BNO080 9DOF IMU Sensor Module Precision Gyroscope Accelerometer Magnetometer for VR AR (1pc)

BNO080 Sensor Module 1pc Overview A compact sensor module based on the BNO080 model number, supplied in a TQFP package. Designed for sensor fusion and orientation tracking in computer and embedded applications. Low power dissipation and standard supply voltage allow easy integration into existing systems. Key benefits Accurate orientation and motion sensing through multiple rotation vector outputs for reliable attitude estimation. Low drift and low static error support longer stable operation without frequent recalibration. Low power design and standard supply voltage for straightforward hardware integration and efficient operation. TQFP package enables solderable PCB mounting for compact system designs. Performance and sensor specifications Rotation Vector: Dynamic error 3.5 deg, Static error 2.0 deg Gaming Rotation Vector: Dynamic error 2.5 deg, Static error 1.5 deg, Heading drift 0.5 deg / min Geomagnetic Rotation Vector: Dynamic rotation error 4.5 deg, Static rotation error 3.0 deg Gravity angle error 1.5 deg Linear acceleration accuracy 0.35 m/s2 Accelerometer accuracy 0.3 m/s2 Gyroscope accuracy 3.1 deg / sec Magnetometer accuracy 1.4 T Technical and compliance details Model number: BNO080 Sensor Module Package: TQFP Type: Module Application: Computer and embedded systems Dissipation power: low Supply voltage: standard Operating temperature: normal concern chemicals: None Integration and compatibility Standard electrical characteristics and TQFP package make the module compatible with common development boards and custom PCB designs. Suitable for systems that require sensor fusion outputs such as rotation vectors and geomagnetic vectors. Module form factor supports soldered integration for compact devices. Typical use scenarios Head tracking and motion sensing for virtual reality or augmented reality peripherals where low heading drift and low static error improve user experience. Orientation and stabilization in robotics and remote controlled vehicles where combined rotation and acceleration accuracy are needed for control and navigation. Motion input and gesture recognition for gaming controllers or interactive devices that benefit from gaming rotation vector performance and low latency fusion. This description maintains the module specifications and performance metrics for engineering evaluation and integration planning.