Communications

The rover has to stay reachable from an operator station that may be a kilometer away, over terrain that will not cooperate. Trees, rises and the rover’s own chassis all sit between the antennas at some point in a run, and the link has to carry control, telemetry and enough video for an operator to drive an arm.

That makes this a measurement problem before it is a hardware problem. We need real numbers for what the link actually does at range and under load — not datasheet numbers — and a documented failure mode for what happens when it drops mid-task.

What makes it hard

Range and reliability trade against bandwidth, and the operator needs all three at once. Video wants throughput; control wants low, predictable latency; range wants a narrow, well-aimed link that the terrain keeps breaking. Resolving that is the job.

The non-line-of-sight case is where an aerial repeater comes in — a relay that buys back the geometry the terrain takes away. Scoping whether that is worth the weight, power and regulatory overhead is an open question this subsystem owns.

What you’d get out of it

Practical RF: link budgets you can defend, antenna measurements you took yourself, and a field-proven radio system. Very little of this is taught in a class and all of it transfers directly to aerospace, defense and telecom work.