I wonder if they could do instead a target projected onto the ground by laser from one or many drones flying above. Or perhaps they can use the laser arrangement used when projecting a huge image across an entire skyscraper. Alternatively, have a bunch of small drones on the ground move in a formation with the outline representing a carrier. The way they did it seems... cumbersome, with low reusability and a lot of cleanup. But what do I know?This simulated carrier is 300m+ long and has to travel at 60km/h+
Rail tracks are the only practical way of moving it
More images from the article:
Carrier target on rail (movable)
View attachment 78865
Also testing destroyer
View attachment 78866
I wonder if they could do instead a target projected onto the ground by laser from one or many drones flying above. Or perhaps they can use the laser arrangement used when projecting a huge image across an entire skyscraper. Alternatively, have a bunch of small drones on the ground move in a formation with the outline representing a carrier. The way they did it seems... cumbersome, with low reusability and a lot of cleanup. But what do I know?
Xi say in this video that there's 100km of track for the carrier target but I got my 37km figure from one of the sources that reported this news. I'm trying to find it and so far I found:
Good analysis on the mobile target.
Basically the same as Temstar posted, but also points out that the mobile target platform has EW, as seen during Zhuhai, so the PLARF simulates not only the evasive countermeasures, but also electronic ones.
24 miles = 38.6km, so close to the figure I saw. I wonder where the 100km figure came from.Satellite imagery from this month shows the carrier target some 12 miles south of the main storage site at the facility, while the railway appears to extend beyond this point by roughly the same distance again, suggesting a considerable construction effort.