Global Hypersonic R&D on aircrafts, missiles, SCRamjet, Pulse detonation engine, Air breathing rocket engine, etc.

[NSR]

No worries.
It is something like our AAD and PAD programs in which one of them intercepts in exo-atmosphere at faraway ranges.

India must accelerate production of its MRSAM and LRSAM, and development of its ERSAM and XRSAM as Russia delayed S-400 to 2026.
It is not wise to rely on Russian S-400 anymore for several reasons - delivery, performance, spare parts, reliability, etc

 

[Hari Sud]

Overplayed Chinese technological achievements. Yes, good possibility but unlikely with China. They are based on copy and reverse engineered.

 

[desigandu]

This is overhyped and an exaggeration due to lack of targeting capabilities at such long ranges - unless VLEO/LEO satellites and/or high altitude drones can provide real time information...

 

[beencensured]

Obviously, this an attempt of layered defense trying to pick off targets before they become threat like ballistic missiles in midflight, bombers, satellites, but mostly high value as cost of such missile would not be cheap.

 

[ABHIJIT APSINGIKAR]

Again a futile and irrelevant project from Chinese PLA. They cant deploy it across Himalayas as the sturdy mountains block radar coverage and the rarefied atmosphere, results in significant degradation of performance. There is a reason just about all aircraft avoid flying over the Himalayas over the Tibetan Plateau. On sea you have the curvature of earth that prevents radars from locating targets and tracking them. Although you can still employ Over the Horizon Radar for detection, its usually a long pulse system that's ill-suited for tracking. So without effectively tracking targets there is no way it can be effectively deployed.

There is only one way they can get around the problem, that is by relying on Radar tracking satellites. I believe they have one in High GEO orbit. But even then the latency would be enormous and tracking would be problematic.

 

[charminar_waale_ismail_bhai]

Again a futile and irrelevant project from Chinese PLA. They cant deploy it across Himalayas as the sturdy mountains block radar coverage and the rarefied atmosphere, results in significant degradation of performance. There is a reason just about all aircraft avoid flying over the Himalayas over the Tibetan Plateau. On sea you have the curvature of earth that prevents radars from locating targets and tracking them. Although you can still employ Over the Horizon Radar for detection, its usually a long pulse system that's ill-suited for tracking. So without effectively tracking targets there is no way it can be effectively deployed.

There is only one way they can get around the problem, that is by relying on Radar tracking satellites. I believe they have one in High GEO orbit. But even then the latency would be enormous and tracking would be problematic.

This maybe a project targeted towards USAF's bombers from across the Pacific. India doesn't even have bombers to begin with.

 

[ABHIJIT APSINGIKAR]

This maybe a project targeted towards USAF's bombers from across the Pacific. India doesn't even have bombers to begin with.

Even then targeting would not be easy. There would be too much latency when relying solely on satellite based radar to give an accurate tracking. Sure it can detect it, but the tracking solution won't be accurate enough to cue on to targets.

 

[Bikramjeet Goswami]

Even then targeting would not be easy. There would be too much latency when relying solely on satellite based radar to give an accurate tracking. Sure it can detect it, but the tracking solution won't be accurate enough to cue on to targets.

Yup. Its considered impractical with good reason. Not that it can't be developed, it won't be cost-effective.

 

[Apocalypse gupta]

Again a futile and irrelevant project from Chinese PLA. They cant deploy it across Himalayas as the sturdy mountains block radar coverage and the rarefied atmosphere, results in significant degradation of performance. There is a reason just about all aircraft avoid flying over the Himalayas over the Tibetan Plateau. On sea you have the curvature of earth that prevents radars from locating targets and tracking them. Although you can still employ Over the Horizon Radar for detection, its usually a long pulse system that's ill-suited for tracking. So without effectively tracking targets there is no way it can be effectively deployed.

There is only one way they can get around the problem, that is by relying on Radar tracking satellites. I believe they have one in High GEO orbit. But even then the latency would be enormous and tracking would be problematic.

And such a large missile would be detected from very far away, so airceaft could take countermeasures.

 

[Sandeep]

Against India this system is futile because we have already developed a 100% indigenous BMD shield which can take out targets before it reaches the border which travel faster than hypersonic missiles.

