Transcript (by Youtube)


4s The Shooting Range
8s In this episode...
9s Pages of History: Japan’s Forgotten Bomber
13s Tactics and Strategy: Playing Infantry Fighting Vehicles
17s And Metal Beasts: Israeli ‘Leopard’
31s Today we’d like to continue talking about the new IFVs
33s brought to the game by the Seek & Destroy update.
37s Our next highlight is the Israeli Namer.
39s Its name is composed of the words ‘APC’ and ‘Merkava’,
44s but it can also mean ‘leopard’ in Hebrew...
47s Yeah, right, another one!
54s The Israeli main battle tank’s most notable feature
57s has always been the frontal placement of the engine compartment.
60s It’s an unusual solution for a tank that looks right at home
64s in an infantry fighting vehicle.
66s This machine has an engine with 1,200 horsepower.
69s While it surely is an outstanding number for an IFV,
72s you should also keep in mind that it weighs a whopping 60 tons.
77s For this class, it’s pretty absurd!
79s The vehicle can reach a top speed of 54 km/h going forward and go 23 in reverse.
85s Nothing to write home about, of course, but don’t expect mobility issues anyway
89s since it’s good enough to move around the map.
96s The impressive mass must bring something in return, right? Well, yeah!
100s The Namer is one of the best-protected vehicles in its class.
104s Its composite armor in the front can even stop MBT shells in some situations.
109s And while it’s not reliable enough to tank every shot,
112s the overall survivability is still beyond compare.
116s You can see it most clearly when dueling other IFVs.
119s The Israeli vehicle’s armor is basically an impenetrable fortress
123s for most enemy autocannons.
125s That’s why it can win pretty much any fight with a competitor.
133s In the firepower department, the Namer offers a familiar choice.
137s Its main caliber is a two-plane stabilized 30-mm autocannon
141s with exemplary elevation angles: between −20 and +60 degrees.
147s The main shell is a fin-stabilized discarding sabot
150s that can penetrate more than 100 mm of armor.
153s There’s also a missile launcher that can shoot the fire-and-forget Spike ATGMs.
159s We can’t call them the best for close range combat on the ground,
162s but they’re a great tool against helicopters
165s that get too close to the fight down below.
167s We’d say the best firing advantage comes from the unmanned turret
171s with amazing depression angles.
173s You can use it to deliver accurate fire from hills
175s while your hull is completely obscured by the landscape.
180s The Namer also comes with a heap of bells and whistles.
183s There’s smoke launchers and ESS, thermals for both the gunner and the commander,
189s an LWR and a laser rangefinder, a recon drone, and even commander gun controls...
195s Basically anything a true top IFV will ever need!
210s Here’s a Japanese coast-based Naval torpedo bomber called the P1Y1 Ginga,
216s which means the Milky Way; Allied reporting name ‘Frances’.
221s Even on the outside, it’s a true engineering marvel!
224s Look at this nimble fighter hull, a high aspect ratio low drag wing...
230s You’d expect to see that on a record-setter or some high-altitude interceptor,
234s not a regular bomber!
236s But then you might ask: “Tell me more about this aircraft!”
239s And even the most seasoned history buffs are unlikely to remember more
243s than just the name, some performance charts, and maybe numbers produced.
247s Most of them would only recall a short resume:
250s “Produced too late, had little effect on the war”.
253s An inquiring mind would start digging for extra data, documents, books, memoirs...
259s But they’ll find little to nothing. Why? Well, no one really knows.
263s But we can deduce a theory if we follow the history
266s of this plane’s development and mass production.
269s It all began in the spring of 1940, almost at the same time as the famous Zero,
274s with Miki Tadanao heading the project.
277s By early 1941, the Yokosuka Naval Air Technical Arsenal
282s was ready to build the first prototype of the future Ginga.
285s It was still a year before Pearl Harbor,
288s which casts huge doubt onto the ‘produced too late’ statement.
292s But why did the first Ginga only make its maiden flight in the summer of 1943?
297s The answer’s simple: it was missing its engines.
300s The 18-cylinder Nakajima Homares were taking too much effort and time,
305s so when they were finally ready,
307s the Army and the Navy fought tooth and nail for each copy made.
311s It wasn’t just bombers that needed the new motors:
313s the newest Ki-84 and Shiden fighters were lining up for them, too.
318s The engineers had foreseen the issue and included an option
322s to use the radial Nakajima Mamoru and Mitsubishi Kasei engines as well.
327s Those only had 14 cylinders, but their total volume and power
331s was the same as what the Homare had.
333s So why didn’t the new bomber use those alternatives to fly?
337s Well, the command would have none of it.
339s You either wait, they said, or don’t fly at all.
342s Besides, the Navy had no trouble flying the Mitsubishi G4Ms.
346s As a side note, those would catch fire and even explode after a single volley...
352s Meanwhile, the Ginga also had great potential as a night fighter.
356s The engineers tried to pass an obvious hint by adding a gun sight to each aircraft.
361s The JNAF got the hint and responded:
364s “Your initiative is misplaced, we’re already making the Tenrai.
