Spent a bit more time getting our @JanesINTEL piece on the Dutch CV9035NL MLU pulled together last week (bit.ly/2M7qQs1), and I think its worth a thread to highlight just how bloomin' fantastic both the specific vehicle and the programme are. #tanktwitter #miltwitter
As widely reported, 122 CV9035NL (+ 6 driver training vehs) being upgraded for c. USD582m. Upgrade is a comprehensive MLU installing digital backbone (essentially upgrading to CV90 Mk IV standard) and a full turret swap. (Sound familiar? More on the WCSP comparison at the end)
Headline features. Gun unchanged, still the Bushmaster III 35 mm, which is sensible as that remain a very capable gun and could be upgraded to 50 mm supershot downstream. It has been repositioned in the turret for better balance and ergonomics, and ammo feeds and storage improved
Iron Fist Light Decoupled (IFLD) active protection. First European user to install hard kill APS, and first medium weight IFV/AFV outside Russia to field it. They initially wanted the lighter IFLC but upgraded to IFLD - good choice
Twin Spike-LR launcher in a retracting pod on the right side of the turret, much like the CV90 Mk IV that did the rounds of the trade shows a few years back, pictured here. Long range under armour ATGM an essential modern capability
New commander's sight is the Elbit COAPS independent 360 degree panoramic sight. An element that i think most commentators missed is its on a 500 mm extending mast, allowing concealed observation and to readily clear other turret top obstacles (APS et al) as required
A precursor programme is installing @DefenseSoucy composite rubber track which brings a mountain of benefits (as always, see my thread why thats a big deal: bit.ly/3k3pXNv) but noteworthy is the weight saving from CRT renders the MLU weight neutral
So CV90s remarkable high mobility endures, actually enhanced via the CRT, and there is no requirement for expensive new powerpacks or suspension overhauls. Smart sequencing of capability programmes and a fairly affordable mod in the CRT making big cost savings in the MLU. Smart.
Timelines are really impressive. MLU project born in 2018 and integrated the Iron Fist programme that had started in 2015. Contract award in 2021, first deliveries in 2024 and completion in 2027

9 years start to finish to signficiantly upgrade 122 vehicles, including production
Thats a serious achievement. Looking at global IFV development and upgrade data you can see 6-15 years being typical to develop an upgrade of a mature platform. To do it AND build 122 of them in 9 years is very impressive indeed
Price also extremely competitive. Unscientific value divided by units shows a price of around USD4m each. Thats outstanding, given our formal methodology will strip out non production elements and and bunch of other factors before a true lower production unit price is determined
How have they done all this? Twofold - (1) this is CV90, which has a User Club of 7 countries, 1,300 vehicles fielded. Like most AFV user groups they share collaborative R&D and having a large invested user community means BAE can speculatively develop solutions with lowered risk
Like other popular AFV like Leopard 2 & Piranha, buying into family of kit that is widely fielded brings big advantages like this downstream. Bidders try to convey this but users often cant readily quantify it or disregard as it doesnt fall into the frameworks for bid assessment
(2) Everything here is COTS/MOTS. COAPS is a plug & play sight unit. Spike-LR is very mature. Turret's underlying architecture is D-series modular turret that BAE has been spiral developing for decades. Architecture is based off of the CV90 Mk IIIb and IV.
They've kept it realistic, mature, simple, affordable, low risk. And, shockingly, it works as an approach. Despite every element being an established product, the overall package is undoubtedly a cutting edge capability, and most importantly they get it now, relatively speaking
Everything is also very well integrated, not slapped on, clean low profile and just looking the business. Compare with the nightmare of contemporary Bradley after decades of ECP additions all over the place
I mentioned up front the obvious comparator of WCSP and i think worth focus here. Both are IFV being digitised and given all-new turrets. Both have similar requirements from their users, and are of the same generation of AFV

Lets take a quick, rough maths, look at it
Time: CV90 is 9 yrs end to end, as described. WCSP started in c. 2007, earlier if you count WFLIP etc that rolled into it. Its 2021 and contract award *might* happen this yr. Production start around 2024/2025 maybe, and run well into 2030. So if we're optimistic, its 20-30 yrs
Capability: WCSP a faily unambitious turret barring admittedly tasty CT40 gun. It doesnt have a panoramic commanders sight for instance. Contrast with CV90; panoramic extending mast sight, APS, integrated ATGM. CV90 has better mobility and survivability is parity in baseline form
Price: this is a complex one to do properly as mentioned earlier. WCSP is cited internally as ~USD4.25m which is broadly the same. DIfference is UK has a few 'free' GFE bits (including gun!) and none of the big ticket CV90 costs like APS/ATGM, so value wise, its more expensive
Now there is a problem with the comparison - we're comparing an upgrade from the mid 2000s with a upgrade from the 2020s. This MLU leverages tech that simply didnt exist in the same way back then
But at the end of the day, they are both seeking to field and compete, commercially and militarily, in the same timeframe and capability space, so the comparison isnt unduly made

But perhaps it is nonetheless unfair to compare WCSP with this MLU, or rather, just this MLU
Because Dutch only got CV90 in 2007. So in same time that UK might pull off a relatively basic upgrade, Dutch will have contracted, manufactured, delivered and operated CV9035NL, then developed, contracted and delivered an MLU for it on top.

