chrisl

I've been trying to keep up with the thread the past couple weeks and haven't really had time to respond to things, but a few things went by without generating very many additional comments:
The first is the number of FPV drones that Ukraine is producing: 100K/month.  The second is the number of drones it takes to get a hit.  I've seen various numbers in the past 30 pages and also in some searching, and they're all consistently less than 10 drones per hit, 1/3, 1/5, and 1/7 all showing up.  That's a major step towards massed precision.
If you multiply it out and take the conservative 1/7, that's about 475 hits/day of something, and over 14,000 hits/month.  Those are all either damaged/destroyed vehicles of casualties, or some combination.  If each hit on average damages two people/things (not a big stretch, since most successful FPV attacks we see are on a vehicle or small group), that's 28K casualties or vehicles/month that have to be replaced, and 170K/year.  Just to break even.  And it doesn't depend on tubes that wear out or a heavy logistics tail moving a bunch of 152/155 HE around.
The third is the 350K artillery shells per month that RU is producing/procuring/refurbing.  If we assume that RU has fired 10K shells/day through the war to get 31,000 Ukrainian KIAs, and assume 3 WIA/KIA, those shells are producing about 170 Ukrainian casualties/day and it's taking ~275 shells to produce a single casualty. 
These are all approximate, and I'm not really comparing apples to apples (the drones are counting hits that can include both vehicles and troops, or one or the other, and I'm only counting troop casualties for impact of RU arty on Ukraine), but it's showing a picture of a transition - Ukraine is substituting drones for artillery and doing so very effectively.  And steadily improving. Russian artillery effectiveness is roughly constant, if not decreasing as quality of tubes and shells decreases, and not all that different from WWII era artillery effectiveness numbers I've seen.  If the Ukrainian FPV effectiveness is closer to 1/5 or 1/3, that starts to get into the "1 munition per opposing troop" kind of massed precision.  And many of the FPV drones don't cost much more than a single artillery shell.
The effectiveness could also drop as they have to have more troops with less training flying the FPVs, but it will also come back up as those "pilots" get practice.  And using FPVs instead of "meat in the seat" pilots means that the pilots just continue to gain experience, even if their missions fail, because they're not put directly into harms way during their sorties.
One of the biggest limitations of drones vs. artillery is range - drones are still mostly 10 km or less, and often limited to aerial LOS. They need bigger batteries or an artillery boost to get to longer range, and a relay drone (or multiple relays) to be controllable  farther out.
The other thing that's not making a lot of sense are the various claims that Russia can make or buy even more FPV drones than Ukraine.  We're not seeing the same kind of effectiveness - if they were just as numerous and effective as Ukr drones we'd be seeing 4 or 5x higher Ukr casualties than we are.  And I don't think we have reason to think that they are that effective and it's just good Ukr OpSec keeping us from hearing about it.
 

