The primary challenge for UGVs remains communication stability. Near the ground, radio signals degrade rapidly, while enemy trench-level EW can disrupt control at distances as short as 50โ100 meters.
Effective solutions include fiber-optic control and mesh networks, often supported by aerial relay drones. Unlike UAVs, ground platforms are critically dependent on terrain conditions such as mud, debris, and uneven surfaces. Even a single immobilized vehicle can block the movement of an entire group.
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The main battlefield roles of UGVs include:
Logistics and casualty evacuation (CASEVAC), currently the most widespread role;
Fire support, including platforms equipped with machine guns or automatic grenade launchers, sometimes integrated with anti-tank guided missiles (ATGMs);
Engineering tasks, such as remote mining and demining;
Reconnaissance (ISR), including surveillance and detection of enemy positions;
Electronic warfare and communications, including mobile relay and EW payload carriers.
At the same time, the human-in-the-loop (HITL) principle remains central, with decisions on the use of lethal force typically retained by the operator.
Dunno who writes this, but no one actually uses mesh networks or fiber optics around hot parts of the front line, it's either lte or starlink. Like everything else is just dump half of the drone into junk install starlink, you've got yourself mavlink over internet, go do your logistical missions or kill someone lol.