Scout & Act
Send a drone to scout crop rows, review its candidate targets, then dispatch a coordinated rover fleet for local verification and targeted action.
Open projectFrom a single motor to a coordinated robot fleet. Step into interactive labs, test engineering decisions, and explore digital agriculture.
Explore. Experiment. Understand.
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Send a drone to scout crop rows, review its candidate targets, then dispatch a coordinated rover fleet for local verification and targeted action.
Open projectExplore a tagged worker and load-carrying robot in a greenhouse or pasture. Test following distance, an untagged visitor, signal loss, and both emergency stops.
Open projectFollow apples from inspection to a packed tray. Change grading limits and conveyor speed to explore quality decisions, robot timing, and missed picks.
Open projectFollow a sampling mission from station selection and core collection to container transfer. Explore sampling depths, rover motion and sample records.
Open projectManage living mulch between crop strips. Inspect the cutter, test obstacles and compare the field before and after selective mowing.
Open projectInspect orchard branches, compare pruning strategies, preview a robot approach, and watch a UR10e execute selected cuts while retaining the main tree structure.
Open projectCoordinate harvesting and transport robots, test bottlenecks, and compare dispatch policies and fleet sizes.
Open projectChange field spacing and terrain constraints to explore how an adaptable robot selects its geometry before a field pass.
Open projectDrive a mobile robot in an open field or greenhouse. Rotate the scene, switch between autonomous and manual operation, and test the emergency stop.
Open projectExplore an interactive greenhouse, adjust climate targets, challenge its control strategy, and inspect equipment, resource use, alarms, and imported sensor logs together.
Open projectConfigure a field robot’s chassis, drive, battery, sensors, and mission. Inspect the 3D design and engineering estimates, compare concepts, then run a kinematic drive test.
Open projectConnect simulated devices and trace an observation through validation, recommendation, human approval, execution, and feedback across irrigation, crop scouting, and ventilation.
Open projectAdd obstacles, move the goal and explore how an A* route changes with the robot footprint and clearance margin.
Open projectPlan row missions, check headland fit, and watch differential-drive wheel commands create a tracked trajectory.
Open projectRun a five-valve spot-spraying mission and compare modelled liquid use with continuous band spraying.
Open projectPlan a pick-and-place task with a six-axis UR10e model and inspect the joints, tool pose and transfer path.
Open projectExplore compact industrial pick-and-place with a FANUC LR Mate 200iD model and six-axis pose control.
Open projectCustomize sensor enclosures and mechanical parts with parametric shapes, outline editing, mounting bosses, vents, holes, and slots. Inspect the model and export STL or OBJ.
Open projectCompare heading PID, pure pursuit, discrete LQR and sampled NMPC on the same configurable robot and reference route.
Open projectFollow a moving robot while noisy UWB ranges produce a position estimate and measurable localization error.
Open projectCompare machinery capacity, power, costs, and work windows. Use 15 practical calculators, compare scenarios, and assemble a consultation report with visible assumptions.
Open projectExplore how ripeness, arm reach and mobile-base position shape a selective harvest.
Open projectCompare open-loop and PID motor-joint responses, then change loads and gains to see why feedback matters.
Open projectCreate parametric enclosures, brackets and custom shapes, inspect dimensions, and export meshes for a slicer.
Open projectCompare noisy UWB range estimates with a reference trajectory and export a scientific localization figure.
Open projectExplore the original robot configuration workspace with a live 3D concept, component inspection, engineering checks, parts list, and design comparisons.
Open projectExplore a six-axis teaching arm, select parts and destinations, and watch a pick-and-place sequence.
Open projectWatch a narrow mowing robot cover row lanes and explore how speed and cutting intensity change the animation.
Open projectA protected workspace for GPS recordings, connected device uploads, and field sessions.
Open projectExplore the proposed AGRIOS architecture, application areas and roadmap for connecting agricultural sensors, data platforms and robotic systems.
Open projectAn exhibition entry point for FieldPilot and Harvest Relay, bringing navigation and cooperative harvest logistics together.
Open projectMeet the robotics engineer and explore her work in agricultural mobile robots, mechanical modelling and dynamic simulation.
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Interactive demonstrations and decision tools from Adaptive AgroTech. Simulation outcomes depend on each model’s assumptions; they are not measured field performance.