I've been trying to keep up with the thread the past couple weeks and haven't really had time to respond to things, but a few things went by without generating very many additional comments:
The first is the number of FPV drones that Ukraine is producing: 100K/month.  The second is the number of drones it takes to get a hit.  I've seen various numbers in the past 30 pages and also in some searching, and they're all consistently less than 10 drones per hit, 1/3, 1/5, and 1/7 all showing up.  That's a major step towards massed precision.
If you multiply it out and take the conservative 1/7, that's about 475 hits/day of something, and over 14,000 hits/month.  Those are all either damaged/destroyed vehicles of casualties, or some combination.  If each hit on average damages two people/things (not a big stretch, since most successful FPV attacks we see are on a vehicle or small group), that's 28K casualties or vehicles/month that have to be replaced, and 170K/year.  Just to break even.  And it doesn't depend on tubes that wear out or a heavy logistics tail moving a bunch of 152/155 HE around.
The third is the 350K artillery shells per month that RU is producing/procuring/refurbing.  If we assume that RU has fired 10K shells/day through the war to get 31,000 Ukrainian KIAs, and assume 3 WIA/KIA, those shells are producing about 170 Ukrainian casualties/day and it's taking ~275 shells to produce a single casualty. 
These are all approximate, and I'm not really comparing apples to apples (the drones are counting hits that can include both vehicles and troops, or one or the other, and I'm only counting troop casualties for impact of RU arty on Ukraine), but it's showing a picture of a transition - Ukraine is substituting drones for artillery and doing so very effectively.  And steadily improving. Russian artillery effectiveness is roughly constant, if not decreasing as quality of tubes and shells decreases, and not all that different from WWII era artillery effectiveness numbers I've seen.  If the Ukrainian FPV effectiveness is closer to 1/5 or 1/3, that starts to get into the "1 munition per opposing troop" kind of massed precision.  And many of the FPV drones don't cost much more than a single artillery shell.
The effectiveness could also drop as they have to have more troops with less training flying the FPVs, but it will also come back up as those "pilots" get practice.  And using FPVs instead of "meat in the seat" pilots means that the pilots just continue to gain experience, even if their missions fail, because they're not put directly into harms way during their sorties.
One of the biggest limitations of drones vs. artillery is range - drones are still mostly 10 km or less, and often limited to aerial LOS. They need bigger batteries or an artillery boost to get to longer range, and a relay drone (or multiple relays) to be controllable  farther out.
The other thing that's not making a lot of sense are the various claims that Russia can make or buy even more FPV drones than Ukraine.  We're not seeing the same kind of effectiveness - if they were just as numerous and effective as Ukr drones we'd be seeing 4 or 5x higher Ukr casualties than we are.  And I don't think we have reason to think that they are that effective and it's just good Ukr OpSec keeping us from hearing about it.
 

I've been trying to keep up with the thread the past couple weeks and haven't really had time to respond to things, but a few things went by without generating very many additional comments:
The first is the number of FPV drones that Ukraine is producing: 100K/month.  The second is the number of drones it takes to get a hit.  I've seen various numbers in the past 30 pages and also in some searching, and they're all consistently less than 10 drones per hit, 1/3, 1/5, and 1/7 all showing up.  That's a major step towards massed precision.
If you multiply it out and take the conservative 1/7, that's about 475 hits/day of something, and over 14,000 hits/month.  Those are all either damaged/destroyed vehicles of casualties, or some combination.  If each hit on average damages two people/things (not a big stretch, since most successful FPV attacks we see are on a vehicle or small group), that's 28K casualties or vehicles/month that have to be replaced, and 170K/year.  Just to break even.  And it doesn't depend on tubes that wear out or a heavy logistics tail moving a bunch of 152/155 HE around.
The third is the 350K artillery shells per month that RU is producing/procuring/refurbing.  If we assume that RU has fired 10K shells/day through the war to get 31,000 Ukrainian KIAs, and assume 3 WIA/KIA, those shells are producing about 170 Ukrainian casualties/day and it's taking ~275 shells to produce a single casualty. 
These are all approximate, and I'm not really comparing apples to apples (the drones are counting hits that can include both vehicles and troops, or one or the other, and I'm only counting troop casualties for impact of RU arty on Ukraine), but it's showing a picture of a transition - Ukraine is substituting drones for artillery and doing so very effectively.  And steadily improving. Russian artillery effectiveness is roughly constant, if not decreasing as quality of tubes and shells decreases, and not all that different from WWII era artillery effectiveness numbers I've seen.  If the Ukrainian FPV effectiveness is closer to 1/5 or 1/3, that starts to get into the "1 munition per opposing troop" kind of massed precision.  And many of the FPV drones don't cost much more than a single artillery shell.
The effectiveness could also drop as they have to have more troops with less training flying the FPVs, but it will also come back up as those "pilots" get practice.  And using FPVs instead of "meat in the seat" pilots means that the pilots just continue to gain experience, even if their missions fail, because they're not put directly into harms way during their sorties.
One of the biggest limitations of drones vs. artillery is range - drones are still mostly 10 km or less, and often limited to aerial LOS. They need bigger batteries or an artillery boost to get to longer range, and a relay drone (or multiple relays) to be controllable  farther out.
The other thing that's not making a lot of sense are the various claims that Russia can make or buy even more FPV drones than Ukraine.  We're not seeing the same kind of effectiveness - if they were just as numerous and effective as Ukr drones we'd be seeing 4 or 5x higher Ukr casualties than we are.  And I don't think we have reason to think that they are that effective and it's just good Ukr OpSec keeping us from hearing about it.
 

