I'm not sure I agree..... I think the US followed a process to design and build a universal tank from the outset....they just started far too late. It could be argued that the Germans did as well as once the Panzer 3 and 4's were selected (Panzer 1 & 2 being training/scout tanks) those designs were pushed into multiple manufacturers....until the Panther was designed to be their new universal tank as their previous model(s) were determined to be insufficient against the KV1 and T34.
Just for argument's sake, let's say the UK agreed that the A10 base design would be the "British Universal Tank" (or you can pick your own model) and would max-out at 16 tonnes. They then run prototypes for 10,000 kms of real world training is rough ground, snow, sand, etc. and determine that the suspension and in particular the tracks need to be desperately re-designed with specialized air filters for desert deployment. As there is an identified need for HE, the two pounder is deemed insufficient and a 47mm is chosen. Whether they upgrade the 3-pounder or license the French 47mm tank gun can be up to you. Then direction that all manufacturers will build this single design for 24 months uninterrupted, befire the next universal design is ready and tooling changed over.
Again for arguments sake, planners then specify specs for both next generations.
Universal Tank Model 2
Planned Production from mid 1939-mid 1941
Max of 21 Tonnes
57mm gun with usable HE
300 HP engine (start running bench tests immediately)
Armour increase by 25%-30%
Universal Tank Model 3
Planned Production from mid-1941-mid-1943
Max of 26 Tonnes
3" Main Gun
450 HP engine
Armour increase by another 25%-30%
Etc.
Bottom Line is as a project manager it looks to me like there was an opportunity to plan for back-to-back-to-back universal designs that most importantly would've resulted in far more reliable tanks in soldiers hands in 1939...after the war starts you obviously need to adjust, but with factories cooperatively running at full speed (with a simplified set of parts and spares I might add), the UK is in an exponentially better place. I guess the more I look at, it appears that the military allowed the big industrialist families to do the things they wanted to do (if they designed it, they had control over manufacturing) instead of what was deemed to be best for the military (if you submit a design, we buy it from you along with testing prototypes, we test it, we pay you to make modifications and second prototypes, then pay you license fee for every unit produced regardless of where contract production).
Feel free to shoot holes in as I'm kind of intentionally drawing fire to see where my logic is unsound. 🍻
I'm more aligned with Cryhavoc101. Essentially the British army follows a Vickers route seven years earlier than TTL.Thing is in the 1930s (pre Munich) no one was really building large numbers of AFVs - the Vickers 6 ton (which was heavier LOL) was a good design and was either bought, licence made or more or less copied (in part or full) by most of the other major nations involved in tank production.
Had the British army developed the Vickers design (incidentally designed by our champion JVC and his colleague Carden Lloyd) then i am sure that it would have been a boon.
One of my darlings where they produce a universal tank design by 1940 is based around the concept of adopting a Vickers 6 tonner and then the next generation being a 12 tonner and then a 16 tonner armed with a modernised version of the 13 pounder 9 cwt AA gun - effectively a 3" gun capable of firing both HE and AP.
The problem is the doctrine as it was then was in its infancy with regards to what emerged and its quite difficult to change that from what the British and therefore everyone else was doing in the early 30s - which involved light tanks swanning around and heavier tanks for the actual fighting.
Changing this attitude is difficult beset as it is by, a lack of need to do so, lack of funding and the conservative nature of the military
Tankettes might be crap, but they are cheap as chips compared to a gun tank and in peacetime that's actually quite important where funding is throttled and personnel numbers are small during peacetime
What is interesting is that technically, A9/A10 are an extrapolation of the Vickers Model E with a similar suspension type but a more powerful and better placed and cooled engine, and a larger crew compartment to accept the 3-man 2 pounder turret. Much in the same way the Italian M11 and M13 tanks were evolutions of the Vickers 6ton the Italians purchased for testing. However, the start of development happened following the failure of the A7 Fast Medium (with the turret being derived from the A7 one), which is why the timeline is so late for this vehicle. Having the A9 as a parallel program/successor program to A6 or parallel to A7 with similar requirements could have done a lot to bring the A9 sooner.I'm more aligned with Cryhavoc101. Essentially the British army follows a Vickers route seven years earlier than TTL.
