Drop a sensor.
Keep the eyes.
Module ESP — Extended Sensor Pods — packs extended senses into droppable pods a machine disperses along its mission: cameras and probes without locomotion, watching continuously where the fleet only passes by. Placed by machine, meshed into the fleet, recovered on the return leg.
Coverage that stays
after the machine moves on.
A pod is the dumb-module idea taken to its conclusion: sensing that doesn't even need wheels. The machine provides the locomotion once — at drop-off and pickup — and the pod provides presence the whole time in between.
Extended senses, parked
RGB and thermal-infrared cameras, microphones, environmental probes — the same dumb sensor modules the machines carry, packaged to sit still and watch. Understanding stays in the brain and the fleet; the pod just streams calibrated signal.
Placed, not driven
A pod has no locomotion of its own. A machine carries a rack of them and drops one wherever the mission needs persistent eyes — a gate, a ridge line, a field corner, a pipeline joint.
Continuous where machines are periodic
A patrol passes a spot every hour; a pod watches it every second. Dispersed pods turn a route into a field of coverage — the fleet sees between its own passes.
Budgeted to dwell
Low-power sensing profiles, wake-on-motion, and optional solar keep a pod on station for days to weeks. Battery state is telemetry; a low pod becomes a pickup task on the next pass.
Meshed into the fleet
Pods report through passing machines or directly to Titan Command Center where a link exists. Their observations land in the same world model, alerts, and audit chain as everything else.
Dispersed, recovered, redeployed
Deployment is a mission task: drop a pattern of pods, collect them on the return leg, recharge at base. With the Module 1T3F hand, placement and recovery need no human in the field.
One pod rack.
Four verticals.
Seed the perimeter with pods at blind spots and choke points. The patrol route covers movement; the pods cover the gaps between passes.
Drop pods across fields for continuous soil, moisture, and pest observation between coverage runs — the field reports in even when no machine is on it.
Disperse listening and thermal pods across a search grid. Cleared sectors stay watched — a late sign of life reopens the sector automatically.
Station pods at pipeline joints, substations, and remote assets for continuous condition monitoring between inspection rounds.
Fleet math: a pod costs a fraction of a machine and holds a position indefinitely. Machines go where the mission moves; pods hold where the mission watches. Together, a small fleet covers like a large one.