So, reading the last couple of pages, here's how I'm reading the argument about western and soviet legacies. To succeed tactically on the modern battlefield, an army needs to establish fires superiority and ISR superiority (which involves denying both to the enemy and securing both for friendly operations). The legacy Soviet and legacy Western took different paths to achieving those two superiorities, albeit with some overlap. Neither seems workable on the modern battlefield.
The legacy western system relied on ranged precision systems to deliver fires. So, Excalibur, Javelin, HIMARS, Tomahawk, HARM, and the like. The legacy western system relied on dismantling the enemy's fires complex. This is a sort of pre-emptive counter battery, where we identified fires systems and targeted them as a precursor to tactical engagement.
"Air Superiority" is a misnomer. It's really ISR and fires superiority delivered by primarily airborne systems. One thing on the table now is whether the western fires superiority system can dismantle an opposing fires complex. We built our fires complex to targeting large, hot, heavy systems, not now a fires complex is much more distributed and made of much less energetic bits. Targeting a Pantsir? Doable. Targeting two guys with a backpack full of drones? Harder.
The legacy soviet system relied on mass to deliver fires. TOS-1, Grad, the abundance of tube artillery. The legacy soviet system relied on overwhelming the enemy's counterbattery complex to secure fires in a competitive environment. 
The legacy western system relied on airborne ISR to establish superiority, and on airspace denial to inhibit enemy airborne ISR. The legacy soviet system relied on recon in force (?) to establish ISR superiority, and on airspace denial to inhibit enemy ISR. These have both been blown up by high speed battlefield networking (!) and plentiful drones. Nobody has any idea how to deny dronespace. Also, the Russians appear to be using waves of expendable soldiers as a form of reconnaissance, which is horrifying, but appears to be sort of effective?
More to ponder here, and whatever system ends up able to deliver fires and ISR won't look like either the legacy western or legacy Soviet system, because the physics and geometry of a modern battlefield are so different.

I've been trying to keep up with the thread the past couple weeks and haven't really had time to respond to things, but a few things went by without generating very many additional comments:
The first is the number of FPV drones that Ukraine is producing: 100K/month.  The second is the number of drones it takes to get a hit.  I've seen various numbers in the past 30 pages and also in some searching, and they're all consistently less than 10 drones per hit, 1/3, 1/5, and 1/7 all showing up.  That's a major step towards massed precision.
If you multiply it out and take the conservative 1/7, that's about 475 hits/day of something, and over 14,000 hits/month.  Those are all either damaged/destroyed vehicles of casualties, or some combination.  If each hit on average damages two people/things (not a big stretch, since most successful FPV attacks we see are on a vehicle or small group), that's 28K casualties or vehicles/month that have to be replaced, and 170K/year.  Just to break even.  And it doesn't depend on tubes that wear out or a heavy logistics tail moving a bunch of 152/155 HE around.
The third is the 350K artillery shells per month that RU is producing/procuring/refurbing.  If we assume that RU has fired 10K shells/day through the war to get 31,000 Ukrainian KIAs, and assume 3 WIA/KIA, those shells are producing about 170 Ukrainian casualties/day and it's taking ~275 shells to produce a single casualty. 
These are all approximate, and I'm not really comparing apples to apples (the drones are counting hits that can include both vehicles and troops, or one or the other, and I'm only counting troop casualties for impact of RU arty on Ukraine), but it's showing a picture of a transition - Ukraine is substituting drones for artillery and doing so very effectively.  And steadily improving. Russian artillery effectiveness is roughly constant, if not decreasing as quality of tubes and shells decreases, and not all that different from WWII era artillery effectiveness numbers I've seen.  If the Ukrainian FPV effectiveness is closer to 1/5 or 1/3, that starts to get into the "1 munition per opposing troop" kind of massed precision.  And many of the FPV drones don't cost much more than a single artillery shell.
The effectiveness could also drop as they have to have more troops with less training flying the FPVs, but it will also come back up as those "pilots" get practice.  And using FPVs instead of "meat in the seat" pilots means that the pilots just continue to gain experience, even if their missions fail, because they're not put directly into harms way during their sorties.
One of the biggest limitations of drones vs. artillery is range - drones are still mostly 10 km or less, and often limited to aerial LOS. They need bigger batteries or an artillery boost to get to longer range, and a relay drone (or multiple relays) to be controllable  farther out.
The other thing that's not making a lot of sense are the various claims that Russia can make or buy even more FPV drones than Ukraine.  We're not seeing the same kind of effectiveness - if they were just as numerous and effective as Ukr drones we'd be seeing 4 or 5x higher Ukr casualties than we are.  And I don't think we have reason to think that they are that effective and it's just good Ukr OpSec keeping us from hearing about it.
 

