Your WWII Movie

The movie celebrates what Britain did.

Hi all,

My Great Uncle Reginald Bethuy fought in the 101st Airborne Division, 401st Infantry Regiment and was KIA in October 1944. He’s buried in the Netherlands American Cemetery and on behalf of my grandmother (his sister - now 89 years old with failing health), I’m flying from Michigan to Margraten for Memorial Day to pay respects to him and those he fought with. Also to the woman who has tended to his grave since 1944. To this day, my grandma laments that “he should have never went.” With her dementia setting in, she still remembers him. It will be a one of a kind experience for all of us.

I am setting up a fundraiser for this trip and to fund a beautiful wooden memorial case for his burial flag (still in the original box mailed to my grandma’s house with a note accompanying it). If you could pass it on, even not willing to give anything, that would mean the world to us. Just to get this story out there - that the wounds of WWII NEVER go away - even 80+ years later.

Thank you!
Stephanie B.

gofundme.com/journey-to-reginalds-grave

Saints and Soldiers is really good equipment-wise, the movie itself is mediocre. It’s on Amazon prime instant video. It’s set in the opening days of the battle of the bulge. The only thing I noticed is that the Germans who shoot 70-plus American POW’s at Malmedy are regular Wehrmacht and not SS, but whatever.

He used it in the same manner as Hitler ( incorrectly) used Stalingrad to engage the bulk of German forces that are not bearing down against Moscow.

I voted advantage Axis. As others have explained, the Allies didn’t have very good methods of detecting u-boats–at least not after the first year of the war. However, that changed as the war progressed. The Germans did not anticipate the Allies miniaturizing radar to the point where it could be equipped on board an aircraft. (Even though they later duplicated that feat.) When the British began using such aircraft against u-boats, it fundamentally altered the equation in the Atlantic.

During the last year of the war, the Germans were taking steps to reclaim the edge in the war of the Atlantic.

One of those steps involved torpedoes. A standard-issue WWII era torpedo involved a diesel engine, as well as fuel and compressed air so that the engine could work. The compressed air took up plenty of space. Early in the war, Germany’s torpedoes were based on this model. But there are problems with diesel-powered torpedoes. They are noisy, and can be detected by enemy ships. As they burn diesel fuel, they leave a telltale trail of bubbles in the water. If this trail is observed from the air, it alerts the target ship a torpedo is coming, and guides planes back to the sub which launched the torpedo in the first place. Something better was needed–or at least desired.

The Japanese dealt with these problems by providing their torpedoes with compressed oxygen, not compressed air. Separating the oxygen out from the rest of the air was very difficult, and the Japanese closely guarded their secret of how to do it. A diesel engine requires only 1/5 as much compressed oxygen to burn a given quantity of diesel fuel as it would compressed air. Due to the enormous space savings gained by using compressed oxygen, Japanese “Long Lance” torpedoes had about triple the range of anyone else’s. Also, the air bubble trail they left was much less pronounced than typical for a WWII-era torpedo. This was particularly important for the South Pacific at night, because the presence of luminescent algae meant that those bubble trails glowed in the dark!

The Germans dealt with the torpedo problem in a different way. As the war progressed, they began making use of battery-powered electric torpedoes. At first these torpedoes represented a very serious trade-off. Their range was much shorter than a standard-issue diesel torpedo’s. On the other hand, the electric torpedoes left no bubble trail, and were very, very quiet. They were therefore a mixed blessing–at least until the Germans began to improve their range. Later in the war, Germany’s electric torpedoes had about the same range as standard-issue diesel torpedoes. (Japan’s torpedoes, of course, had a much longer range than anyone else’s.)

Good torpedoes were useful, but not alone enough to swing the Battle of the Atlantic back in Germany’s favor. What it needed was a submarine much harder for the British to detect than the submarines it had. In addition, the submarine in question needed a long range, and it needed to be mass produceable in large quantities. The Type XXI u-boat was all these things and more.

The Type XXI was fast. Its hydrodynamic shape allowed it to actually travel faster underwater than it could on the surface. It had a very advanced (for the time) electronics suite and sonar system. Its electric torpedoes had a range comparable to most diesel-powered torpedoes of the era. Its hull was coated in a layer of rubber, making it very difficult to detect via radar or sonar. It had a very large complement of batteries–batteries which allowed it to remain submersed for 2 - 3 days at a time. When it did finally have to emerge, it didn’t need to come all the way to the surface. Instead, it would go most of the way to the surface, then raise its snorkel. With the snorkel above the surface it could run its diesel engines. (Necessary to recharge its batteries.) This submarine was much, much quieter than almost any other sub of WWII. The Type XXI u-boat and associated models were by far the most advanced submarines of the war. In many ways they had more in common with nuclear submarines of the postwar era than with their WWII contemporaries.

