New sensor solution for accurate UAV flight control

For example, LVDTs deliver position feedback on rudders that control the roll, pitch, and yaw of fixed-wing UAVs. On single rotor UAVs, linear position sensors serve as components in controlling the blade angle of attack. On multi-rotor UAVs used to carry payloads, embedded LVDTs can measure the mass and inertial forces of the transported object. Often, displacement sensors are mechanically linked to an actuator that controls the movement to the flap or mechanical indicator. Flight control systems rely on position feedback information to maneuovre the aircraft. NewTek LVDTs can be used on unmanned drones much in the same way.

In both manned and unmanned aircraft, weight is always of primary importance to reduce energy consumption or increase the payload. Lightweight and with a low mass core, NewTek Miniature LVDTs meet tight space and weight restrictions. These AC-operated sensors offer high response dynamic measurement with high shock/vibration resistance and long life to survive under the operating conditions on unmanned drones. Stainless steel housings and epoxy encapsulation protects units from environmentally hostile conditions.  

Based on microelectromechanical technology, the Miniature Linear Displacement Sensors offer high temperature stability, accuracy, repeatability and resolution. In addition to standard operating temperatures of -65°F to +275°F, NewTek offers options for venting up to 30 000 psi and temperature ratings to 400°F.

In addition to serving as feedback devices for unmanned drones, these miniature linear displacement sensors deliver position feedback for monitoring fuel/oil levels of airplanes and rudder positions of aircraft carriers, tanks ships and submarines.

Read the article online at: https://www.worldpipelines.com/equipment-and-safety/22042019/new-sensor-solution-for-accurate-uav-flight-control/