The starting point is the Vickers Model E / 6 tonner in 1928 and the Vickers Light Dragon (1929) and Medium Dragon Mk IV (1932) and their derivatives. The 6 tonner is developed into a lookalike of the Polish 7TP / 9TP with a 2 pdr gun for one version and a pom-pom for the alternate (sound familiar?). It also forms the base for the Medium Dragon Mk IV artillery tractor which goes on to spawn infantry carrier, SPAA and SPG versions. The Vickers Light proceeds as per OTL to deliver the Mk VI light tank and the universal carrier.
By 1937-8 a replacement for the 6 tonner is required and the CryHavoc101's 12 tonner / 6 pdr should be designed and coming in to service in 1940 with the 16 tonner / 3" two years later. Similar to TTL but the Dragon utility vehicles form the basis of a truly mechanised (rather than motorised) force much earlier.
So the tankers have learned about not running onto AT gun screens? That's a good lesson to pick up.25 November 1941. Libya. Operation Crusader Day 24
Lieutenant-General Vyvyan Pope congratulated Major-General Frank Messervy (GOC 4th Indian Division) on an outstanding job. Pushing against German troops the Indians had managed not only to push the Germans back, but also, with the Divisional and Corps engineers, improve the road for 2nd Armoured Division and 2nd New Zealand, who would now attack towards Tarhuna.
Major-Generals Freyberg and Harold Charrington (GOCs 2nd New Zealand and 2nd Armoured Divisions) reported that they were ready. Charrington and Freyberg had worked together in Greece and had a good relationship, as did the 1st Armoured Brigade’s men with the New Zealanders. This would be quite a different type of battle from that in Greece. Here they would once again face the Germans, but they were better equipped and would be on the attack.
Originally it had been hoped to begin the attack on 20 November, but the RAF had had problems establishing functional landing grounds due to the storm, and the Royal Engineers had had to redo some of their work which had been washed away by the rain and subsequent floods. A German patrol had been intercepted by 3rd Indian Motor Brigade on the flank of 2nd Armoured Division, and so the hope of surprising the defenders of Tarhuna was presumed lost. The Corps’ artillery, along with the three Division’s Field Regiments had got themselves into position, so when both Pope and Godwin-Austin informed 8th Army that the two Corps were ready, General O’Connor gave the order to go.
The Royal Artillery had had plenty of practice over the last year in the Middle East, and between the two Corps, there were plenty of guns ready to hammer the Italian position and lines. In XXX Corps, 6th New Zealand Brigade led the way, with 1st Armoured Brigade (3rd, 4th Hussars, Kings Dragoon Guards), in close attendance. Advancing under the cover of the barrage, the Valiant I* tanks closed with the German positions at a steady fifteen miles per hour.
A number of German armoured cars were engaged by the New Zealand Divisional Cavalry acting in the reconnaissance role, ahead of the tanks. Major Sutherland, OC A Squadron, was at the forefront, his Squadron made up of Mark VI Light Tanks, universal carriers and some Marmon-Harrington Armoured Cars. Generally, the New Zealanders came off worse in these encounters, the German armoured cars tended to be better armed. Despite these losses, A Squadron did their job of finding the enemy. 24th Battalion of 6th Brigade were hot on the heels of the Cavalry, with A Squadron of Valiant I* tanks from 1st King’s Dragoon Guards supporting. Before long, German anti-tank guns were taking a toll on the advancing tanks, and machine guns and mortars on the infantry.
The men of 24th Battalion, working together with tanks, managed to force the covering force of the Germans back. A lot had been learned about cooperation between infantry and tanks, hard lessons that had cost many lives, but those lessons were paying off. On this occasion the SAAF also played a role, a Tomahawk squadron arrived overhead and plastered the German artillery line, allowing the 24th Battalion to retake the initiative, until they hit the main line of German resistance.
