Chengdu next gen combat aircraft (?J-36) thread

iewgnem

Junior Member
Registered Member
The question has never been about whether flying at 60,000 or 70,000 feet will make you invulnerable to attack, as that has already been proven false by the downing of U2s decades ago.

The issue is the impact on your missiles’ range and NEZ of having to go so high up. Add in even 1.5m super-cruise to the equation and your range/NEZ shrinks massively further. To compensate, you need more propellant mass, which translates to bigger missiles. Which becomes a potential big problem when internal weapons bay sizes and VLS cell dimensions puts a hard cap on how big your AAMs and SAMs can grow without needing to invest in whole new sets of planes and ships. And this is before you even consider the fact that the CHAD has massively bigger weapons bays and so can carry bigger missiles than all existing 5th gens. Not to mention all the additional energy it can impact on munitions with its higher ceiling and speed.

Stripping out all of the next gen aspects, the size and ceiling of the CHAD alone allows it to outstick all existing 5th gens to a comical degree.
U2 had no ability to detect incoming missiles and its cruise speed was only Mach 0.5
In term of energy, hitting something at very high altitude means interception happen when missile kinetic energy is at minimum, for U2 that wasn't a problem since the target made no attempt to evade nor has much ability to evade, but with 6th gen sensors J-36 can detect incoming missiles at long range, so with supercruise and altitude it will have massive energy advantage relative to the missile, which is to say not only does altitude suppress incoming missile's envelope, when combined with 6th gen sensors and high speed altitude also makes it much easier, perhaps only requriing a small heading change to escape the missile's already reduced envelope.
 

BillRamengod

New Member
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Guys,I have discovered a display board from the "
Please, Log in or Register to view URLs content!
," and I am not sure whether anyone has posted it on the forum before. I'm not sure when this picture was taken (it's an old picture), but even at that time, they had already proposed eight conceptual designs for sixth-generation fighter and conducted low-altitude flight tests for four of them.

1736279535165.png
Title:
From the J7E to the J20, the New Concept Aircraft Principle Industry-University-Research Synergistic Innovation Team
  • One of the Exemplary Models of Dual Chief Engineer Type Industry-University-Research Integration
Red circle:
In the development of the J-20 fighter, Professor Song Bifeng served as the deputy chief designer of a high-tech system, leading a group of faculty members from Northwestern Polytechnical University (NPU) to undertake significant tasks such as the health management system and mechanical reliability, making outstanding contributions to the maiden flight of the J-20.
This team was the first in China to systematically conduct research on sixth-generation fighter jets. To date, they have proposed eight conceptual designs, with four having undergone low-altitude flight validation, garnering significant influence both domestically and internationally.
 

Blitzo

Lieutenant General
Staff member
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Registered Member
Guys,I have discovered a display board from the "
Please, Log in or Register to view URLs content!
," and I am not sure whether anyone has posted it on the forum before. I'm not sure when this picture was taken (it's an old picture), but even at that time, they had already proposed eight conceptual designs for sixth-generation fighter and conducted low-altitude flight tests for four of them.

View attachment 142857

This has indeed been posted before, and is quite a few years old (I recently posted it on twitter in a thread or two as well given its relevance to recent news)

But that's fine, maybe not everyone is aware of it
 

siegecrossbow

General
Staff member
Super Moderator
Guys,I have discovered a display board from the "
Please, Log in or Register to view URLs content!
," and I am not sure whether anyone has posted it on the forum before. I'm not sure when this picture was taken (it's an old picture), but even at that time, they had already proposed eight conceptual designs for sixth-generation fighter and conducted low-altitude flight tests for four of them.

View attachment 142857

I posted this like five years ago.
 

FairAndUnbiased

Brigadier
Registered Member
not sure if this belongs here but it's pretty interesting
but yea, they better put some horizontal TVC on this thing to control yaw

Unless they have differential thrust control, it cannot accurately represent yaw stability.

Just like looking at a tank without differential drive, someone who didn't know would be confused by how it turns despite the tracks both being rigidly forward facing.
 
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