China's Fighter Jet Advancements Outpace India's Indigenous Programs as J-36 Debut Highlights Contrast with Tejas's Slow Timeline

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China's rapid progress in military aviation technology stands in stark contrast to India's indigenous fighter jet programs. The recent unveiling of the J-36, purportedly a sixth-generation fighter, underscores this disparity and raises concerns about the future of air power dynamics in the region.

China's journey began with the Chengdu J-10, a fourth-generation fighter designed to compete with the American F-16. This marked a significant step towards self-reliance in military aviation.

Just thirteen years later, China introduced the Chengdu J-20, a fifth-generation stealth fighter intended to rival the US F-22 Raptor. This rapid progression to a stealth platform demonstrated China's accelerated development in aerospace technology.

Maintaining this impressive pace, China recently showcased the J-36, reportedly a sixth-generation fighter. This highlights not only the speed at which China is advancing its military capabilities but also its ambition to lead in aerial combat technology, potentially incorporating AI integration and hypersonic capabilities.

In contrast, India's Light Combat Aircraft (LCA) Tejas Mk1, a 4.5 generation fighter, had its first flight in 2001. Despite this, its journey to operational deployment has been slow. While the Tejas Mk1A variant began induction into the Indian Air Force (IAF) in 2024, it still faces challenges in achieving full-scale production and operational readiness.

India's future plans include the Tejas MkII, with a projected first flight in 2026, and the Advanced Medium Combat Aircraft (AMCA), expected to fly by 2028. While promising, these developments lag significantly behind China's pace of introducing new generations of fighter jets.

China's ability to transition between fighter generations in just over a decade showcases a robust research and development ecosystem. This contrasts with India, where the Tejas program, despite its indigenous nature, has faced numerous delays due to technological challenges, funding constraints, and bureaucratic hurdles.

This gap in development speed has strategic implications for regional air superiority, particularly in the context of existing border tensions between India and China. The J-36's potential for production in the early 2030s suggests that China is pulling ahead in the race to dominate the skies.

For India, this scenario underscores the urgent need to accelerate its aerospace development, streamline processes, and potentially rethink its approach to military technology development. While the Tejas program represents a crucial step towards self-reliance in military aviation, India must intensify its efforts to keep pace with the rapid advancements of its regional rivals.
 
All planes fly on fourth-gen engines. China hasn't mastered 5th-gen engines yet. These jets flying are only stealth in shape, while they need to master the tech/features of 5th and 6th-gen fighter jets.
 
Chinese will soon fly 7th gen jet when India still thinks about first flight of 4.5gen jet, only option is throwing all the pictures of 5.5 gen AMCA (according to ADA) and start drawing pictures of 10th gen, this is the only way we can be ahead of the Chinese at-least in pictures and dreams.
 
J-10 + 13 years = J-20
J-20 + 13 years = J-36
and 13 number considered as unlucky in China. Even they had skipped the 13 tail number during J-20 development.
 
No worries. Some other nation will make Gen-6 fighter jets. And India will hop on to their shoulders and start riding on them. Our HAL & DRDO will make nuts and bolts for them.
 
The writer has missed major points in the discussion. The Chinese self-reliance is very centric to becoming a global power. India doesn't have such a policy to compare. As said, China is going ahead in multiple ways, but from J10 to J30, China has not shown collective progress. China has not developed complete indigenous jet engine technology. Its 4G planes still run on engines manufactured with the help of reverse engineering. In contrast, Indians are slow but remain ahead in Indigenous development.
 
What are the parameters of a 6th Gen fighter Jet?

For 5th Gen, we know that there is a need for Stealth & the ability to carry Weapons in Internal Bays, Supercruise as well as higher Integration with Aircraft & Land based systems but what about 6th Gen jets??

4+Gen jets with improved radars, Supercruise & possibly thrust-vector engine will remain the back of Modern Airforces for decades to come. Yes, UAVs will become more & more capable but sometimes there is a need for Human presence & supervision.
 
We should start thinking about new technologies and methods instead of relying on existing foreign technologies. What we are doing now is trying to make something that's already invented by the west.
 

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