C Squadron of Valiant I* tanks of 1st KDG, with the infantry of 25th Battalion, had swung out to the left, where the Cavalry Regiment had noted what looked like the German flank. C Squadron supported the men of the 25th Battalion who put in an attack on the right flank of the German positions holding up the Brigade’s advance. With 24th and 25th Battalion and two Squadrons of tanks, the German line started to roll up.
The expectation had always been that a counter-attack, possibly with panzers, would be the German’s next move. HQ and B Squadrons of 1st KDG, along with 26th Battalion, with 31st and 32nd batteries of 7th Anti-tank Regiment were ready for just such an eventuality. The Cavalry Regiment’s Major Sutherland’s last act was to radio a waring of panzers moving towards the battle.
The men of 7th Anti-tank Regiment had all their 2-pdrs replaced that had been lost in Greece. Having had that experience there were two main differences to the way they operated now. Firstly, all the 2-pdrs were on portées, which they had exercised with for firing in both in the mounted and dismounted positions. Secondly, each Battery, in addition to the three troops of four 2-pdrs, also had an extra troop of 18-pdrs. These guns, adapted for use in an anti-tank role, were fitted with telescope and open sights. They were rather cumbersome, but because they could fire a HE shell as well as AP shot, provided a useful and versatile addition to the anti-tank resources.
This was the force that the German Panzer Battalion ran into. 24 2-pdr anti-tank guns, and eight 18-pdrs took an immediate toll on the German formation. The men of 26th Battalion’s C, D and HQ Companies, with attached Vickers HMG teams from 27th MG Battalion, protected the gunners who had elected to fire dismounted from the portées. It was the arrival of the 1st KDG’s Valiant I* that turned the battle. The Panzer IIs, which made up the majority of the German force, had no answer to the Valiant I* armour. Realising that he was in danger of losing his entire force, the German commander ordered his panzers to withdraw, which they did. The inclination of the 1st KDG to chase them had been trained out of them. The chances were that the tables would be turned on them as the panzers withdrew behind their own anti-tank screen. Later, thirty disabled panzers were found in the area, the rest having withdrawn in a westerly direction. Losses to the 1st KDG Valiant I* tanks in total were twenty-one, with another six needing simple repairs to get them running again. About half of the twenty-one tanks were complete write-offs, the others, if returned to a properly equipped depot, could be repaired.
The New Zealand 5th Brigade, along with 3rd Hussars would take over the push the next morning, while the men of 6th Brigade and 1st KDG spent the night prepared for another counter-attack which never came.
Not just tankers. A cavalry regiment learned it.So the tankers have learned about not running onto AT gun screens? That's a good lesson to pick up.
Good gods, what is the world coming to?!Not just tankers. A cavalry regiment learned it.
I'm afraid you're going to have to provide some first names there, as other than Barnes and Porsche, I'm struggling to locate the individual in question on wikipedia (I don't think the two French gentlemen even have pages, while Knox and Morozov are common enough surnames to be associated with hundreds of people).Some random thought: what made John Valentine Carden so well-known on this board? Is it due to this thread, the general prevalence of British people on this board (and resulting UK-focused threads) or due to the tragic early death of Carden?
After all, we don't see TLs or comments on Lavirotte, Molinié, Gladeon Barnes, Knox, Porsche, Morozov and co...
Pierre Lavirotte (lead engineer at ARL), Joseph Molinié (lead engineer at AMX between 1936 and the 50s), Alexander Morozov (lead engineer of Kharkov tank factory), Harry or Henry Knox, designer of various components for the US Ordnance in the 30's (designer of VVSS and HVSS namely)I'm afraid you're going to have to provide some first names there, as other than Barnes and Porsche, I'm struggling to locate the individual in question on wikipedia (I don't think the two French gentlemen even have pages, while Knox and Morozov are common enough surnames to be associated with hundreds of people).
Carden's early death might help, as might his long association with armoured vehicles (for 10 years prior to his death, including the Carden-Loyd Tankette, and the Vickers 6-ton, both of which were commercially successful, spawning multiple licences, copycat designs, or inspirations).
