Flight Control

Problem

Choosing and integrating an open flight-control stack for a UAV program: firmware, sensors, GCS, simulation and the operational boundary between them.

Topic reviewed 2026-08-16 · Membership is an editorial index, not a compatibility or performance claim.

Engineering questions

• Which flight stack fits the airframe class and autonomy level of the project?
• How do firmware, MAVLink and the ground station stay version-aligned?
• Where should simulation sit in the development loop before hardware flights?
• What evidence is needed before trusting a stack for a specific mission?

Topic map

Stack layers: flight_control · sensors · communication_gcs · simulation · planning

Engineering scope and evidence boundary

This topic groups the release-backed flight-control records that OpenFly can verify from their official repository or project source. The page is an entry point for comparing the role of a flight stack, a flight-controller firmware project, and a command-line control tool without treating their different resource types as interchangeable. It deliberately keeps scope at the software and project-record level: aircraft hardware, measured flight performance, and compatibility claims remain outside the page unless a SourceRef records them. Resource cards expose the current verification status, maintenance signal, source tier, and retrieval date so a reader can move from the topic explanation to the underlying evidence.

Topic membership is an editorial index, not a compatibility or performance claim. Verify each resource through its SourceRef, retrieval date, and verification status.