Comments by "Thetequilashooter1" (@Thetequilashooter1) on "Grid 88" channel.

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  29.  @InetCat  You honestly don't have a clue what you're talking about. The simple fact that you have to lie that the Su-35 has AESA already tells me that you know yourself that you're wrong. People don't need to lie unless they cannot accept the truth. Prove me wrong! You know you can't because it's not true. The Su-35 won't know that the F-35 is on top of it until it's too late. And if you just think for once, imagine how hard it is for a tiny missile seeker to be able to track and lock onto a F-35 is when a very large and powerful radar site is already having difficulties just detecting it. In exercises against the F-15C, which had at the time a very large and powerful PESA radar, it couldn't even get a lock onto the F-22 in plane visual site. That means those missiles the Su-35 carries are useless.. The F-35's AESA is by far the most advanced radar in the market. Russia doesn't have one fighter in service with AESA, while the F-15 had it over twenty years ago. For you to claim that Russia's is better is asinine. You're hilarious to think that Russia's avionics come anywhere near the F-35's. You won't find one expert agreeing with you. In fact, during the MMRCA tender Russia's ally, India, stated that the USA had the best weapons, radars, and systems, and the US wasn't even offering its best. Russian radars cannot detect stealth fighters at the ranges you cite. HAHAHAHA. That's hilarious. Russian made SAM sites haven't been able to do anything to stop Israeli F-35s from striking targets at will in Syria. You need to get caught up on the real news, and stop reading the anti-US trash that you focus on reading. The F-35 only didn't fly in stormy weather during its early development until it had all the safety protocols established. It was only temporary. [ From 40 to 60% of the F-35 are constantly in service and cannot be quickly combat-ready.] Why do you have to lie? It's because you're a Russian troll who only can lie because you cannot accept reality. "The Lockheed Martin-made F-35′s mission capable rate — which describes the percentage of aircraft that can meet at least one of its assigned missions — currently sits at 69 percent, falling short of the military’s longstanding 80 percent goal." Do you have any proof that the F-35 cannot launch missiles at supersonic speeds? I doubt it, as all you've done is lie so far. And the F-35 is doing exceptionally well, even at dogfighting, and you're a fool to think that the Su-35 isn't limited by carrying external ordnance. Engineers can only do so much. Like I said earlier, it's why pilots drop their fuel tanks before going into battle. Put it this way, the F-16 was one of the most maneuverable fighters in the MMRCA tender, but when conformal fuel tanks were added it came in dead last. Read "F-35 pilot: Here’s what people don’t understand about dogfighting, and how the F-35 excels at it"https://www.wearethemighty.com/articles/f-35-pilot-heres-what-people-dont-understand-about-dogfighting-and-how-the-f-35-excels-at-it/ or "Pilots Say F-35 Superior Within Visual Range: Dogfight Criticisms Laid To Rest" https://breakingdefense.com/2017/06/pilots-say-f-35-superior-within-visual-range-dogfight-criticisms-laid-to-rest/ You're so focused on all the negative that you're too narrow minded to see that you're wrong. You shouldn't talk about combat readiness. Russian aircraft are known for being duds. "During August 2021 the Russian Air Force lost five aircraft due to accidents in a two-week period. Four of them were in the air and one on the ground during maintenance. The lost aircraft include two MiG-29 fighters, a Su-24 fighter-bomber, an IL-112V twin-engine turboprop transport and a Be-200 twin-jet amphibious maritime patrol and transport aircraft. The MiG-29 was undergoing maintenance when it caught fire and was destroyed. Age, poor design and insufficient maintenance make Russian air force loss rates much higher than in the West. Clusters of losses like this are unknown in the West but not in Russia, where the reporting standards for civilian and military aircraft accidents and losses are different from the rest of the world" You're right that the Su-35 is faster, but if you put it in a full weapons loadout, it's not so much. It's radar cross section becomes significantly larger, and it becomes an easier target. The F-35 doesn't even need to engage in dogfighting. Russian radars won't detect it until its too late. Yes, the Su-35 is better armed, and that's if the F-35 flies in a stealth configuration. However, aircraft from outside the kill zone, like the F-15 EX, which can carry 20 plus missiles can launch their missiles from BVR while the F-35 can guide them to the target. And the F-35 has shown me much more impressive realistic combat maneuvers than the Su-35. Sorry to break it to you, but going low and slow performing low-g maneuvers won't cut it in real combat. What matters most are high-g turns, both instant and sustained, the ability to recover from a high-bleed turn, and top end speed. The Su-35 demonstrates none of those. All it shows are maneuvers that a stunt plane can perform at much lower speeds. In fact, if the Su-35 tried those maneuvers in real combat, he'd be a sitting duck. If you watch any pilot fighter documentary, the pilots all say the same thing, that the key to survival is maintaining your energy, and the last thing you want to do is be a sitting duck. The US and Russia aren't at war. If we were, the Russian aircraft never would have got photos of the F-22. Both Russian and US aircraft worked in close proximity with each other to attack targets so of course they're going to get close to each other. Tell me, where were Russia's Su-35's when US aircraft bombed Russian mercenaries for over four hours in Syria while F-22s flew cover? I'll tell you, at a base nearby only minutes away doing nothing about it because they knew very well that they would get shot down.
