>>64376527
You're retarded and this is easily provable:
https://en.wikipedia.org/wiki/Intermediate_bulk_container
1 liter = 1kg
TNT density (because AFNO numbers are variable see below, 'tard and turd) = 1.65l/kg
Max TNT equivalent = 1650kg
MK84 fill = 429kg
Trintonal TNT equivalence = 1.18x
H6 TNT equivalence = 1.3x
MK84 TNT equivalence = 506 to 557kg
= Need 3 MK84s dropped at the same spot for TNT equivalence.
Risk exposure: F-16s and F-15s fly over uncontested, M113 means they need to drive an AFV in that can be shot up by an RPG and explode losing a M113 and troops. Flight hours on a F-16 or F-15 costs less than equipment losses of M113s or the economic effects of dead IDF conscripts.
Bonus round: You're still brown and have an IQ below 75
https://en.wikipedia.org/wiki/TNT_equivalent#Relative_effectiveness_factor
>With ANFO or ammonium nitrate, they would require 1.0/0.74 (or 1.35) kg or 1.0/0.32 (or 3.125) kg, respectively.
ANFO is shit tier for RE and shittier in density than TNT:
https://en.wikipedia.org/wiki/ANFO#Industrial_use
>ANFO has a bulk density of about 840 kg/m3.
Meaning you only have 840kg in that IBC at roughly 1/3 RE = That's only 621kg TNT equivalence.
So you're transporting a shittier, more volatile explosive that while the bulk costs are less the handling/logistics/risk costs are insane by comparison to already made MK84s. MK84s literally cost a few thousand bucks.
No clue about how reliable these guys are but they claim ANFO is $0.25-0.35 per pound:
https://pmarketresearch.com/chemi/granular-anfo-explosive-market/
1kg = 2.2lbs = You're between $500-650 for the bulk ANFO
IBCs cost a couple of hundred bucks.
Your cost factor at best is 1/3 of a MK84.
Literally drop a SINGLE MK84 to achieve equivalent effects to ANFO in a plastic container. This took me only a few minutes to figure out using public info. Your claims are retarded and you belong on /pol/.