From what I can tell, the Komet used to be able to carry up to 6 minutes of fuel (I only recently started playing it). However, Gaijin recently nerfed it so that it now can only carry a maximum of 4 minutes of fuel, despite data indicating that the maximum fuel load was historically between 6 and 8 minutes.
For the sake of history, the Me-163 should be able to carry anywhere between 6 and 8 minutes of fuel. This should not come with an increase in battle rating, as it is already nearing its superior limit, especially the 8.7 Me-163 B-0 variant, and the extra fuel would not make it perform much better, as it would make the plane heavier, so less maneuverable. If this increase in fuel requires some balancing (which it should not, in my opinion, but maybe it should), I would argue that the plane should become more fragile, to make the flight experience closer to what it was historically.
Sources:
(I can only put two links, so I removed the h in the next two links)
ttps://planehistoria.com/me-163-komet/
ttps://en.wikipedia.org/wiki/Messerschmitt_Me_163_Komet
Oh ok, I was not aware of that, thank you. I will edit my post to make it clear that I was wrong. However, I’m curious, why do people say it was 6-8 minutes in that case?
Would make sense, yeah. In that case, maybe the br should be lowered to 7.7 for the B-1 and 8.0 for the B-0 (the MG 151s are not worth a 0.7 increase), I don’t think it should be facing radar missiles and supersonics… Yes, it is fast, nimble and annoying to kill when it’s at 100% throttle, but it can’t sustain it like the Korea war jets at the same br…
Also apparently I can’t edit my original post, so that’s that ig
First of all: The data gjn uses to express fuel is imo nonsense. Nobody in aviation uses this. Mass matters. But maybe gjn thinks it’s funny not to know which weight my plane has at takeoff…
The problem with the Me 163 is the lack of documentation. Somebody found a document about fuel consumption of the rocket engines on Me 262 C variants. They were somewhat the same like on Me 163, so gjn adjusted it.
But there is no resilient documentation about climbrate. All stories you can read are telling about a climbrate 80-100m/s ish. But no documents gjn would accept.
Next problem, the Me 163 was a one trick pony. By reaching altitude rocket fuel was empty, so they fall onto enemy, attack and glided back to base. Makes no sense in warthunder.
Another problem, there was no such throttle adjustment like we have ingame. Only 0, half and full I think. And you can’t restart rocket motor in 2sec like ingame. It took several minutes.
So overall these planes were wrong modelled anyway but ok over years in this game, now they are still wrong modelled but more or less useless.
more likely they used the fuel time of the engine of the A variant as that had 4.5 minutes of flight time according to https://theaviationist.com/2024/11/22/messerschmitt-me-163-komet/ which was published in late 2024 around the time the update was made. I quote -
"The first prototype, the Me 163A V1 was completed during the winter of 1940-41, tested with gliding trials in the spring of 1941. The Me 163 would be towed aloft, using the Messerschmitt Bf-110 twin-engine aircraft. The Me 163 had no fixed landing gear, instead relying on a dolly that was soon jettisoned after takeoff and recovered. An extendable and retractable skid was used for landing. The Me 163A was also a small aircraft like its predecessor, with a wingspan of 30’ 7” and length of 18’ 4”. The wings were swept at 27 degrees at the leading edge root increasing out to 32 degrees; again it was a tailless all-wing design. The aircraft weighed 5,291 lb loaded. Test pilot Dittmar was able to determine the aircraft had extraordinary flying characteristics in the non-powered tests.
Between July and October of 1941, the Komet, fitted with Walter’s improved R II-203b rocket motor producing 1,635 lb of thrust, flew powered trials at Peenemünde. Dittmar was breaking world speed records with ease, and soon reached speeds of 500 mph and up to 550 mph. The aircraft accelerated so fast that it would actually run out of fuel due to the limited fuel capacity and the 4.5 minutes of flying time before reaching maximum speed, limiting the aircraft to around 570 mph."