widely used in UAVs, robotics, surveying, industrial control, and infrastructure inspection applications. The module is also pin-to-pin compatible with ADIS16505.

SKU: 54d86cb3b6a2 Category: Inertial Navigation MEMS/IMU/Gyroscopes
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  • Description
Description

Industry Pain Points

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Modern motion sensing and navigation systems often face several challenges:

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  • Inaccurate sensor data under temperature variations and harsh environments
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  • Poor dynamic response in high-speed or complex motion conditions
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  • High integration cost and complex system design requirements
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  • Limited compatibility between different IMU modules
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  • Difficult PCB integration and non-standard packaging formats
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  • Reliability issues in outdoor and industrial environments
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These limitations reduce system precision, stability, and deployment efficiency.

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⚙ Product Advantages

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This IMU module is designed to solve key industry challenges with high-performance engineering:

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  • ✔ Real-time measurement of 3-axis angular rate and 3-axis acceleration
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  • ✔ Built-in full-temperature compensation for stable performance across environments
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  • ✔ Advanced nonlinear compensation algorithm improves measurement accuracy
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  • ✔ Excellent dynamic response for fast-moving platforms
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  • ✔ Industry-standard BGA packaging for easy PCB integration
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  • ✔ Standardized solder ball layout and SPI communication interface
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  • ✔ Direct PCB soldering, reducing system complexity and cost
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  • ✔ High reliability and strong environmental adaptability
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  • ✔ Pin-to-pin compatible with ADIS16505 for easy replacement or upgrade
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Product Applications

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This IMU module is widely used in precision motion and industrial sensing fields:

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  • Unmanned aerial vehicles (UAVs) and autonomous flight systems
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  • Robotics and intelligent automation systems
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  • Mobile surveying and mapping equipment
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  • IoT motion sensing and smart devices
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  • Field exploration and geological detection
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  • Bridge, tunnel, and subway structural monitoring
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  • Industrial automation and control systems
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  • High-precision navigation and stabilization platforms
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⭐ Why Choose Us

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  • High-precision sensing with advanced compensation algorithms
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  • Stable performance in extreme temperature and dynamic environments
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  • Easy integration with standard SPI interface and BGA package
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  • Cost-effective design suitable for large-scale deployment
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  • Strong compatibility with ADIS16505 reduces replacement barriers
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  • Proven reliability in industrial-grade applications
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  • Optimized for both commercial and professional engineering use
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We provide a reliable, efficient, and integration-friendly IMU solution for demanding motion sensing applications.

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❓ Frequently Asked Questions (FAQ)

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Q1: What measurements does this IMU module provide?
It measures real-time 3-axis angular velocity and 3-axis acceleration.

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Q2: Does it support temperature compensation?
Yes, it includes full-temperature compensation and nonlinear compensation algorithms.

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Q3: Can it be directly mounted on a PCB?
Yes, it uses an industry-standard BGA package and SPI interface for direct PCB soldering.

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Q4: Is it compatible with other IMU models?
Yes, it is pin-to-pin compatible with ADIS16505.

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Q5: What industries can use this module?
It is suitable for UAVs, robotics, surveying, infrastructure monitoring, industrial control, and more.

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Parameter Unit Basic Model Model A
Gyroscope
Measurement Range (customizable) °/s ±500 ±500
Zero Offset (absolute value) °/h 180 180
Bias Instability (@Allan variance, 1s smoothing, 10°C, room temp) °/h 4 4
Bias Stability °/h 30 30
Bias Error over Full Temperature Range °/h 72 72
Bias Repeatability °/h 30 30
Bias Acceleration Sensitivity °/h/g 2 2
Scale Factor Nonlinearity ppm 200 200
Scale Factor Repeatability ppm 200 200
Random Walk °/√h 0.3 0.3
Cross Coupling % 0.1 0.1
Bandwidth Hz 345 345
Accelerometer
Measurement Range (customizable) g ±8 ±10
Bias Stability (10s smoothing, 10°C, room temp) mg 0.3 0.1
Bias Repeatability mg 0.3 0.1
Bias Error over Full Temperature Range mg 3 2
Bandwidth Hz 393 200 (adjustable)
Scale Factor Repeatability m/s/√h 3500 3500
Scale Factor Nonlinearity % 3500 3500
Cross Coupling Hz 0.1 0.1
Other
Startup Time s 1
Data Update Rate Hz 2000
Operating Voltage (DC) V 3.3±0.3
Power Consumption W 0.1
Ripple mV 100
Operating Temperature °C -45~85
Storage Temperature °C -55~85
Weight g 1.5±0.2
Dimensions mm 15×15×5.4
Interface SPI

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