Albert Speer began producing this type of submarine in large quantities in 1944. These subs were built in sections to make them easier to mass produce. However, there were some initial glitches in the production process, slowing things down. Also, a submarine this sophisticated required a relatively long working up period. No Type XXIs saw action before the war ended. Had the war lasted another six months, the story would have been very different. :o

A sister ship–the Type XXIII–was put into service, in limited numbers, before the war ended. The Type XXIII was very similar to the Type XXI in most ways, except much smaller and with a shorter range. The Type XXIII could hold only two torpedoes (compared to twelve for the XXI). The Type XXIII was intended for use in coastal waters. Type XXIIIs sank or damaged five Allied ships; and the Allies did not sink or damage any Type XXIIIs. The rather one-sided track record of the Type XXIII reinforces the suspicion that it would have been very, very difficult for the Allies to detect or destroy the Type XXIs.

From the OP: please explain what you do at this time if you are the Axis or Allies?

Am I allowed to use 20/20 hindsight? If I am, my choice would be to accelerate the development and production of the Type XXI as quickly as possible. Had the Type XXI appeared in the Atlantic in large numbers in 1943, it could have decisively tipped the Battle of the Atlantic in Germany’s favor.

@Clyde85:

@ABWorsham:

I would be aiming for a German victory in WWI, the Allies had their chance and screwed up.

A German victory in WW1 would be ideal here, but I believe that you wouldn’t need to bring and weapons back with you, just a history book, and point to the few mistakes Germany made and say, “ok, now don’t do that, do this instead”.

If I had to choose a weapon though, i’m kinda torn. On the one hand, bringing back the StuG III would be great to help the Germans break the dead lock without a doubt, but I wonder how well German industry could support them once they went into action, long enough to break the front? Maybe. On the other hand, if I were to bring back the MG42, I know that German industry could support and and keep these weapons running, meaning longer usage and a greater chance of this weapon tipping the balance for a German victory.Â

Awesome points, the MG 42 would have shredded Allied ranks between the lines.

@Epiphany:

That all sounds blood awesome!  You clearly spent a lot of time working out the details and they sound really cool.

At the end of your post you were mentioning that British ships can get higher anti-aircraft tech than Soviet or Axis ships.  Does each nation have specific tech limits for all technologies available?  And are there land-based anti-aircraft technologies? If so, how does Germany stack up?  You mentioned in previous posts about the “big deal” that aircraft represent in the game, so having or not having technology related to shooting stuff down seems important.

How do aircraft carriers work?  Do they come with their own assigned aircraft, or can you field upgraded naval air units?  Or would that merely upgrade the aircraft carrier itself?  So many games, the aircraft carrier, and all ships in general, are just simple units with simple stats.  Are there light carriers, escort carriers and fleet carriers with varying stats for each country?  Can any country build them?  Could Germany for instance, field a massive carrier fleet?

You said China produces no EU’s for the first 5 turns.  Does this mean China only has what it starts the game with for five turns?  Or does it still have PU’s to build units with?  Also, do you have to spend everything every round or can you accumulate EU’s or PU’s and spend them when you want to?

I’m glad you like what you’ve heard! :)

In answer to your question, there’s a general tech tree, and there are nation-specific techs. Each nation has a list of the techs from the general tech tree it’s allowed to research. For example, Germany can research higher up the infantry part of the tech tree than anyone else; Britain and the U.S. can research higher up the artillery part of the tech tree, and so on.

In answer to your question about China: its lack of EUs means it cannot research or industrialize early in the game. But it starts with an income of 12 PUs and 10 MPs. Its light infantry cost 1 MP each, so it can buy 10 light infantry a turn, plus 12 PUs a turn of artillery or fighters. In answer to your other question: you don’t have to spend everything every round. Unspent resources get carried over to the next round.

The primary way to defend against enemy aircraft is with fighter aircraft of your own. Fighters are specialized for one role, and one role only: shooting down enemy planes. Their anti-naval and anti-ground combat values are very limited. If you were engaged in a carrier war, for example, some of the planes on your carriers would probably be fighters (to shoot down enemy aircraft), and some would be torpedo bombers (decent at shooting down enemy aircraft, great at sinking enemy ships). You’d use your fighters to destroy enemy torpedo bombers before they could take out your ships! Or you could use your fighters against the enemy’s fighters, in an effort to protect your own torpedo bomber force.

