aussie digger said:
I agree, but the armour protection levels for the M113As3/4 upgrade was actually the best feature OF the vehicle in my opinion. The "base" armour protection was being rasied to be able to defeat 14.5mm/12.7mm AP rounds. Additional modular applique armour kits were also to be provided to protect against up to 30mm AP and "light" anti-armour weapons.
From the Australian Army's POV with it's traditional light infantry focus, this plus a bit of firepower is exactly what the Australian Army needs. The 2 major wars being fought by the West today, Iraq and Afghanistan, are, by and large, light infantry or light motorised infantry wars with heavily armoured forces largely relegated to "support roles".
Now it's dangerous to equip a future force in light of previous experience and present experience, which is why many people in Australia (myself included) think that an "armoured taxi" with a bit more firepower is exactly what we need. Our operations will always require us to deploy full sized infantry sections from our armoured vehicles. Very few if any IFV's can do this, as the large stabilised turrets mounting medium calibre weapons, multiple GPMG's and often anti-armour weapons, which typify modern IFV's simply take up too much space.
As a perfect example of this in the Australian context; the ASLAV-25, (equipped with 2 man turret and 25mm Bushmaster cannon, co-ax MAG-58 7.62mm GPMG and flex MAG-58) shares the same basic vehicle dimensions as the ASLAV-PC (fitted with Kongsberg Protector "remote weapon station" with 12.7mm gun or Mk 19 40mm AGL). Yet the ASLAV-25 can only carry 6x troops in the troop compartment whereas the ASLAV-PC can carry 10x.
A troop capacity of 7 (as carried by M2A3 Bradley and Warrior IFV) or 8 as (carried by CV-90) is insufficient to carry an Australian infantry section. In addition to which our infantry platoons are about to be enhanced with the addition of "maneuvre support teams", which are teams organised to operate heavy weapons and embedded within the platoons. As such the size of our platoons is likely to increase to 45-55 troops per platoon. If an IFV with it's greater firepower but less carrying capacity were to be chosen, 7 - 8 IFV's would be required per platoon, as opposed to 5-6 APC's, a VERY expensive exercise...
To summarise, what Australia therefore truly needs, is an armoured personal carrier with the capacity to carry a full section, with armour protection similar to that of modern IFV's and firepower comparable to that of IFV's but without the large turret system normally employed on such IFV's. A practical example of this, indicates a remote weapon station, fitted with a cannon and preferrably a co-ax 7.62mm GPMG could be the ideal solution.
The M113AS3/4 if it could be sorted out quickly, but with an RWS fitted with a medium calibre cannon would go a long way to achieving this IMHO...
Well for starters re: the bradley: a troop capacity of 7 is wacko. I know it
says 7 but my 3 year old could hardly fit through the space between the turret and the bulkhead (the passage going towards the driver) where this 7th guy is supposed to sit. Six plus one jockey, eh?
What's the actual size of the new Aussie section? I would guess nine. Eight chews through too much ammo and 12 would get a bit disorganized (My best guess).
So presuming its nine fully armored with some heavy weapons as well to provide "manoeuvre and suppression" (300 pounds each man); Ideally I would split them up into 2 vehicles. One APC and one IFV. So right there is a good reason for NZ to go with the CV90 series to support Australian operations. But then again you have the M1A1 for that, right?
Todjaeger said:
Would a mix of something like 4 CV90 & 2 M113 per platoon be considered a viable option? I can see a need for platoon strength patrols/deployments needing fire support, but not to the degree of an attached M1 or two per platoon. That I would have done at company/troop or battalion/squadron level. (This is directed at AD for the ADF deployments)...
Logistics
The question keeps coming back to logistics.
We've discussed 3 items here that all have different logistical problems
1) commonality- mimic the equipment of the allies you are going to work with (LAV-25, Bionix, etc)
2) modify a type to make it perform better, but still have some commonality (MGS)
3) An alien type to try and achieve better operational performance (CV90 and others)
Well, I think you can't achieve No.1 as NZ has more than 1 ally. So if you are working with an ally that doesn't have your equipment you are back to No.3. But having said that, Australia is NZ's closest neighbor and there are a lot of traditional ties between the two. You would expect the two to work with each other more often.
No.2 has its own problems. Yes you can modify the MGS, but to make it worth while you need a longer production run and the benefits for the "NZLAV-PC" (if there is such a beasty) would maybe be an extra man, + 3 at best if they can make a horizontal engine that can fit under the floor (This could be great, but you must ask "is it worth it?" The answer is yes if you can kick in international commercial sales of technology developed for the power plant. Things like portable generators, recreational boating, etc.).
No.3 requires you to create the logistical infrastructure to support it. But if you can do this, then you have achieved maximum flexibility.
I think No.3 is the go, and I'll tell you why;
1) Just because it is the harder option to achieve, doesn't mean you cannot do it. Accountants and logisticians all vie for option 1 because it is the easy way out. But it has inherent inefficiencies like relying on your allies' logistical infrastructure to support your troops. And as I pointed out before, you have to weight yourself with one ally as opposed to another, which decreases your flexibility of operations.
One of the points in discussing this, is how to maximize the NZDF impact upon international operations and that means flexibility.
2) The purchase of the MRV is already a step towards creating an independent logistical infrastructure. But logistical supply doesn't stop at the beach.
