The Indian military is on a spree of defense procurements from around the world. It has manifested active engagement in defense alliances to buttress its military force posture. Indian military modernization, however, suffers from a disconnect between strategic planning and the pursuit of new technology.
India’s newfound affluence and its access to military technology neither guarantee a dramatic positive change in its strategic planning nor effectiveness of its military. There remain obvious weaknesses in its institutional structures, which lead to deficient planning and coordination.
Moreover, lack of political direction, strong criticism from the opposition, and dysfunctional civil‑military relations not only lead to confused military doctrines in India but also pose detrimental challenges for its military.
For instance, the procurement of Russian made S‑400 interceptor‑based air defense system is an example of India’s panic buying under perceived crisis and threats to counterbalance China.
This acquisition will certainly induce further instability and trigger an arms race in a highly volatile region of the world ‑ however, this article solely focuses on the India‑China paradox. Nonetheless, it is definite that the procurement of S‑400, to contest China will cost the Indian government a large sum of money. S‑400 would be drawing India into a vicious cycle of geostrategic instability, suggesting irrationality on its part, as is elaborated below.
India’s perceived strategic competitor is China, yet there is no comparison of Indian military capabilities with that of China’s. Chinese People’s Liberation Army (PLA) has an obvious edge over the Indian Army in terms of its budget, nuclear capability, as well as technology to counter the S‑400 system.
According to Stockholm International Peace Research Institute (SIPRI), an annual budget of $71.1 billion is allocated for the Indian army while the PLA’s defense budget stands at $261 billion, more than three times higher than that of India. Even though China’s defence spending is 1.6% of its GDP; economically strained India exhausts 2.4% of its GDP on its defence.
In terms of nuclear capability, India has a stockpile of 150 nuclear warheads while China’s stockpile ranges up to 320 nuclear warheads, which is double that of India’s. Both the states also possess a wide variety of nuclear‑capable ballistic missiles such as cruise missiles, land‑based ballistic missiles, and submarine‑launched ballistic missiles (SLBMs); but drawing a comparison exposes the stark gap in their nuclear capabilities.
India is still in the phase of developing and testing an intercontinental ballistic missile (ICBM), while China’s ICBM Dongfeng‑41(DF‑41) is in service and is also capable of being equipped with multiple independently targetable re-entry vehicles (MIRV) warheads.
Moreover, China’s nuclear modernization is gaining momentum with rapid advancements in next‑generation missile weaponry such as boost‑glide systems, hypersonic strike vehicle and electromagnetic missile launching technology. Although China has a greater number of nuclear warheads, it is still inclined towards quality over quantity. China also has a true and reliable second‑strike capability since the 1990s, while India’s second‑strike capability lacks credibility.
Analysts believe that until India can acquire and deploy ICBMs, its submarine-based second‑strike capability cannot guarantee deterrence against China. Others believe that India might need six or more nuclear‑powered submarines and SLBMs at its disposal to satisfy the second‑strike parameters. All of this yet seems at least a decade away for India. Therefore, with its present defence capabilities, India is far from counter‑balancing China.
Indian Air Force has referred to the procurement of Russian S‑400 as a game‑changer, however, what India is missing out on in this bargain is that both China and India are Russia’s clients.
Russia Would Never Support India Against China
Although Russia has opted to stay out of the India‑China collision, in the past, it has sold a downgraded version of S‑400 to both the states.
Whilst India has recently accelerated the acquisition of S‑400, China became the first owner of Russian made S‑400 in May 2018. India’s purchase of S‑400 is targeted against China, however, one weakness of S‑400 is that it might not be able to detect, track, and shoot down the hypersonic weapons.
Even if India detects J‑20 using a combination of radar systems, there are chances that India would have less reaction time due to the failure of Russian missile to intercept an aircraft. India plans to purchase five S‑400 and the first shipment is expected by the end of 2020, while the remaining would be delivered one battery per year until 2024.
S-400 Is Useless in Mountainous Terrain
Among these five S‑400s, two would be installed on border with Pakistan whereas three would be fixed for India’s border with China, which would be installed on the Tibetan plateau that is 4.5 thousand meters above the sea‑level.
The S400 can detect aircraft and unmanned aerial vehicles (UAVs) even before they enter its radar range, however, it would not be able to detect an aircraft flying through the valleys in a mountainous terrain, which is what the Chinese aircraft are capable of; hence, the Chinese aircraft have the potential to evade the S‑400.
S-400 Is Useless In A Real Combat
The unsuccessful launch of the glorified S-400 air defense missile system and its fall on Russian servicemen were caught on video.
Large-scale military exercises led to another emergency – in addition to the loss of a Su-30SM2 fighter, a T-90 tank and an army truck, it became known about the unsuccessful launch of an anti-aircraft guided missile of the newest S-400 SAM. The launched rocket soon fell, and at the positions of the military personnel, although the latter was not supposed to be in the area, and only miraculously did not explode.
The launch of an anti-aircraft missile of the S-400 SAM almost ended in a catastrophe. The interceptor missile abnormally left the missile canister. The video was allegedly filmed two days ago during the Caucasus-2020 exercise at the Ashuluk training ground in the Astrakhan region. The Ministry of Defense organized a military exercise to practice a successful repulsion of the “massive missile and air strike of the enemy, reports the Daily Telegram.
In the video, the first 40N6E missile successfully flew to the target, then the second only managed to get out of the launch canister, rise to a height of several hundreds of meters, after which it fell just a few meters from the launcher – in the event of an explosion, the shrapnel would have struck everyone within a radius of 200-300 meters.
It is noteworthy that despite the fact that one of the missiles did not hit the target during the repulsion of a massive attack, representatives of the military command bizarrely announced successful launches.
The reasons and circumstances of the incident have not yet been announced. The Ministry of Defense of the Russian Federation is investing the incident as well as Su-30SM2 incident.
India is heavily dependent on defense imports from Russia, Russian military hardware is inherently complex to maintain and aftersales support is challenging, whereas the Chinese defense equipment is indigenous and can be upgraded as per its security requirements. It is even believed by analysts that components of S‑400 are made by some Chinese aerospace companies. This gives China an edge to temper with the Indian deployed S‑400 or dodge the system altogether.
In a multi‑polar world, where India is influenced by Chinese investment in India, even if India continues its military modernization and acquires S‑400 air defense systems, it would not even‑off the Chinese military might as India’s military modernization would still lack layered security and missile defense system.
Therefore, India’s military modernization would not be a short cut to gain a quick edge over its adversaries and exposed India to American CAATSA sanctions; it rather requires a better strategic approach, making an alliance with the U.S. to counter China and effective use of resources to respond to the changing geostrategic environment.
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