What I am wondering about is, would altering the trajectory in this manner be done as a way to conceal their launch location to a degree?
Not when they are dragging massive plumes of smoke and water condensate after them.
What I am wondering about is, would altering the trajectory in this manner be done as a way to conceal their launch location to a degree?
Not when they are dragging massive plumes of smoke and water condensate after them.
Hmmm, obviously HIMARS launchers are not easy target to catch given what we've seen in Ukraine, and you can see how much effort PLA is putting into catching them in Taiwan just from watching this exercise.Only to the point that there are credible fifth columnist or SpecOps with eyes on and ability to geolocate accurately the origin of these smoke trails.
This is not run-of-mill GMLRS 80km range which is well within range of counter-battery radars or even observation via UAVs. A launch site 300-400km out from Taiwan is definitely putting the missile climb phase out of view of any credible counter-battery radar or UAV observation. Question then is how much of obfuscative trajectory deviation can be put in before the missiles climb high enough to be detected/observed and ballistically back tracked to geolocate the launch site.
Or they could be heading to different impact sites and we're just shown one in the video![]()
Hmmm, obviously HIMARS launchers are not easy target to catch given what we've seen in Ukraine, and you can see how much effort PLA is putting into catching them in Taiwan just from watching this exercise.
Is the reverse also true for PHL-191 given it's larger size?
Only to the point that there are credible fifth columnist or SpecOps with eyes on and ability to geolocate accurately the origin of these smoke trails.
This is not run-of-mill GMLRS 80km range which is well within range of counter-battery radars or even observation via UAVs. A launch site 300-400km out from Taiwan is definitely putting the missile climb phase out of view of any credible counter-battery radar or UAV observation. Question then is how much of obfuscative trajectory deviation can be put in before the missiles climb high enough to be detected/observed and ballistically back tracked to geolocate the launch site.
Or they could be heading to different impact sites and we're just shown one in the video![]()
It's hard to say. The decreasing cost and widespread availability of long-range reconnaissance drones, along with the increasing feasibility and economics of deploying space-based reconnaissance, will narrow the window of opportunity for MLRS to evade detection.Only to the point that there are credible fifth columnist or SpecOps with eyes on and ability to geolocate accurately the origin of these smoke trails.
This is not run-of-mill GMLRS 80km range which is well within range of counter-battery radars or even observation via UAVs. A launch site 300-400km out from Taiwan is definitely putting the missile climb phase out of view of any credible counter-battery radar or UAV observation. Question then is how much of obfuscative trajectory deviation can be put in before the missiles climb high enough to be detected/observed and ballistically back tracked to geolocate the launch site.
Or they could be heading to different impact sites and we're just shown one in the video![]()
You can see them with aerial or even satellite assets.
It's hard to say. The decreasing cost and widespread availability of long-range reconnaissance drones, along with the increasing feasibility and economics of deploying space-based reconnaissance, will narrow the window of opportunity for MLRS to evade detection.
We've overlooked this fact because we've assumed the PLA will gain strong air superiority in the Taiwan Strait, but this doesn't mean the PLA is becoming complacent.
long range in Ukraine is like 50km. It is a completely different ball game in Taiwan, a lot of the lessons in Ukraine cannot be directly applied to Taiwan.It's hard to say. The decreasing cost and widespread availability of long-range reconnaissance drones, along with the increasing feasibility and economics of deploying space-based reconnaissance, will narrow the window of opportunity for MLRS to evade detection.
We've overlooked this fact because we've assumed the PLA will gain strong air superiority in the Taiwan Strait, but this doesn't mean the PLA is becoming complacent.