Inertial sensors are an important component of drones, which can detect and control the motion of drones by measuring their acceleration, angular velocity, and directional information. Specifically, it can help unmanned aerial vehicles achieve multiple functions such as attitude control, navigation, flight control, and autonomous flight.
Attitude control: The attitude control of drones relies on accurate angular velocity and angle measurement. Inertial sensors can measure the acceleration and angular velocity of drones and transmit the data to the control system, enabling the drone to maintain a stable attitude.
Navigation: The navigation of drones requires accurate attitude, position, and speed information. Inertial sensors can provide acceleration and angular velocity data of unmanned aerial vehicles, which can be combined with data obtained from other sensors for fusion. This helps determine the position and direction of the drone.
The Forsense technology inertial sensing module provides precise, high_speed, and reliable data for drone navigation and automatic control systems, ensuring precise navigation and automatic control of drones, and improving their performance and safety.
High accuracy: Inertial sensors determine the position and attitude of an object by measuring its acceleration and angular velocity, with high accuracy and reliability.
High response speed: Forsense Technology's inertial sensors have a high refresh rate and can detect real_time changes in the body's posture, thus quickly responding to any unreasonable changes in the body's posture.
Strong reliability: Our products undergo batch refinement temperature compensation and independent turntable calibration before leaving the factory. With a strict and scientific experimental verification system, we design and comprehensively test and verify factors that may affect the integrated performance or reliability of IMUs during the production process, ensuring that each IMU can operate reliably throughout its lifecycle.
Small size: Forsense Technology's inertial sensors have a compact and compact design, making them easy to install on the body of drones.
High cost_effectiveness: Simplify design as much as possible without increasing user experience, reduce design complexity and cost, and adopt more direct and reliable design implementation. Assist drone systems in reducing costs.
Excellent Algorithm: With years of experience in MEMS inertial sensor fusion and self_developed multi_dimensional fusion algorithms, we help customers save a lot of product import time, reduce technical difficulties in client use, and reduce technical investment.