Autonomous Agriculture: Difference between revisions

Revision as of 00:36, 6 May 2024

Follow-me aerial drone slave to terrestrial drone doing the work.
Landing pad on the above terrestial drone.
Multiple deck landing pad for 100% fly time with 1 hour charge time (one or unlimited batteries)
Auto charging - feet or other connection is made to landing pad for charging.
Aerial drones are equipped with rtk gps for precision agriculture - data collection, testing, fertilizing, IPM pod delivery, seeding, etc.
Control joystick with smartphone controls the route.
Advanced programming on desktop for mission control
Automatic seed dispensing for drones and terrestrial seed loading
Automated harvest delivery
Storage vessels have bulk, metering, single seed deposit/extraction.
Automated tool changer: implement pickup and dropoff is automatic
Iterative prototyping with non-automated infrastructure up to the point that architecture is worked out, then we go into the automation aspect
Follow-me capacity for unlimited swarms
Follow-me smart controls for side switching and other parameters for follow. Follow the master or follow the slave.

@@ Line 9: / Line 9: @@
 *Automated harvest delivery
 *Storage vessels have bulk, metering, single seed deposit/extraction.
-*
+*Automated tool changer: implement pickup and dropoff is automatic
+*Iterative prototyping with non-automated infrastructure up to the point that architecture is worked out, then we go into the automation aspect
+*Follow-me capacity for unlimited swarms
+*Follow-me smart controls for side switching and other parameters for follow. Follow the master or follow the slave.