After doing a bit of maths (volume of a cylinder, density of pbx-98 etc), I’ve reached the conclusion that 400g per dart is too high, it would never fit.
However, 49g also feels (very technical I know) too low. I’d estimate 100-150g is more likely but it’s effectively impossible to prove.
If I had access to the uxo database it would be easier but I’m not signing up for that 😂
If I’m wrong I admit it, and it seems this is one of those times.
“As the second stage motor burns out, the dart release mechanism operates the three darts coast to the target. Each dart contains a delayed initiation 0.9 kg blast fragmentation warhead for maximum target effects.”
Each dart is 900g on total. The darts contain the front section, magnetic bearings and a clutch assembly (the front is slowed using the clutch to turn the dart).
You also have laser receivers in the tail section as well as the guidance electronics and, I assume, some sort of thermal battery.
100-150g of explosive feels about right, 49 too low and 400 too high.
Looking at the footage of the Starstreak taking the tail off a mi-something, it looks a lot more than 49g so I’d be leaning more towards 150g.
yes but the devs take russian brochures for info and they buff russian tanks why cant they take into account the data we have or at least make it realistic with simple calculations?
You probably can’t, but it’s a site for people who defuse explosives for a living (absolute mad lads). I can’t imagine it would be legally encumbered but you never know.
The stormer in game currently doesn’t have it, despite the presence of antennas for it and images of “IFF interrogate” on the display when it’s in combat.
I have the aftermath photos of that helicopter, and i have tons of videos of the stormer inside and out taking down aircraft if u want me to DM you any.
Ok, so if we base it on this image (and revising my very rough calculations I posted in the other thread), and the published dimensions of 396mm length and 22mm diameter of the dart, the warhead section seems to be about 20cm long.
Let’s be generous and say the walls are only 1mm (I’d guess more for fragmentation effect), so the cylinder of explosives would be 20cm long (height h) and have a diameter of 2cm, so a radius r of 1cm.
So as we know a cylinders volume V = π·r²·h, here that would be 62.8 cm³.
And if the used explosive is indeed Composite B, which has a density of 1.7 g/cm³, we’re at a explosives mass of 106.8g.
But as I said, wall thickness (fragmentation mantle) of only 1mm seems quite thin, and I don’t know how the core looks (fuse?).
So I’d also think it would be correct with around 100g per dart - so maybe the stats are not per dart but for all 3 of them combined?