I've been trying to keep up with the thread the past couple weeks and haven't really had time to respond to things, but a few things went by without generating very many additional comments:
The first is the number of FPV drones that Ukraine is producing: 100K/month.  The second is the number of drones it takes to get a hit.  I've seen various numbers in the past 30 pages and also in some searching, and they're all consistently less than 10 drones per hit, 1/3, 1/5, and 1/7 all showing up.  That's a major step towards massed precision.
If you multiply it out and take the conservative 1/7, that's about 475 hits/day of something, and over 14,000 hits/month.  Those are all either damaged/destroyed vehicles of casualties, or some combination.  If each hit on average damages two people/things (not a big stretch, since most successful FPV attacks we see are on a vehicle or small group), that's 28K casualties or vehicles/month that have to be replaced, and 170K/year.  Just to break even.  And it doesn't depend on tubes that wear out or a heavy logistics tail moving a bunch of 152/155 HE around.
The third is the 350K artillery shells per month that RU is producing/procuring/refurbing.  If we assume that RU has fired 10K shells/day through the war to get 31,000 Ukrainian KIAs, and assume 3 WIA/KIA, those shells are producing about 170 Ukrainian casualties/day and it's taking ~275 shells to produce a single casualty. 
These are all approximate, and I'm not really comparing apples to apples (the drones are counting hits that can include both vehicles and troops, or one or the other, and I'm only counting troop casualties for impact of RU arty on Ukraine), but it's showing a picture of a transition - Ukraine is substituting drones for artillery and doing so very effectively.  And steadily improving. Russian artillery effectiveness is roughly constant, if not decreasing as quality of tubes and shells decreases, and not all that different from WWII era artillery effectiveness numbers I've seen.  If the Ukrainian FPV effectiveness is closer to 1/5 or 1/3, that starts to get into the "1 munition per opposing troop" kind of massed precision.  And many of the FPV drones don't cost much more than a single artillery shell.
The effectiveness could also drop as they have to have more troops with less training flying the FPVs, but it will also come back up as those "pilots" get practice.  And using FPVs instead of "meat in the seat" pilots means that the pilots just continue to gain experience, even if their missions fail, because they're not put directly into harms way during their sorties.
One of the biggest limitations of drones vs. artillery is range - drones are still mostly 10 km or less, and often limited to aerial LOS. They need bigger batteries or an artillery boost to get to longer range, and a relay drone (or multiple relays) to be controllable  farther out.
The other thing that's not making a lot of sense are the various claims that Russia can make or buy even more FPV drones than Ukraine.  We're not seeing the same kind of effectiveness - if they were just as numerous and effective as Ukr drones we'd be seeing 4 or 5x higher Ukr casualties than we are.  And I don't think we have reason to think that they are that effective and it's just good Ukr OpSec keeping us from hearing about it.
 

