VARMAXAquaTech Platform
Future track · Simulation

Autonomous feed distribution across four ponds

A dedicated mission simulation: the drone launches from the dock station, flies to Pond 1, dispenses a calibrated feed pass, returns to the dock for a refill, then repeats for Pond 2, 3 and 4. This is a future concept — shown here as a mission model, not an implemented product.

15 · Autonomous Drone Feed DistributionFUTURE

Dock → pond → dock refill mission loop

Each pond is fed on its own sortie so hopper capacity, battery reserve and return-to-home margins stay bounded.

Loading field twin…
Mission state
Docked — mission not started

Drone is parked on the dock station with a loaded hopper. Start the mission to fly the four-pond feeding route.

Feed Drone · Mission Console
FUTURE
Battery
100%
Hopper
100%
Dispensed
0.0 / 15.0 kg
Altitude
0.5 m
Pond feed log
  • Pond 1queued
  • Pond 2queued
  • Pond 3queued
  • Pond 4queued
Route timeline
  1. Dock — arm & take off
  2. Transit → Pond 1
  3. Dispense over Pond 1
  4. Return → Dock
  5. Dock — refill hopper
  6. Transit → Pond 2
  7. Dispense over Pond 2
  8. Return → Dock
  9. Dock — refill hopper
  10. Transit → Pond 3
  11. Dispense over Pond 3
  12. Return → Dock
  13. Dock — refill hopper
  14. Transit → Pond 4
  15. Dispense over Pond 4
  16. Return → Dock
  17. Mission complete — landed
Mission loop
  • Arm and take off from the dock pad after pre-flight checks
  • Cruise leg to the target pond along the planned route
  • Calibrated broadcast pass with dispensing feedback
  • Return to dock, refill hopper, advance to the next pond
Safety envelope
  • GPS lock and geofence acknowledged before arming
  • Battery and hopper reserve checked at every dock stop
  • Obstacle handling and return-to-home fail-safe
  • Aborting a mission always ends at the dock station
Platform boundary
  • Separate safety-critical product track
  • Not coupled to motor-control logic
  • No unrestricted AI actions over flight
  • Feed logs sync to the platform after each mission