Autonomous Agriculture

• Follow-me repeater infrastructure - one aircraft carrier stops and another continues
  • Autocharging dock repeater: continuous uptime as 4 batteries of 15 minutes flight time charge 3 at a time
• 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.
• Stackable power units
• Amphibious 5 medium vehicles for under water, above water, land, hovercraft, air, and tunnel
• Space frames for any size.
• Steel production for stock metal.