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  47.  @kumarraj_2199  3-D thrust does not give a significant advantage over 2-D with significant paddle movements. In fact, 3-D has a drawback because of its significant weight. Plus, thrust vectoring is especially useful at lower speeds, and the F-22’s power advantage gives it the ability to recover from high-g turns much better than the Su. Put it this way, in exercises against Malaysian Su-30s with 3D thrust vectoring, a F-18 came out on top three out of three times. Go to YouTuber Channel “The Ready Room” to see the video. And that’s against a clean Su without any ordnance. Yes, AESA has been around for awhile, but Russia doesn’t have it in any jet fighter in service. The US has put AESA in its fighters from over two decades ago and has a significant lead. It’s essential to have if a fighter wants to be considered 5th gen, and it’s why all nations are trying to switch to it. It’s main drawback is that it’s costly to develop. If a nation doesn’t have the manufacturing capabilities to build high tech equipment on mass scale efficiently, like Russia, it is going to struggle putting it in service on large scale. And AESA does offer significant advantages, including the ability to jam PESA radar. The MKI has Bars, which is PESA, not AESA.. The Zhuk radar was tried on the Mig-35 in the MMRCA tender , and it failed to reach the desired acquisition ranges. Since then it hasn’t been put on any fighter in service. The R-37 is a long range missile designed for taking out slow aircraft like an AWACS, not a maneuverable jet fighter. Quite honestly, Russia’s missiles are overhyped. When was the last time a Russian missile ever got a BVR kill? Try never. Russian missiles are not more advanced. For India’s Air Chief to state that the USA has the best weapons, radars and systems, when it wasn’t even offering its best says a lot. For India to have to go to Israel for BVR missiles after India’s last little skirmish with Pakistan says a lot.
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  48.  @kumarraj_2199  Continued Disadvantages of PESA: “While the PESA radar was groundbreaking in terms of speed and area, it has significant disadvantages. What it makes up for in range, it loses in accuracy, as the beams of radio waves it puts out are broad and cannot give the most precise location information back. The PESA radar is also limited by its range capability and the fact that it has only one beam, which means it can send out only one frequency at a time. In addition, it has only one transmitter, so there is potential for system failure due to a single failure within the transmitter. Size can also be a disadvantage, as PESA radar sensors are typically very large and heavy. They can also be prone to cooling problems since so much information is running through a central point.” With AESA radar technology, radio waves can be sent out at different frequencies in multiple directions at the same time without moving any antennas. While PESA radar systems may be able to scan larger sections faster, AESA scans more precisely. In addition, by scanning at different frequencies, it brings back more valuable information to its user. The benefits of AESA radar include: Longer range Ability to detect smaller targets Better resistance to jamming Since an AESA radar utilizes a broader set of frequencies, it is also much more difficult to detect among background radio noise. This helps vehicles remain undetected while defending themselves in their environments. Finally, AESA radars are less likely to experience system failure, since they rely on not one, but dozens of TRMs to transmit their signals. Computer failure can be recognized and remedied much faster than the maintenance needed to fix a broken transmitter in a PESA system. Additionally, the functioning antennas in an AESA system can continue to operate while the single TRM or computer is fixed.” So yes, AESA does offer better range, and it’s more accurate and reliable.
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