markppcli
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Of course, following the Spanish army night fighting doctrineThats their firewood. Lol
Of course, following the Spanish army night fighting doctrineThats their firewood. Lol
not to deviate this thread away from Coastal Artillery to much, but I thought looking at how France is resigning its infantry would lead to some interesting discussion.
I think they have a good solution with reserve companies directly part of their parent regiments as a manpower solution quite frankly.A lot of interesting things happening with the French infantry.
Some miscellaneous observations.
I appreciate the layering of AA systems that they have with the sub units. Akeron, NLAW and AT4 with Aimpoint FCS, gives them a good balance of weight, range etc. I wonder how many FCS will be held in a sub unit. The NLAW is a key weapon I think due to the arming distance of the Akeron, 150m is quite long in complex terrain. The NLAWs 20m makes siting a bit easier. Interestingly arming distance is routinely forgotten I find, when weapons are being sited or used.
It’s interesting that they are going heavy on ATGMs at the expense of GPMG. I wonder if that is due to threat assessment or manning or due to the Griffons having a 7.62 RWS and them accepting some risk.
The focus on firepower to include 120mm mortars is interesting overall.
In terms of the Recce Pl, Intelligence Pl, etc. it will be interesting to see how those develop. Same is true for the overall Scorpion family of networked vehicles.
I would be curious to see what the delta is between the on ground reality and the shiny brochure.
That's where my head's at. Phase 1 reorg to make a mix with existing equipment and Phase 2 - buy the equipment needed to arm the "total" force.I think they have a good solution with reserve companies directly part of their parent regiments as a manpower solution quite frankly.
That's my general understanding as well. Appx 1,800 6-wheel VBMR multi-role APC Griffons for mech infantry and appx 2,000 4-wheel VBMR-L Servals for light and airborne infantry (interestingly they both carry 8 dismounts). Appx 630 8-wheeled VCBIs IFVs (9 dismounts) stay principally with the armoured brigades.My understanding is that Griffon and Serval will be used more by the French Regiments which could be compared to the US IBCT in role vs the VCBIs that are being used by the Inf Regt that are expected to work in conjunction with the MBTs etc. as armoured infantry.
Yes Griffon and Serval are replacing the VABs while VCBI replaced the AMX 10P.Scorpion isn’t really the vehicles from my understanding. Scorpion is an overall program to network , upgrade and integrate all the vehicles and weapons systems in the French Army.
The Griffon, Jaguar and Serval are a subset of the Scorpion program.
I think the speed of adoption and application of lessons being observed is very interesting too.
My understanding is that Griffon and Serval will be used more by the French Regiments which could be compared to the US IBCT in role vs the VCBIs that are being used by the Inf Regt that are expected to work in conjunction with the MBTs etc. as armoured infantry.
I think that there will also be almost 3 times as many Griffons as VBCIs.
I can't speak to it with any personal knowledge. All that I've got is what several websites say.I have a hard time buying the protection being equal @FJAG, I assume that doesn’t take into account the giant driver windows of the Griffon and Serval.
Yeah I suppose the turret must be at least a few tonnesI can't speak to it with any personal knowledge. All that I've got is what several websites say.
It seems me that going from six to eight wheels in and of itself would add some weight to the VCBI. Add to that the 25mm turret while the basic VBMR only carries a 12.5mm RWS and the heavier engine that the VCBI has and you've already have taken up a good bit of the extra weight without adding any extra armour thickness.
The VBMR and VBCI in their baseline configuration are STANAG level 4. For direct fire that’s defeating a 14.5mm HMG at 200m.
I tend to doubt that the front glass on the VMBR can, as generally it’s small glass for visions ports, not a windshield like setup on the VMBR.There is glass that can do that.
Again in my experience most MRAP type vehicles glass is defeated by 14.5mm or .50 (12.7mm) AP quite easily at 200-300mHowever going up to STANAG level 5 introduces the ability to defeat 25mm APDS at 500m across the vehicles frontal arc. That’s likely doable for the VBCI same as the LAVs. VMBR glass though is likely not achievable realistically.
And that’s where I sit. The windshield is massive, and I’m pretty convinced that’s got to be the weakest part of the armour. The weird part to me in the French seem to like to use it like a fighting vehicle vs a battle taxi but I think that’s just a general truth with any APC. Picture for reference to the windshield and note the troops stacked up behind it.I’d believe the VBCI, but have a tough time finding that would be applicable to the VBMR across the glass windshield.
I tend to doubt that the front glass on the VMBR can, as generally it’s small glass for visions ports, not a windshield like setup on the VMBR.
Not a dig on the vehicle, just a general observation, because many MRAP type vehicles make those claims, but the ‘fine print’ has Level 3 glass for DF impact but L4-6 for 155MM explosives.
Again in my experience most MRAP type vehicles glass is defeated by 14.5mm or .50 (12.7mm) AP quite easily at 200-300m
Which exceptionally sucks when you are in said vehicle that gets hit…
That mission creep is pretty much the way of it with these vehicles.And that’s where I sit. The windshield is massive, and I’m pretty convinced that’s got to be the weakest part of the armour. The weird part to me in the French seem to like to use it like a fighting vehicle vs a battle taxi but I think that’s just a general truth with any APC. Picture for reference to the windshield and note the troops stacked up behind it.
View attachment 86333
One of the main objectives of the SCORPION program and the VBMR Griffon project is to increase the level of crew protection in the characteristic conditions of a modern armed conflict. In addition, it is planned to increase combat capability by including the unit and its transport in the general system of communications and command and control of troops. Armored cars are often referred to as the most advanced from the point of view of electronics French products.
There were also cost requirements for the VBMR project - the price of a serial armored car should not exceed 1 million euros. This task group GME decided by maximizing the use of ready-made units. Thus, the armored vehicle is built on a remanufactured three-axle chassis of a serial Renault brand truck. Most of the other equipment is also serial samples.
And that’s where I sit. The windshield is massive, and I’m pretty convinced that’s got to be the weakest part of the armour. The weird part to me in the French seem to like to use it like a fighting vehicle vs a battle taxi but I think that’s just a general truth with any APC. Picture for reference to the windshield and note the troops stacked up behind it.
View attachment 86333
Likewise for a homeland defence force working from a tightly woven web of asphalt roads.The equipment needs of a colonial military force differ somewhat from those of a high intensity war fighting force...
View attachment 86334
Those roads which are then plowed under by explosions and vehicles that vastly exceed the planned weight of the road.Likewise for a homeland defence force working from a tightly woven web of asphalt roads.
I keep being heavily influenced by a book that I read on WW2 post D-Day logistics and the massive casualty rate amongst tires from bomb and artillery splinters and rubble littering the roads and especially bombed villages at intersections.Those roads which are then plowed under by explosions and vehicles that vastly exceed the planned weight of the road.
Heck I can tell you from going through Fallujah that many roads where no go areas for LAV-25, Hummers and other wheeled vehicles, even two and three months after the final battle.I keep being heavily influenced by a book that I read on WW2 post D-Day logistics and the massive casualty rate amongst tires from bomb and artillery splinters and rubble littering the roads and especially bombed villages at intersections.
Road networks (especially junctions and bridges) will not be the smooth sailing people expect. They will be one of the first deep strike targets. One needs to greatly build up our maintenance and vertical engineering capabilities if you intend to keep thinks moving. "Remember Caen."