How can miniaturized IMUs break through the performance boundaries of drones and robots?

In scenarios where drones travel through complex terrain and robots navigate autonomously in dynamic environments, "attitude perception" is the core that determines performance. MEMS IMU ER-MIMU-064 is becoming a new generation benchmark for attitude perception in the field of drones and robots - it can stably output angular velocity and acceleration data, and can maintain measurement reliability in extreme environments.

Miniature design

The ultra-small size of 38.6mm x 44.8mm x 25.5mm and the weight of ≤70g make it easy to integrate into space-constrained micro-UAVs and small robot joints.

**Professional-grade performance: low cost without compromising accuracy**

Gyroscope:

Bias instability of 1 deg/hr and angular random walk ≤ 0.2 °/√h ensure the core accuracy of long-term attitude measurement.

The range reaches ±400 deg/s, which is suitable for high-speed maneuvering scenarios.

Accelerometer:

Bias stability < 50ug and bias repeatability of 100ug provide a high-confidence basis for velocity and displacement calculation.

The range covers ±30g to meet the needs of severe acceleration/deceleration.

Environmental adaptability: built-in temperature compensation ensures stable and reliable performance in a wide temperature range of -40°C to +80°C.

Core Applications of Drones and Robots

Drones: Provide real-time acceleration and angular velocity information for flight control systems, obtain stable roll, pitch, and yaw angle information, and achieve precise hovering, stable flight, and autonomous route tracking.

Provide attitude feedback for cameras or gimbals to achieve smooth, jitter-free image shooting or target locking.

Robots: Provide real-time attitude perception inertial data for foot-type robots, robotic arms, and AGVs to ensure motion balance, precise operation, and path tracking.

Motion Analysis and State Monitoring: Accurately measure the vibration, impact, and motion trajectory of robots for performance optimization and predictive maintenance.

Other Applications:

Unmanned Vehicle Perception: Provide acceleration and angular velocity information of vehicle attitude and motion state to assist positioning and control systems.

Marine Equipment: Measure and record the attitude and motion of ships or underwater platforms.