Food for thought.
We are where we are & hindsight is very convenient, though many could, and did, predict this story through the yrs. WCSP is delivering what was asked of it, tech wise. This is all long term requirements writing and programme management problems, not the people delivering it today
Ultimately the Army needs to focus on prompt delivery of what it can achieve now & the only solution to that, credibly, is WCSP. So fingers crossed they get it and the hard work of LMUK and ATDU in particular over the past few years is put to use /end

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More from @JonHawkes275

16 Dec 20
The #OMFV industry day last week provided some clarity and a few new angles on the requirement. A few highlights and thoughts below

(Image an old NGCV concept art, not from recent industry day)
Unsurprising desire to prioritise survivability, stated as #1 priority. At this stage specifics are unclear, but for contemporary ATGM/KE you need APS, ERA & some rather fancy composites. Even then overmatch will be tough in conjunction with mobility/transportability aspirations
Firepower requirements to engage infantry up to tanks, and helicopters. So an ATGM essential, and high elevation cannon. Given need for unmanend turret (see further down), could mean high profile turret, or loss of swept volume inside vehicle to allow that big 50 mm to elevate
Read 10 tweets
16 Dec 20
A few thoughts on belly loading. No, not our collective plans for the xmas period, a primer on the science behind allowing the belly of a vehicle to contact the terrain, and the implications therein to mobility (spoiler: its always bad) #AFVaDay #miltwitter #tanktwitter
Usual disclaimer - this is Twitter, I don’t have much space and so some things are simplified or omitted for simplicity. This is a hugely complex science; I’m just giving a flavour of the considerations inherent in AFV design. With that out the way…
Another outwardly unexciting concept, but actually quite critical to off road performance. Belly loading is the condition where the tracks have sunk in terrain to the extent that the belly of the vehicle is now partially or fully resting on the terrain
Read 24 tweets
15 Dec 20
One of the more interesting angles on RCV for me is the classification of each type in terms of expected life, usage and risk of loss to enemy action

RCV-L is "attritable / disposable / expendable"
RCV-M "durable / attritable"
RCV-H "non-expendable / human survivability levels"
For reference, RCV-L programme being informed and requirements developed via the contract to QinetiQ and Pratt Miller for their bid vehicle, developed from the Pratt Miller Expeditionary Modular Autonomous Vehicle (EMAV).
RCV-M is using Textron Systems, Howe & Howe, and FLIR Systems Ripsaw M5 for their requriement. Again, not a small bit of kit to be in the semi-expendable / durable bracket. Broadly seems to mean
Read 4 tweets
7 Sep 20
Having done mobility concepts to death of late, I thought it interesting to do a short thread on vehicle armour, specifically statistical armour (bar and mesh mainly) and tackling a few tropes around it. #miltwitter #tanktwitter #AFVaDay
Usual disclaimer - this is Twitter, I don’t have much space and so some things are simplified or omitted for brevity. This is a hugely complex science, I’m just giving a flavour of some of the considerations inherent in AFV design. With that out the way…
What is bar armour? Also called slat/cage/mesh/net armour, its one of a range of methods collectively called statistical armour, so called as it presents a statistical likelihood of defeating a specific projectile type
Read 39 tweets
11 Aug 20
A couple of years old, but a useful summary of some of the US Army's long range fires efforts, all oriented around radically extended reach for precision engagement of targets Image
Land Based Anti-Ship Missile (LBASM) repurposes the MGM-140 Army Tactical Missile System (ATACMS) to allow HIMARS and MLRS to engage ships. Not to be confused with the Navy's Long Range Anti-Ship Missile (LRASM). PrSM also being worked on as an option for the anti-ship role. ImageImage
Single Multi-mission Attack Missile (SMAM) is a 35km range precision loitering munition. SMAM includes a self-contained launch tube and portable mast-mounted antenna. Total weight including the missile of 50-70lbs and controlled from a tablet relaying video feed Image
Read 9 tweets
28 Jul 20
Part 7 of my Running Gear series, today looking at track types. The series is looking at all the bits of tracked vehicle mobility and started here (bit.ly/30596QZ) if you want to follow the threads. Hope its interesting.
Usual disclaimer - this is Twitter, I don’t have much space and so some things are simplified or omitted for simplicity. This is a hugely complex science; I’m just giving a flavour of the considerations inherent in AFV design. With that out the way…
Track comes in two flavours – single pin and double pin. Broadly speaking, double pin is the contemporary norm for most of the world, though there are plenty of single pin examples in service, especially in Russia where two pin is relatively new still
Read 16 tweets

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