I've been trying to keep up with the thread the past couple weeks and haven't really had time to respond to things, but a few things went by without generating very many additional comments:
The first is the number of FPV drones that Ukraine is producing: 100K/month.  The second is the number of drones it takes to get a hit.  I've seen various numbers in the past 30 pages and also in some searching, and they're all consistently less than 10 drones per hit, 1/3, 1/5, and 1/7 all showing up.  That's a major step towards massed precision.
If you multiply it out and take the conservative 1/7, that's about 475 hits/day of something, and over 14,000 hits/month.  Those are all either damaged/destroyed vehicles of casualties, or some combination.  If each hit on average damages two people/things (not a big stretch, since most successful FPV attacks we see are on a vehicle or small group), that's 28K casualties or vehicles/month that have to be replaced, and 170K/year.  Just to break even.  And it doesn't depend on tubes that wear out or a heavy logistics tail moving a bunch of 152/155 HE around.
The third is the 350K artillery shells per month that RU is producing/procuring/refurbing.  If we assume that RU has fired 10K shells/day through the war to get 31,000 Ukrainian KIAs, and assume 3 WIA/KIA, those shells are producing about 170 Ukrainian casualties/day and it's taking ~275 shells to produce a single casualty. 
These are all approximate, and I'm not really comparing apples to apples (the drones are counting hits that can include both vehicles and troops, or one or the other, and I'm only counting troop casualties for impact of RU arty on Ukraine), but it's showing a picture of a transition - Ukraine is substituting drones for artillery and doing so very effectively.  And steadily improving. Russian artillery effectiveness is roughly constant, if not decreasing as quality of tubes and shells decreases, and not all that different from WWII era artillery effectiveness numbers I've seen.  If the Ukrainian FPV effectiveness is closer to 1/5 or 1/3, that starts to get into the "1 munition per opposing troop" kind of massed precision.  And many of the FPV drones don't cost much more than a single artillery shell.
The effectiveness could also drop as they have to have more troops with less training flying the FPVs, but it will also come back up as those "pilots" get practice.  And using FPVs instead of "meat in the seat" pilots means that the pilots just continue to gain experience, even if their missions fail, because they're not put directly into harms way during their sorties.
One of the biggest limitations of drones vs. artillery is range - drones are still mostly 10 km or less, and often limited to aerial LOS. They need bigger batteries or an artillery boost to get to longer range, and a relay drone (or multiple relays) to be controllable  farther out.
The other thing that's not making a lot of sense are the various claims that Russia can make or buy even more FPV drones than Ukraine.  We're not seeing the same kind of effectiveness - if they were just as numerous and effective as Ukr drones we'd be seeing 4 or 5x higher Ukr casualties than we are.  And I don't think we have reason to think that they are that effective and it's just good Ukr OpSec keeping us from hearing about it.
 

I've been trying to keep up with the thread the past couple weeks and haven't really had time to respond to things, but a few things went by without generating very many additional comments:
The first is the number of FPV drones that Ukraine is producing: 100K/month.  The second is the number of drones it takes to get a hit.  I've seen various numbers in the past 30 pages and also in some searching, and they're all consistently less than 10 drones per hit, 1/3, 1/5, and 1/7 all showing up.  That's a major step towards massed precision.
If you multiply it out and take the conservative 1/7, that's about 475 hits/day of something, and over 14,000 hits/month.  Those are all either damaged/destroyed vehicles of casualties, or some combination.  If each hit on average damages two people/things (not a big stretch, since most successful FPV attacks we see are on a vehicle or small group), that's 28K casualties or vehicles/month that have to be replaced, and 170K/year.  Just to break even.  And it doesn't depend on tubes that wear out or a heavy logistics tail moving a bunch of 152/155 HE around.
The third is the 350K artillery shells per month that RU is producing/procuring/refurbing.  If we assume that RU has fired 10K shells/day through the war to get 31,000 Ukrainian KIAs, and assume 3 WIA/KIA, those shells are producing about 170 Ukrainian casualties/day and it's taking ~275 shells to produce a single casualty. 
These are all approximate, and I'm not really comparing apples to apples (the drones are counting hits that can include both vehicles and troops, or one or the other, and I'm only counting troop casualties for impact of RU arty on Ukraine), but it's showing a picture of a transition - Ukraine is substituting drones for artillery and doing so very effectively.  And steadily improving. Russian artillery effectiveness is roughly constant, if not decreasing as quality of tubes and shells decreases, and not all that different from WWII era artillery effectiveness numbers I've seen.  If the Ukrainian FPV effectiveness is closer to 1/5 or 1/3, that starts to get into the "1 munition per opposing troop" kind of massed precision.  And many of the FPV drones don't cost much more than a single artillery shell.
The effectiveness could also drop as they have to have more troops with less training flying the FPVs, but it will also come back up as those "pilots" get practice.  And using FPVs instead of "meat in the seat" pilots means that the pilots just continue to gain experience, even if their missions fail, because they're not put directly into harms way during their sorties.
One of the biggest limitations of drones vs. artillery is range - drones are still mostly 10 km or less, and often limited to aerial LOS. They need bigger batteries or an artillery boost to get to longer range, and a relay drone (or multiple relays) to be controllable  farther out.
The other thing that's not making a lot of sense are the various claims that Russia can make or buy even more FPV drones than Ukraine.  We're not seeing the same kind of effectiveness - if they were just as numerous and effective as Ukr drones we'd be seeing 4 or 5x higher Ukr casualties than we are.  And I don't think we have reason to think that they are that effective and it's just good Ukr OpSec keeping us from hearing about it.
 