I think the question is, how many vehicles did each of those men design?Pierre Lavirotte (lead engineer at ARL), Joseph Molinié (lead engineer at AMX between 1936 and the 50s), Alexander Morozov (lead engineer of Kharkov tank factory), Harry or Henry Knox, designer of various components for the US Ordnance in the 30's (designer of VVSS and HVSS namely)
A number of German armoured cars were engaged by the New Zealand Divisional Cavalry acting in the reconnaissance role, ahead of the tanks. Major Sutherland, OC A Squadron, was at the forefront, his Squadron made up of Mark VI Light Tanks, universal carriers and some Marmon-Harrington Armoured Cars. Generally, the New Zealanders came off worse in these encounters, the German armoured cars tended to be better armed. Despite these losses, A Squadron did their job of finding the enemy. 24th Battalion of 6th Brigade were hot on the heels of the Cavalry, with A Squadron of Valiant I* tanks from 1st King’s Dragoon Guards supporting. Before long, German anti-tank guns were taking a toll on the advancing tanks, and machine guns and mortars on the infantry.
The men of 24th Battalion, working together with tanks, managed to force the covering force of the Germans back. A lot had been learned about cooperation between infantry and tanks, hard lessons that had cost many lives, but those lessons were paying off. On this occasion the SAAF also played a role, a Tomahawk squadron arrived overhead and plastered the German artillery line, allowing the 24th Battalion to retake the initiative, until they hit the main line of German resistance.
C Squadron of Valiant I* tanks of 1st KDG, with the infantry of 25th Battalion, had swung out to the left, where the Cavalry Regiment had noted what looked like the German flank. C Squadron supported the men of the 25th Battalion who put in an attack on the right flank of the German positions holding up the Brigade’s advance. With 24th and 25th Battalion and two Squadrons of tanks, the German line started to roll up.
With the German forces, which the Italian commanders were conting on as their mobile reserve, now partially rolled up and badly damaged, this very much looks like the the last major battle before someone crosses the border of Outremerine France.This was the force that the German Panzer Battalion ran into. 24 2-pdr anti-tank guns, and eight 18-pdrs took an immediate toll on the German formation. The men of 26th Battalion’s C, D and HQ Companies, with attached Vickers HMG teams from 27th MG Battalion, protected the gunners who had elected to fire dismounted from the portées. It was the arrival of the 1st KDG’s Valiant I* that turned the battle. The Panzer IIs, which made up the majority of the German force, had no answer to the Valiant I* armour. Realising that he was in danger of losing his entire force, the German commander ordered his panzers to withdraw, which they did. The inclination of the 1st KDG to chase them had been trained out of them. The chances were that the tables would be turned on them as the panzers withdrew behind their own anti-tank screen. Later, thirty disabled panzers were found in the area, the rest having withdrawn in a westerly direction. Losses to the 1st KDG Valiant I* tanks in total were twenty-one, with another six needing simple repairs to get them running again. About half of the twenty-one tanks were complete write-offs, the others, if returned to a properly equipped depot, could be repaired.
Except is wasn't, a fighting vehicle. It was not designed as one and should never have been used as one. There used to be a question asked British Army recruits, "Is the Universal Carrier an armoured fighting vehicle?" The correct answer was no, it wasn't. It was designed as a general run about with some armoured protection on it and a few weapons but whenever it was employed as an AFV it usually lost the battle. Be it in the western desert, the Balkans or New Guinea, every time it was pressed into being an AFV it was destroyed. It was essentially a tracked "Jeep" with a small amount of armour it.I mean tankettes are universally derided as being useless but the final evolution of the tankette, the Universal Carrier, was one of the most useful fighting vehicles of the war
The beach wonderful place to write... More seriously, next stop Tripoli?Off on holiday to Crete. So I'm afraid no updates for a couple of weeks.
In case you are wondering, I've been using the New Zealander's official history for some of this, especially this map.:
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