Witmotion WT9011DCL MPU9250 Bluetooth Accelerometer Sensor, High-Precision 9-Axis Gyroscope, Angle (XY 0.2), Magnetometer, 3-Axis AHRS IMU for Arduino

Description

• Witmotion WT9011DCL MPU9250 Bluetooth Accelerometer Sensor for Arduino
• Accurate data output of 3-axis XYZ (Pitch Roll Yaw) Acceleration + Gyro + Angle + Magnetic field
• Bluetooth coverage range is within 90 m without obstacles
• Robust design: Bluetooth 5.0 with low consumption for a battery life of ~ 10 h
• Compatible with Android Phones and PCs

The Witmotion WT9011DCL MPU9250 Bluetooth Accelerometer Sensor, High-Precision 9-Axis Gyroscope, Angle (XY 0.2), Magnetometer, 3-Axis AHRS IMU for Arduino is designed to measure 3-axis angle, angular velocity, acceleration, and magnetic field. Its strength lies in its algorithm, which can accurately calculate the three-axis angle.

With its robust housing and small outline, this sensor is perfectly suitable for industrial retrofit applications such as motion capturing and engineering machine monitoring.

The Witmotion WT9011DCL features a patented zero-bias automatic detection calibration algorithm and R&D dynamic fusion algorithm, which outperform traditional accelerometer sensors.

View moreWhat’s Included

1x WT9011DCL BLE 5.0 Sensor with Type-C Interface

1x Type-C Cable

1x Welcome Guide (Adapter not included)

Dimensions32.5 x 23.5 x 11.4 mmLinksAttached files

• WT9011DCL-BTL5 Datasheet.pdf
• WT9011DCL-BTL5 Manual.pdf

Multimedia

https://www.youtube.com/shorts/SglMWn8ow78

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Current: 16 mA

Working Temperature: -40 to +85 C

Battery life: approximately 8 hours

Battery Capacity: 130 mAH

Data output frequency: 0.2-200 Hz

Interface: Type-C, Low-energy Bluetooth 5.0

Baud Rate: 115200 (default, cannot be changed)

Voltage: 3.3-5V, built-in rechargeable battery (130 mAh capacity, 3.7V)

Output Content: 3-axis Acceleration, Angle, Angular Velocity, Magnetic Field, Quaternion

Range: Acceleration (+-16g), Gyroscope (+-2000 /s), Magnet Field (+-4900uT), Angle (X, Z-axis: +-180 , Y +-90 )

Resolution: Acceleration (0.005g), Gyroscope (0.61 /s), Magnet Field (16 bits)

Angle Accuracy (after calibrated): X, Y-axis: 0.05 (Static), X, Y-axis: 0.1 (Dynamic)

Note: The Z-axis angle will be affected by the magnetic field. It is required to calibrate and keep the sensor at least 20cm away from objects such as metal that may create magnetic field interference