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Flight Control System Description

1.   System Overview.   A typical UAV Navigation (UAVN) Flight Control System (FCS) consists of:
  Component Provided By
Onboard Elements
  • UAV Navigation:
    • External Magnetometer (MG01)
    • Target Drone Peripheral (TGTIO02).
  • External supplier: to see integrated peripherals list go to Knowledge Base article 'Introduction to Peripherals'
On Ground Elements
  • UAV Navigation:
    • Modem with 900 Mhz datalink (GCS03)
    • Modem without datalink (GCS03-NR)
  • UAV Navigation:
2.   Standard Setup: This configuration uses the VECTOR autopilot, a Joystick, an external radio (not supplied by UAVN), GCS03-NR and Visionair software.

3.   UAVN's APs are complete APs; they include an Air Data System (ADS - static and dynamic pressure gauges) and a GPS, both connected to an Internal Measurement System that contains accelerometers, gyroscopes, magnetometers and an internal CPU. These systems are connected to a flight control computer that implements aircraft control and communications with the GCS via a datalink and payload control.The schematic of a typical UAVN AP is as follows (VECTOR example):
4.   AP Navigation Control System Logic: the AP flies the aircraft in fully autonomous mode, from take-off to landing. Its Flight Plan Management (FPM) module will calculate the trajectory to guide the aircraft to the next waypoint (WP), and the FCS module will use the information provided by the Attitude and Heading Reference System (AHRS) to steer the aircraft in the desired trajectory. The following diagram explains the logic behind the navigation control system:
5.   Flight Modes: in the Knowledge Base article 'Basic AP Operating Modes' a table with the main Autopilot Flight Modes is displayed. The principal flight control modes are:



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