ZL9NSQ 3D Wireless IMU Sensor (0.05° Static Accuracy, 250Hz Output, Bluetooth)

Struggling with motion drift in VR prototypes or robot stabilization? The ZL9NSQ 9-axis IMU sensor eliminates calibration headaches with 0.05° static accuracy and <1°/hr heading drift – outperforming typical MEMS sensors by 3x. Compatible with Arduino, Raspberry Pi, and ROS systems, this Cortex-M4F powered module streams 250Hz raw data while resisting magnetic interference.

Military-Grade Motion Capture

9-axis fusion (accelerometer/gyro/magnetometer) detects subtle movements down to 0.01° resolution – critical for surgical robotics and drone stabilization. ±16g accelerometer range captures high-G impacts without saturation.

Wireless Freedom with Zero Latency

Bluetooth 5.0 + UART/SPI enables cable-free integration in VR headsets or wearable tech. The pre-loaded IMU Motion Engine processes data onboard, reducing host CPU load by 60% compared to raw sensor kits.

Developer-Ready Platform

Open-source SDKs support Python, C++, and ROS2. Chain multiple IMUs via SPI for full-body motion tracking systems. Includes auto-calibration algorithms that compensate for temperature shifts (-30°C to 70°C).

Power-Optimized Design

Operates at 180μA standby current with dual power inputs (3.3V/5V). The 10,000-hour MTBF ensures reliability in 24/7 industrial applications like CNC machine monitoring.