Deadshane1 wrote:...this sort of high tech garbage is just that...garbage. Simply something else to break down or get in the way of the fight at hand....
Maintenance would definitely be an issue. I see this technology being more useful for SWAT teams. They have short logistics tails, engage in far shorter missions in far better environments (downtown LA won't wear out gear quite like Anbar province would) and if the exoskeleton is uparmored, they could breach buildings armed with non-lethal weapons to reduce the danger to non-combatants, but without significant risk to themselves.
JD21290 wrote:kind of shane, maybe now they can blame the lack of decent gear on this thing lol
ok, it may help a bit, but to be honest i rather have an upgraded gun or armour to a lifting aid any day.
with all this fancy junk, we still use a basic cheapo model SA80.
*shrugs* Most of our weapons are more than adequate. Our armor is already so heavy the Marines are ditching it for lighter kit. However, anything that makes humping 200+ lbs. of kit up the mountains of Afghanistan easier would surely be welcome (assuming it's decently reliable and easy to use, which, knowing the gov't, it won't be).
AlexCage wrote:The first thing that came to mind when I read this article (And I realize I'm terrible for this)
"Boy, the nerds that work at Lockheed will use any excuse they can find to wear their 'Army Costume' and play soldier"
I don't recall ever meeting a soldier with a double-chin...
Clearly you haven't met enough Soldiers.
MadDocGrotsnik wrote:Sad thing is, until effective body armour, powered or otherwise is cheaper than training and equipping new blood, the Military won't be interested.
Depressing huh?
P.S. this is based on fairly old stuff I read on the Internet. Apparently there is supremely good body armour out there which would reduce casualties considerably, and possibly more importantly, fatalities as well. But it's sufficiently pricey that military budgets are 'better' spent training more troops. Now I do see the wisdom in this, after all, 100 lightly armoured troops, compared to 20 well armoured troops otherwise identically equipped, will get the job done a heck of a lot faster, and as long as training is sufficient, casualties can be kept to minimum. Take Iraq and Afghanistan. Despite being theatres of War, casualties are surprisingly light all things considered.
So, yeah, kind of bashing the military, but from a fairly understanding point of view. I think.
This is totally wrong.
1. The "supremely good armour" you are thinking of is probably Dragonskin, which was massively overhyped by the manufacturer and largely discredited since.
2. Personnel are by far the largest budget expense of the Army and Marine Corps. Let's take an Army Infantryman.
IIRC Infantry OSUT (i.e. combined Basic Training + Infantry School) = 13 weeks. Then he gets sent to a unit that trains up for ~3 months before doing a 12-month deployment in a combat zone, so let's use this year and a half snapshot. Wages alone for 18 months, even for a Private E-1, come to $25,200. Support costs (barracks, food, medical) and training cost nearly as much, EACH. You're looking at $75,000 in costs easily. If PVT Snuffy eats an EFP on his deployment you're also paying out $400,000 in SGLI (Serviceman's Group Life Insurance) to his folks. Even suits of $20,000 armor become cheaper than sending someone home in a box.
3. Any realistically applicable, industrial-scale armor technology is going to be heavy, bulky, or both. This leads to rapid exhaustion and slow movements, which are just as deadly, if not more so, than wearing comparatively "light" armor. I haven't deployed but I've done a decent number of squad/platoon attack drills in training. Assaulting across 50-100 meter distances in 3-5 second intervals, repeatedly diving into the prone position, tends to wear you out completely by the 2nd training iteration, if not the first. That's in 80F weather, without SAPI plates (Small Arms Protective Insert, the slabs of boron carbide that stop rifle rounds) or a full combat load (6 magazines, 30 rounds each). Tack on all the gear you're SUPPOSED to carry, and do it in 140F weather (Iraq), or worse, at elevations of 6,000ft (Afghanistan), and you're rendered combat ineffective in no time, which makes you dead weight to anyone still capable of moving, shooting, and communicating.
4. The balance between offensive firepower and defensive technology is firmly on the side of "offense". In 2004 we used to get IED briefings based on the knowledge coming out of Iraq. There were pictures of IEDs hidden in things like Pepsi cans and cinder blocks. In other words, stuff so small that most of the blasts resulted in minimal damage or casualties unless you were right on top of it, or in something with no armor. Still, there was enough concern over the losses, since most troops were riding around in soft-skinned Humvees, that we tried to pile on enough armor to result in reduced casualties. First we uparmored the Humvees, and then (years later) introduced Mine-Resistant Ambush Protected vehicles. Ya know what the bad guys did? Make bigger bombs. Bombs so huge that *nothing* on the road survives in decent shape, not even the 65-ton Abrams. And if a triple-stack of 155mm artillery rounds in a drain culvert will wreck an Abrams, it will
obliterate a Humvee. So now NOTHING on the road is safe and we STILL take casualties.
Likewise, the same thing would happen if you tried to cover your grunts from head to toe in Unobtainium armor. The bad guys would stop using AKs, start using (more) .50 cal anti-material rifles (good luck protecting a man against THAT), and we'd STILL be taking casualties. Oh, and the SAPI plates that used to save lives? Now totally useless.
So yeah, there's a lot of reasons why we have the armor protection that we do, but the idea that feeding cannon fodder into the grinder is somehow better than issuing "superb" kit certainly isn't one of 'em.
robertsjf wrote:People are cheaper to make. couple of fertile kids, some booze, no birth control, done.
People are *not* cheaper to make. It takes 17 years, and hundreds of thousands of dollars to "manufacture" the input for a grunt (i.e a 17 year old male, in decent health/physical condition, with at least a partial secondary school education). An Interceptor vest with SAPI plates is about $1,500-$2000.