So this missile seems to be aimed at threats coming from the USA in the South China Sea who don't have a BMD anywhere near them and even from Japan they can't install their own air defence system.

 

[Pink Panther]

Overplayed Chinese technological achievements. Yes, good possibility but unlikely with China. They are based on copy and reverse engineered.

You can’t be like a cat closing your eyes and thinking the whole world is dark, never underestimate your enemies, we need a defense mechanism to counter this.

 

[Hari Sud]

You can’t be like a cat closing your eyes and thinking the whole world is dark, never underestimate your enemies, we need a defense mechanism to counter this.

You paddle falsehood and overstated Chinese capabilities.

 

[kumar]

How is this supposed to work. A SAM trying to hit a maneuverable target which is more than a 1000kms away. Chin!se must be high on something.

 

[Ajath]

Again a futile and irrelevant project from Chinese PLA. They cant deploy it across Himalayas as the sturdy mountains block radar coverage and the rarefied atmosphere, results in significant degradation of performance. There is a reason just about all aircraft avoid flying over the Himalayas over the Tibetan Plateau. On sea you have the curvature of earth that prevents radars from locating targets and tracking them. Although you can still employ Over the Horizon Radar for detection, its usually a long pulse system that's ill-suited for tracking. So without effectively tracking targets there is no way it can be effectively deployed.

There is only one way they can get around the problem, that is by relying on Radar tracking satellites. I believe they have one in High GEO orbit. But even then the latency would be enormous and tracking would be problematic.

This missile once operational in all likelyhood would be deployed in Central region or somewhere close to the coastal side to thwart US missile or airborne threat.

 

[PRO]

Hwasong-16B: North Korea Unveils Hypersonic Missile Capable of Evading Existing Defenses​

North Korea has recently stepped into the elite circle of nations possessing Hypersonic Glide Vehicles (HGVs) with its unveiling of the Hwasong-16B missile.

This development is a significant leap in the country's missile capabilities, generating concerns among regional and global powers.

Understanding Hypersonic Technology​

A Hypersonic Glide Vehicle (HGV) is essentially an unmanned stealth bomber carrying a warhead, flying at speeds exceeding Mach 5.

Its defining characteristic is its ability to maneuver unpredictably, posing a significant challenge to existing Ballistic Missile Defence Systems (BMDS).

North Korea's Advancements​

The Hwasong-16B builds on North Korea's progress in missile technology. Unlike its earlier liquid-fueled missiles, which had extended preparation times, the Hwasong-16B uses a solid-fuel engine. This innovation allows for faster launch sequences, making the missile more responsive and agile.

The Hwasong-16B's mobility is another strategic asset. North Korea can rapidly deploy it from various locations using a Transporter Erector Launcher (TEL). This mobility reduces the missile's vulnerability to preemptive strikes and complicates defensive measures for potential targets.

Evading Missile Defenses​

The Hwasong-16B's maneuverable warheads are designed to outsmart missile defence systems. Their unpredictable flight paths, combined with high speed, create a daunting task for existing defence mechanisms, enhancing North Korea's deterrence capabilities.

Test Flight Results​

State media reports indicate the Hwasong-16B flew 621 miles (1,000 km) and reached a maximum altitude of 62.8 miles (101.1 km). It then descended to a lower altitude of 44.9 miles (72.3 km), demonstrating its in-flight adaptability.

 

[Apocalypse gupta]

North korea spends 20% of its GDP on its nuclear weapons and missile program. They are also a criminal state which employs an army of hackers to scam foreigners to collect dollars which it needs for its defence programs since it is u der severe sanctions.

Foolish to compete with them. Steady balance between economic growth and defence spending is best way for us.

 

[Pink Panther]

They might supply this to Russia for testing in Ukraine, to see how it evades Air Defense.

 

[BCharlie]

They might supply this to Russia for testing in Ukraine, to see how it evades Air Defense.

Yes, possible.

 

[Varaaah]

How many Chinese technicians work in North Korea?

 

[Pad UwU]

Good for them 😸👏👏👏
Let's see now if Kim Jong Un change the name of North Korea into it's ancient name Gogoryu