You build aircraft separately from aircraft carriers. You can land up to two planes on a normal aircraft carrier, and up to four planes on a fleet carrier. Upgrading your carrier fleet from regular carriers to fleet carriers is relatively straightforward from a technological perspective. However, fleet carriers cost 28 PUs, compared to just 18 for regular carriers. Fighters, dive bombers, and torpedo bombers can land on regular carriers. Fleet carriers can handle these planes as well. In addition, jet fighters and jet fighter-bombers can land on fleet carriers. Strategic bombers and jet flying wings cannot land on any kind of carrier.

The rules set does not currently contain AA guns as separate playing pieces; though I’m half tempted to add them in. Currently, advances in artillery technology improve the land combat value of your artillery, and give your artillery anti-air combat value as well. If I were to include AA guns, they would be like regular artillery, except with a weaker anti-land combat value, and a better AA value. Unlike Britain and the U.S., Germany cannot research advanced proximity fuse. This means its artillery will not have the same anti-ground or anti-air values that American and British artillery have. But even though Germany’s artillery ceiling is third-best, that ceiling is still good and high.

Speaking of Germany, below is more of the list I’d promised.

Germany

Blood and Iron. German infantry have three hitpoints. (As opposed to two hitpoints for most other nations’ infantry.)

Blitzkrieg. If Germany is engaged in a land battle, and if its opponent decides to withdraw its land force from that land battle, Germany gets to multiply the land combat value of its tanks and planes by a factor of two when firing on that land force.

Crush communism. During the collect income phase of each turn, Germany receives a free manpower point for each formerly Soviet territory it controls. (Limit 4 MPs per turn.)

Fortress Europe. Blockhouses have 4 hitpoints, receive +1 to their land combat value, and cost 3 PUs each.

Bismarck. Your battleships receive +7 to hitpoints and +2 to their naval combat value.

Heavy artillery. Your artillery receive +1 to their land combat value.

Speer’s industrialization. During the industrialize phase, Germany may upgrade seven of its cities for free. In addition, Germany receives one free advancement in Industrial Technology each turn. Speer’s industrialization ceases to provide additional benefits to Germany after the first five turns of the game.

Goettingen laboratory. Germany has a research center in Hanover. This research center provides 10 EUs a turn, has 40 hitpoints, and may not be targeted unless Hanover has been destroyed.

Custom technology available for research

Panther tank (may not be researched before round 2). Researching this tech causes the following to happen. 1) You automatically receive the techs battle tanks level 1 - level 5, even if you do not have the prerequisites for that tech. 2) your battle tanks receive +1 to hitpoints. 3) Each additional battle tank tech costs one less EU to research. Cost: 7 EUs.

King tiger. (You must have previously researched battle tanks level 7.) Researching this technology causes you to receive the techs heavy tanks level 1 - level 3, even if you do not have the prerequisites. Cost: 4 EUs.

E-series tanks (may not be researched before round 8.) Medium tanks (E-25s) now cost 4 PUs, battle tanks (E-50s) cost 7 PUs to build, and heavy tanks (E-75s) cost 11 PUs to build. Heavy tanks receive +2 to hitpoints and +1 to land combat value. Cost: 7 EUs.

Me 262. (May not be researched before round 3.) Researching this technology causes you to receive jet engines levels 1 - 4, jet fighters levels 1 - 7, and jet fighter-bombers levels 1 - 2, even if you lack the prerequisites for these technologies. Cost: 9 EUs.

Underground factories: it takes 50 hits to reduce one of your cities by one size. Cost: 3 EUs.

Improved optics (may not be researched before round 7.) Adds +0.5 to the land combat value of German infantry, +1 to the land combat value of German artillery and medium tanks, +2 to the land combat value of German battle tanks, and +4 to the land combat value of German heavy tanks. Cost: 5 EUs.

Infrared illumination and targeting. (May not be researched before round 8.) Adds +0.5 to the land combat value of German infantry, +1 to the land combat value of German artillery and medium tanks, +2 to the land combat value of German battle tanks, and +4 to the land combat value of German heavy tanks. Cost: 7 EUs.

Italian troops were greatly important in policing the Balkans. Italy had around 200,000 troops in the Balkan States. After 1943 Germany did not have the man power for the occupational duties the Balkans required.