Sensing & automationEXPLORE. INTERACT. UNDERSTAND.
The demonstration collection
Launch a demo, watch it in action,
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33 demonstrations to explore
Clear filters ×Sensing & automation
Navigation & controlIllustrative preview
Autonomous Navigation Lab
Add obstacles, move the goal and explore how an A* route changes with the robot footprint and clearance margin.
Field roboticsIllustrative preview
FieldPilot · Row Mission Lab
Plan row missions, check headland fit, and watch differential-drive wheel commands create a tracked trajectory.
Field roboticsIllustrative preview
Precision Weeding Lab
Run a five-valve spot-spraying mission and compare modelled liquid use with continuous band spraying.
Harvest & manipulationIllustrative preview
Manipulator Studio · UR10e
Plan a pick-and-place task with a six-axis UR10e model and inspect the joints, tool pose and transfer path.
Harvest & manipulationIllustrative preview
Manipulator Studio · FANUC
Explore compact industrial pick-and-place with a FANUC LR Mate 200iD model and six-axis pose control.
Design studioIllustrative preview
Part Studio Pro
Customize sensor enclosures and mechanical parts with parametric shapes, outline editing, mounting bosses, vents, holes, and slots. Inspect the model and export STL or OBJ.
Navigation & controlDemo screenshot
RobotDSS · Control Lab
Compare heading PID, pure pursuit, discrete LQR and sampled NMPC on the same configurable robot and reference route.
Sensing & automationDemo screenshot
UWB Robot Localization
Follow a moving robot while noisy UWB ranges produce a position estimate and measurable localization error.
Decision toolsDemo screenshot
AgMachinery
Compare machinery capacity, power, costs, and work windows. Use 15 practical calculators, compare scenarios, and assemble a consultation report with visible assumptions.
Harvest & manipulationDemo screenshot
Orchard Harvest Lab
Explore how ripeness, arm reach and mobile-base position shape a selective harvest.
Navigation & controlDemo screenshot
Motor Control Lab
Compare open-loop and PID motor-joint responses, then change loads and gains to see why feedback matters.