The phrase "aircraft control system" is correct and usable in written English.
It can be used in contexts related to aviation, engineering, or technology when discussing systems that manage the operation and control of aircraft.
Example: "The aircraft control system is crucial for ensuring the safety and efficiency of flight operations."
Alternatives: "aviation control system" or "aircraft management system".
A design example of the robust-optimal output feedback controller for the AFTI/F-16 aircraft control system with the time-varying elemental parameter uncertainties is given to demonstrate the applicability of the proposed new integrative approach.
The success in implementing a nonlinear controller using the Nonlinear Energy Method (NEM) in the longitudinal dynamics of the aircraft has surfaced the need to design the lateral controllers and its integration to the entire aircraft control system.
An aircraft control system is a hard real-time system, as a single flight error might be fatal.
The Ethiopian government said data from the plane's recorders showed "repetitive uncommanded aircraft nose-down conditions" and said Boeing should review its aircraft control system.
The paper analyzes the feasibility of realization of aircraft control system with the speech recognition module for general aviation aircraft.
Specifically, the report said Boeing should review the aircraft control system, and aviation authorities must ensure the issue has been solved before permitting the 737 Max back into the air.
In classical aircraft control systems, overlaps in control systems often reduce the efficiency and effectiveness of the overall control of the aircraft.
To preserve closed-loop stability and performance, the actuator loss in aircraft control systems is usually compensated by increasing the activity of the operational actuators.
The clearance problem is related to prove that aircraft control systems are capable of keeping it flying within flight envelope bounds, regardless of pilot inputs and environmental conditions.
PAA deposited in aerodynamically quiet regions can produce gel deposits which have adverse effects on the performance of aircraft control systems.
AV technology builds on many existing innovations impacting related industries including factory production (machine automation), telecommunications (information technology), aircraft control systems (autopilot) and terrestrial navigation (GPS).