Lies, damn lies, statistics, and economic statistics. Reminds me of the old joke!
Two economists are walking in the park. As they're walking, they come across a pile of dog ****.
One economist says to the other, "If you eat that dog ****, I'll give you $50". The second economist thinks for a minute, then reaches down, picks up the ****, and eats it. The first economist gives him a $50 bill and they keep going on their walk.
A few minutes later, they come across another pile of dog ****. This time, the second economist says to the first, "Hey, if you eat that, I'll give you $50." So, of course, the first economist picks up the ****, eats it, and gets $50.  
Walking a little while farther, the first economist looks at the second and says, "You know, I gave you $50 to eat dog ****, then you gave me back the same $50 to eat dog ****. I can't help but feel like we both just ate dog **** for nothing."
"That's not true", responded the second economist. "We increased the GDP by $100

So, the Germans have in fact given more % to Ukraine than US and have been hurt the most economically with Nord stream shut down etc. 
Let's keep this in mind in the next round of German bashing. 
 

The other question is, what are they counting that matters?  Maybe Russia can sustain MBT losses, maybe continue to scrounge artillery shells etc.  But those A50 AEW aircraft are in short supply and appear to be an endangered species.  The UA seems to have a laser focus on strategic assets that have a downstream effectiveness on Russia's ability to fight this war. 
As you said a while back - "- Re-think C4.  Data is a resource more important than gas.  We need to see the modern battlefield as a competitive data, information and knowledge environment.  We need to stop going to war to validate what we already know and accept that things are evolving very quickly."
If the UA can further deplete Russia's C4 capability more options become available to wage strategic strikes on Russia's infrastructure as well as find opportunities to use the F16 aircraft as they become available.

Where does this come from, if I may ask?
The Javelin uses a small launch rocket motor for its soft-launch start.
That should work in a vacuum, also, shouldn't it? Or without any obstacle behind it.

Didn't they find out the Moskva radar was nonfunctional? Wouldn't be surprised if essential systems on the BSF are dead in addition to lack of crew.

I am personally not very concerned about these numbers, because this is not a war of vehicles. 
Does this mean pressure on Ukrainians? Does it mean death and suffering? Yes.
But we have a "Coalition for Drones" program going in Europe that aims to provide a million drones to Ukraine in 2024. We have a Czech 155mm shell initiative that is going to provide 500.000 shells to Ukraine this year, Chinese cotton notwithstanding. Rheinmetall is gearing up to outproduce the entire USA with 155mm shells.
Ukraine itself has produced 200.000 drones this year already and will produce more than a million if they just keep production rates at current levels.
Okay, only 1 per 7 drone attacks is successful on average.
What are 5000 Russian vehicles filled with contractniki and conscriptniki going to do when the we have a ratio of 1 tracked / wheeled vehicle per 20 drones with Ukrainian production alone, and 1 : 40 if the EU drones coalition keeps its promise? 
1:40 and each single one is a potential kill at a range of 3 to 5 kms?
Denial for ground warfare is only beginning to ramp up.
And as @Letter from Prague said, we don't even know what damage strategic bombing will do to Russia over the course of the year, because that will not get better for Russia either.
Ukraine only needs to turtle under the PATRIOT shield and keep its will to fight.