3) This is exactly the problem of emergency management systems in 2000 where we had to create the infrastructure for the system to work and there are lots of clever, COTS solutions to that problem that can be applied here.
An example;(Using the common foot soldier)
a) Communications: Off the bat you need everyone (including computers) to be able to communicate with each other to establish a logistical chain. (and I guess operational functionality but thats another topic). To do that you use a hardwired "software radio" of the type that was used in the 80's for mine rescue. Its a 16 channel 1U box with multiple cell phone and sat com connection that costs 5K USD. You put this puppy in node positions, like on your troop transporter (LAV, IFV, MRV)
b) A wearable server. One of the things about wearable servers ( Land Warrior and the like) is that they are not actually being used 100% all the time. Which is a pain, as if you are going to lug this thing around between your shoulder blades, you want it to be useful. Well you can. You can do simple things like place a (silent) contact in the ammo pouch of a soldier and when he removes the clip, the computer can register it and send the information (3bits of data) back down the pipe to his IFV(via a frequency of your choice), which then sends it via daisy chain or satcom to NZDF HQ or your MRV offshore. In other words the Logistician knows the soldier needs another clip before the soldier has loaded it (near real time).
c) UAVs or AUUAVs to be exact. Take one largish VTOL UAV and turn it into an Autonomous Utility UAV sitting on the deck of the MRV or supply base. Make it dedicated to serving the NZDF components. It knows the location of the NZDF unit ( a designated supply drop off point) and can fly said clip and other stuff to that point and drop it off. If you used an unmanned Ground Vehicle, heck it could trundle all the way to the soldier and tap him on the shoulder and hand him the clip. But to me UGVs are still developmental.
It is much easier to take an AUUAV and drop off supplies at something large like a vehicle or a pre designated point. Cost of the Autonomous and self flying components of the UAV? 10K at most. Its been done (5 or 6 years ago) and in Australia no less with a self flying helo. So you can have an uneducated pilot (farmer, plumber, grunt) pilot this thing in, or have it transit between waypoints alone. The major cost in this system is the vehicles themselves.
IIRC I read NZ has a pretty nice VTOL UAV that would be great for this.
d) To make all this work, everything,
everything has to be barcoded. Sounds easy, but that is a huge and expensive (100's of millions for the USA) task unto itself, which most modern armies are trying to do now, but I haven't heard if one has actually succeeded yet.
So there is your low risk "final mile" solution to the logistical problem of using an uncommon piece of equipment.
Its low risk (integrated COTS and known tech) and cheap with regard to the IT hardware and software as it uses SCADA-like radio tech that you have on every remote sensing station on the planet. Its seamless, non invasive and most importantly it will keep the guys supplied. In fact the highest risk item would probably be the cargo release mechanism on the AUUAV. It needs to be perfect.
Last word on logistics. It doesn't have to stop with land assets, You could do same for future Australian JSF pilot and have a mission tanker UAV sent out to him/her before he realizes he or she is running out of gas.
Back to the CV90 or "The tracked Vs Wheeled Debate"
I would like to point out that in determining a strategy for New Zealand's Defense Force, the NZDF has the luxury that new track technologies are in the pipeline. This is a big plus, as lighter tracks mean faster vehicles and this is basically why the Stryker FOV came into existence in the first place. It beat out United Defense largely because their proposal ( essentially a modified M113...Sound familiar?? )was tracked and could not obtain the road speed that the Stryker could.
Well, that doesn't have to be the case anymore, particularly with segmented band-track that Soucy (spelling?) of Canada (through BAe) have recently received DoD developmental funding for. This is the same company that made the SEP band-track, and the makers of the SEP are the same division of BAe that make the CV90.
Meaning that (if all goes well) you will see new technologies come to market that can increase a tracked vehicle's speed by 10 to 16 km/h, as is.
So Australia's choice to go with the M113AS3/4 may not look so bad after all in 3 or 4 years time when they might be able to retrofit the new, lighter track to the AS3/4 FOV to increase performance.
Likewise, the option to go with a CV90 chassis is more attractive for the NZDF, provided you get the logistics right.
The advantage of the large gun on the CV90120-T is that it can go places an M1 can't and that will be particularly important in mountainous terrain, jungle or areas with little or no infrastructure to support the big tank river crossings (The latter of course meaning light weight bridges and then that just means the light tank will get there before an M1 would. Of course the M1 could do it, but it might take a little longer waiting for bridges, etc, before you got in position).
76mm gun
Last, with reference to the 76mm, the answer is yes. But there are better smaller caliber rapid fire guns made now then what is currently floating around in the 76mm caliber range. e.g. Oto Melara 60/70, BushmasterIII 35/50, Bushmaster 30/40, etc.
If you went with something like the HitFist turret (ugh I hate turrets) with 2 integral TOW missile launchers (Much better choice then Javelin IMHO, as it is cheap) then you have a great Fire Support Vehicle that can dish out a little surprise or 2 of its own when encountering hardened bunkers or the unlikely face off with a Tier 1 MBT.
The other thing about smaller calibers is that you can make a RWS
, and that is golden. A RWS is far superior to a manned turret as not only does it open up space, but it increases survivability by reducing the vehicle's silhouette.
Sorry for the novel.
Cheers :cheers
W