FlightPlan + FlightPart

FlightPlan

Parameter Name	Datatype	Description
summary*	string	Summary of the flight or operation. This may be shared with others if you choose the `global` scope.
description	string	More details about the flight, such as the nature of the activity being undertaken.
parts*	`flightPart[]`	Each constituent segment that makes up the entire flight.
externalOperatorId	string	An identifier for the user that 'owns' the flight that is specific to your implementation, eg "user-123456". We use these to help you correlate in a multi-tenant scenario.
regulations	string[]	The regulations under which you seek to make your flight (e.g. LAANC). This feature is reserved for future use, but a dictionary of currently accepted values is provided.
identifiers	Dictionary[string, string]	Identifiers/signals given off by the craft that can be used to identify it.
pointOfContact*	contactDetails	The details for the point of contact that will be responsible for the drone's flight.
droneDetails	droneDetails	The physical and performance characteristics of the drone that will be making the flight.
conflictResolutionScope*	string	The scope under which the flight plan will be tested for conflictions against.
isDraft	bool	Whether or not the flight plan should be tangibly submitted.

A whole flight plan consists of one or many flight parts, where each is a distinct geographical, spatial, and altitudinal segment.

parts

The parts property is an array of flightPart objects.
A flightPart is logically a specific 'leg' of a journey. It's entirely your choice whether you wish to use multiple parts to break-up a journey and this is largely included for future compatibility. Please note that a flightPart is not a mechanism to specify multiple vehicles.

FlightPart

Parameter Name	Datatype	Description
id*	string	A unique identifier for this part of the flight.
geography*	geoJSON	The spatial area that this part will occupy. It should be formatted as GeoJSON, and can be either a LineString, Polygon, or Point.
start*	dateTime	The time at which this flight segment will begin.
end*	dateTime	The time at which this flight segment will be completed.
maxAltitude*	altitude	The highest point that will be reached in this part.

Depending on the type of flight and how you want to express it, different GeoJSON objects may be used. Any of:

Polygon: The flight will be taking place throughout a given area;
LineString/Point: The flight will be travelling through a set of waypoints.