The ML7700-IMU is an inertial attitude sensor developed by Maike Sensing MEMS inertial measurement platform, which integrates X, Y, and Z-axis accelerometers, magnetic sensors, and angular velocity inertial units. It is mainly used to measure the deflection angle, acceleration, angular velocity, and magnetic field size of moving objects. It has the characteristics of high performance, waterproof, anti vibration, lightweight, and anti electromagnetic interference. It adopts uninterrupted internal self checking technology, filtering algorithm, and self-developed resonance elimination technology. It integrates magnetic sensor technology and patented inertial navigation algorithm. By fusing multiple models of attitude angle data, it solves the problem of short-term drift of ordinary gyroscopes due to surrounding noise or vibration interference sources, and can maximize the solution of yaw angle magnetic interference and yaw angle zero point correction.

The product has a higher cost-effectiveness and smaller size compared to fiber optic inertial navigation; In the application fields of robot vehicles, navigation, AGV vehicle orientation guidance, unmanned aerial vehicles, position control and attitude control of moving objects, etc., it replaces the shortcomings of traditional robot vehicles using magnetic strips for guidance, without the need to arrange numerous magnetic strips on the site.

Key Features

● Yaw angle ± 180 ° (360 ° optional), accuracy 0.05 ° ● Anti mechanical vibration ● Industrial grade design ● Wide voltage input DC 9-36V (5V optional)

● Wide temperature operation -40~+85 ℃ ● All solid state, anti electromagnetic interference ● Acceleration 0.001g, angular velocity 0.005 °/S, magnetic field ± 1mG ● Working current 80mA

● IP67 protection level ● Output RS232/RS485/TTL (optional) ● Small size (60 * 59 * 29mm) (customizable)

Product Application

● Individual combat equipment ● Satellite solar antenna positioning ● AGV car ● Mining machinery, petroleum logging equipment ● Guidance and navigation

● High speed train sway damping ● Unmanned aerial vehicle positioning and navigation ● Based on tilt monitoring ● Various engineering machinery angle control ● Motion attitude control