Adaptive AgroTech original logoAdaptive AgroTechAGRICULTURAL ROBOTICS LABOFFLINE EXHIBITION EDITION
TWO ENGINEERING DEMONSTRATORS

Test the operation.
Understand the trade-offs.

Explore how field geometry, robot control and transport logistics change what an agricultural robot fleet can achieve.

FieldPilot simulated robot following a planned orchard routeFieldPilot robot detail01 / NAVIGATION & CONTROL
CAN THE ROBOT COMPLETE THE ROUTE?

FieldPilot

Plan row missions, check turning space, compare the driven trajectory with the plan, and see how wheel commands create motion.

3D field + live robotHeadland feasibilityObstacle brakingCustom waypoints
Open FieldPilot↗
Harvest Relay simulated orchard with harvesters, transport robots and depot02 / COOPERATIVE FLEET LOGISTICS
WHAT IS HOLDING THE HARVEST BACK?

Harvest Relay

Match transport capacity to the picking operation. Track every kilogram, test disruptions, and compare fleet sizes using the same crop and shift.

Finite crop + bin inventoryDispatch comparisonDepot queueFleet sizing
Open Harvest Relay↗

Made for demonstrations

Both demos open offline, have English/German controls and use your browser’s full-screen mode. Harvest Relay includes an automatic booth tour.

Useful engineering questions

Explore turning clearance, path tracking, transport delays and resource bottlenecks. Export scenario data and simulated results to continue the discussion.

Explicit model boundaries

These are illustrative simulations, not calibrated digital twins or physical robot controllers. Model assumptions are included inside each demo and in the presenter guide.