367s So what if it’s still in the blueprint stage?
370s Your aircraft was made to be a dive or torpedo bomber!
373s So don’t try to pass it off as something else.”
375s When the realization finally came in, it was too late.
379s The Allies had already achieved air superiority.
382s There was no time left for mass production or experiments with night fighters.
386s And the Homare engines continued to torture ground crews.
390s Later, in 1944, when Japan tried its hand at making jet engines,
394s the engineers proposed the Tenga — basically the same Ginga
398s but with two rocket boosters under its wings.
401s The response was the same:
402s “No need! We’re already making the R2Y2 bomber and the Kikka using jet engines!
408s We’ve even finished the blueprints...”
410s After the war, Miki Tadanao discovered that railway companies in Japan
414s were more than happy to employ his talents.
416s Have you ever heard of the Shinkansen, also known as the bullet train?
420s Miki Tadanao was one of its main creators,
423s and this was his magnum opus that finally made history.
427s The magnificent Ginga, however, only left a few dry lines...
446s Every ground tech tree in War Thunder has infantry fighting vehicles,
451s and each update expands the choice.
453s That’s why we think it’s time to talk about how you can use IFVs efficiently
457s when fighting tanks.
461s Your choice of the most efficient play style is mostly defined
465s by the weaponry your vehicle has.
467s Using this criterion, we can divide all IFVs into three groups.
471s Number one is machines whose main caliber is just an autocannon.
475s Some good examples are the German Puma and the Swedish CV90.
479s Due to the caliber being small, their guns lose their punch at range,
483s but in close combat, these IFVs can outplay tanks just fine.
488s Of course, you should always try to find some ally with reliable armor
492s when you attack from the front,
493s but even if you happen to run into someone face to face,
496s you can always try to hit their gun and then flank them while they’re disarmed.
500s Overall, flanking is a perfect tactic.
503s You might want to learn your way around the map to be successful at it.
507s Another great tip is to use the recon drone to find blanks in enemy defenses.
511s The second group is IFVs with modest autocannons
515s and anti-tank guided missiles as the main caliber.
518s Again, some good examples are the German Marder and the South African Ratel 20.
523s Their best use case is long range combat where guided missiles can truly shine.
528s Their main advantage is high mobility:
531s these machines can often get to any part of the map in a short time.
534s The third group of IFVs has both strong autocannons and missiles,
539s providing the widest choice of tactics to the player.
542s Naturally, this means you can use either of the plans we previously described.
546s We believe these vehicles play best in close-quarter combat:
550s they can quickly disarm the target and finish it off with a missile.
556s Now, firepower is crucial, but IFVs can provide extra value to the team
561s by using their active scouting ability.
564s Accurate intel on enemy movement can be the decisive factor
567s in pretty much any game mode.
569s That’s why every enemy you mark is a small yet valuable contribution
574s towards your team’s victory.
575s In addition to gratitude, you can use active scouting to get a sizable discount
580s on spawn points required to use aircraft in realistic battles.
586s Tell us in the comments what tips and tricks you learned while playing IFVs!
591s Meanwhile, it’s time for us to answer some of your questions.
607s The first question was sent by a player called pekas:
610s “How do I play howitzers like the PLZ83?”
614s Hi pekas! We’ve already made an episode talking about howitzer tactics.
619s It’s The Shooting Range #292, check it out!
624s FeaSkad10 asks: “What’s the best loadout for the Kfir C.7”
630s Hey FeaSkad! The best air combat loadout is four Python 3 missiles.
635s For CAS, we’d go for the Zuni rockets and 1000-lb bombs.
641s Another question comes from A Gamer:
644s “How should I utilize the "Rizz Rockets" on the Bf-109 F-2
648s against other planes or even ground targets?”
652s Hello gamer! They’re not too efficient against ground targets,
655s but you can find them useful when attacking bombers.
658s Although, you’ll need to use your eyes to aim, just like in real life.
664s xXCoolProPlayer360Xx GAMER writes: “Why does the J21A-3 have CCRP?”
671s Hi there! There’s no mistake here.
674s The Swedish engineers did install this aiming system on the A21A-3 in 1947
680s to drop bombs at a set point.
683s And the last comment for today was written by SPECTRE PLAYS G4M3Z:
688s “Should we take the external drop tanks or conformal fuel tanks on the F-15C?
693s (Can the F-16 get conformal fuel tanks too?)”
697s Hey, Spectre! Each option comes with its own advantages.
701s The drop tanks can always be jettisoned to lighten the aircraft,
704s while the conformal ones have lower air drag and occupy no hardpoints.
709s We’d like to use this chance to remind you that we’ll be adding conformal fuel tanks
713s to other aircraft that have them in real life.
717s That’s it for today. You’ve been watching the Shooting Range by Gaijin Entertainment,
721s and the next episode will premier the following Sunday
724s at 4 PM GMT or noon Eastern time.
727s Subscribe and click the bell if you don’t want to miss our next videos.
731s Don’t forget that Petards aren’t toys,
733s leave a like, share your thoughts and comments...
736s and see you next week!