There's numbers.. Systems using missiles can be zerged with disposable decoy drones until they have no ammo or tricked if using thermal tracking. Gun based ones can have a hard time tracking/predicting if the drones randomize movement around their attack vector and/or randomize speed.
The environment and the approach will matter as well. They come in low, tracing the terrain or snaking through it, will make keeping lock hard. What if it's rush hours and they come in just above car height along a crowded street.
Then, of course, you can just have them semi-adapt. If they see a bunch of explosions in the air around them maybe switch to pre-programmed mission #2?
Defending against drone swarms is going to be tricky. Here they only had a few low tech ones and had a significant impact. I wonder how one would go about designing a system that should go for a target but be in no rush to get there though..
There's numbers.. Systems using missiles can be zerged with disposable decoy drones until they have no ammo or tricked if using thermal tracking. Gun based ones can have a hard time tracking/predicting if the drones randomize movement around their attack vector and/or randomize speed.
The environment and the approach will matter as well. They come in low, tracing the terrain or snaking through it, will make keeping lock hard. What if it's rush hours and they come in just above car height along a crowded street.
Then, of course, you can just have them semi-adapt. If they see a bunch of explosions in the air around them maybe switch to pre-programmed mission #2?
Defending against drone swarms is going to be tricky. Here they only had a few low tech ones and had a significant impact. I wonder how one would go about designing a system that should go for a target but be in no rush to get there though..