Hey guys kinda weird ask but can anyone find a source (that must be able to be used in bug reports) on the PL-8B? Thanks!
Second hand source works because I already have one, English or Chinese it doesn’t matter.
Edit: Brain forgot to put this in, but ideally it says the PL-8B used domestic Chinese components and has visible differences to the PL-8, it’s not needed completely though. Thanks!
Need to prove to Gajing it is an actual missile and not a model, cause Gaijing believes SD10A is the ‘exact copy’ of PL12.
Also just to ask, what plane was this mounted on?
Right: clarify, I’m following Gaijing logic
It is a cargo UAV (which one?) which means that we are not sure it can be fired, and from our pov it is just a model or simply used for transport, unless accurate sources aka give us some stuff we know are classified or we won’t add it.
it’s a different missile, it’s relationship to original PL-11 is limited to name and size, the wing design, and possibly electronics and rocket is totally different.
It’s developed by old PL-11’s institute, which is not same institute of PL-12, that’s why it’s named after PL-11.
Considering that PL-11 is a little larger than PL-12, this should have even more range than PL-12.
PL-8 is very old missile, no reason to keep using it, this should be a IIR seeker.
Though, like I said, it’s just difference in the window material, which is not the most important part of the seeker.
Most IIR missiles around th world use synthetic sapphire, which is traditional choice, cheap and good.
I checked some paper, I think the grey window is made by a specific Rare-Earth Ceramic material(based on oxide of Yttrium and Zirconium), which has better performance than sapphire, especially in medium wave IR 3-5 um, but much more expensive.
PL-10 uses sapphire may for cost control reasons. While PL-8B is the best and most reliable missile that time, so it’s resonable to make it best, as for PL-11AE, a modern mid-range IR missile in 2024, it will need a good window to get a nice sights.
Satellites provide two-way datalink communication between multiple aircraft as well as updated INS coordinates for the missile and it’s location in reference to other aircraft. This provides extremely high quality inertial guidance and consistent & constant updates on target & friendly positions.
Without it, the INS would slowly over time loose accuracy. For example, a tank using a handheld GPS device such as a garmin would lose accuracy unless position was updated by a satellite. Traveling just 500 meters could cause the handheld garmin to only be capable of providing an 8 digit as opposed to 10 digit grid. Missiles with much higher rate of travel, complex guidance methods, rapid change in altitudes etc would suffer trying to keep an accurate track of the inertial guidance phase without regular satellite updated coordinates.