Good drone operations start before takeoff and continue after the aircraft lands. This section covers mission planning, crew roles, site checks, airspace considerations, checklists, batteries, payload setup, communications, abnormal situations, logging, and post-flight work. The focus is on repeatable procedures that help crews run missions with fewer surprises.
Topic
Drone Operations: Planning, Flying and Managing Missions in the Field
Latest topic news
Colorado high school team flew a rescheduled 300-drone community show
Reporting published 9 November describes St. Vrain Valley Schools students flying a 300-drone show on 28 October in Holyoke, Colorado, for a Make-A-Wish recipient. Bad weather had shifted the event from the preceding Sunday, requiring a midweek deployment by the student team.
Read newsMission Planner proposes repairing blank Android maps without restarting
Mission Planner PR 3862 reports that the Android Flight Data and Plan views may show an empty map while overlay controls still appear. It proposes restoring control double buffering under XplatUIMine.
Read newsPX4 protects 1.18 auxiliary global-position settings during upgrade
PX4 PR 29541 proposes migrating older EKF2 AGP auxiliary global-position parameters to the 1.18 per-source EKF2 AGPn layout. The author says release/1.18 has the new setting structure without corresponding migration.
Read newsEU Drone Summit begins in Brussels with operational implementation on the agenda
The European Commission's EU Drone Summit 2026 begins on 9 November and continues through 10 November in Brussels. Organizers scheduled technical and industry sessions on safe scale-up today, with high-level policy discussions planned for tomorrow. EUROCONTROL listed a U-space stakeholder meeting for this afternoon.
Read newsQGroundControl proposes nonblocking pause and mission-start commands
QGroundControl PR 15386 introduces proposed asynchronous FirmwarePlugin methods for pause and startMission across PX4 and ArduPilot subclasses.
Read newsTopic articles
ESC passthrough is a controlled handoff, not a spare serial port
An ESC configurator runs on a computer, while the electronic speed controller sits behind the flight controller on an aircraft. The laptop has USB; the ESC generally has a motor signal connection that is being used for something else. Letting the configurator read settings or flash firmware therefore requires a temporary change in ownership of that connection.
Read articleA camera model name should not decide where a ground station writes files
An onboard camera needs a name so that a ground-control application can show its settings. It should not get to choose a directory on the operator's computer.
Read articleSurviving a wall strike is not the same as recovering flight control
A quadcopter that survives a collision can still fall out of the air. The frame may remain intact while the aircraft tumbles, the propellers lose useful orientation and the state estimator stops trusting measurements that no longer resemble ordinary flight. Collision tolerance therefore has two distinct tests: whether the machine survives the impact, and whether it can regain controlled flight afterward.
Read articleA drone light show is a timing and separation problem before it is a picture
A hundred illuminated aircraft can form a readable shape for an audience while being dangerously close to one another in three-dimensional space. The artwork is the visible part of a drone light show. The less visible work is assigning each aircraft a time-indexed path, ensuring those paths remain separated when position and timing are imperfect, and deciding what the fleet does when an aircraft or communication link goes wrong.
Read articleA portable drone mapping mission needs more than portable waypoints
A survey can be flown by two aircraft along nearly identical tracks and still produce two datasets with different coverage, blur, coordinate quality and processing success. Copying the waypoint coordinates preserves only part of the plan. The photographs depend on a camera model, its shutter behavior, the aircraft's actual speed and height above the surface, and the way each flight stack interprets the mission.
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