I was asked to investigate auto-charging a while back. In combat conditions, I think you want battery-hot-swap. Otherwise it’ll take too long to charge, unless you have a lot of drones. And realistically, you don’t want to drain your batteries past say 70%.
Plus, rare earth metal batteries burn rather nicely so they add some extra flavor on top of the regular boom. I wonder if there would be a way to blow the battery into small pieces and mix with fuel droplets to create a more powerful thermobaric warhead?

Not out the turret hatch.  Out of the drone garage slung on the back.  No need for any human to get exposed to let the drones out.  And if the drones survive to make it back, they'll park on an auto charger.
You'll also see ability a Bradley to punch up video from another in the platoon if it's better placed to take shots.
 
 

With four spares as standard equipment, so they can just literally send the next one out the turret hatch at need.
Edit: and fully automated target pass thru for engaging targets out of LOS. There have been a couple of tapes of Bradleys using improvised drone directed fire. It is a good trick to have.
 

I absolutely guarantee we will see slaved drones organic to individual IFVs on the next iterations.

Now imagine the Bradley able to view the drone footage in real time giving themselves real time BDA.  In this fully illuminated space, any EM signature downsides would be more than offset by the better situational awareness.  Suddenly vehicles get to see the map in overhead view with all the benefits that those weak willed among us who don’t play on ironman.  
 

Now that is the kind of statement I would like to hear from more countries.
Honestly getting tired of seeing Ukrainian civilians be killed and Ukrainians not even being able to strike legitimate military targets inside Russia, with some of the weapons that they are provided.
You go Finland! 🇫🇮

The big question I have is what happened to all the Abrams and 155mm long-range Arty from when the Commandant restructured the USMC. Were they transferred to the Army in case Canada or Mexico attack us, or Russia arracks U.S. across the Bering Straites? Why can’t those weapons be sent to Ukraine?

Putin bans petrol exports as Russia runs on fumes (yahoo.com)
 
The Kremlin has announced a six-month ban on petrol exports after Ukrainian attacks on Russian refineries left Vladimir Putin’s regime scrambling to meet domestic demand.
The ban, which comes into force on March 1, was confirmed by a spokesman for deputy prime minister Alexander Novak who said it would allow for “planned maintenance” of refineries.
It follows attacks on Russian facilities by Ukrainian drones in recent months, which have harmed the country’s ability to refine crude oil into usable products such as petrol and diesel.
Russia previously imposed a similar ban between September and November last year in order to tackle high domestic prices and shortages.
Then, only four ex-Soviet states – Belarus, Kazakhstan, Armenia and Kyrgyzstan – were exempt. This time, more Russian neighbours will be exempt, including Mongolia, Uzbekistan and two Russian-backed breakaway regions of Georgia: South Ossetia and Abkhazia.
Oil, oil products and gas are by far Russia’s biggest export and provide a major source of income for the Kremlin’s war economy.
Putin has been working with Saudi Arabia, the world’s biggest oil exporter, to keep prices high as part of the broader Opec+ group, which includes the Opec cartel of oil producing nations and its key allies.
 
 

These guys are doing their job as well as iit can be done. But the thing that always blows my mind is the fact that everyone of those bullets is going to land somewhere. That the risk associated with that are acceptable is just the clearest possible indication of the difference between a real war and anything else.
Edit: The fact these guys were almost directly under the drones path indicates how good the Ukrainian system for tracking drones and employing their AD assets is. That wasn't blind luck.

I suspect it's not a single "roll it off a C-5 and fire it up" system, but some framework for integrating everything that can output data.  A little google shows that a lot of development and testing was still going on at least into late 2022.
It wouldn't surprise me at all if 5 or 10 years from now we learn that it amounts to tying the stuff NG has been doing for this into the Ukrainian GIS Arta, along with any other sensor networks they have, and it's been going on for as long as we've been sending aid (including pre-Feb 2022, at least at the command level in Ukraine).  The UA was the recipient of a lot of realtime intel from allies outside the country in 2022 and did a very fine job of exploiting it in a timely manner.

https://edition.cnn.com/2024/02/26/europe/sweden-nato-accession-hungary-intl/index.html
Sweden is finally in NATO