Military & Aerospace

India’s Self-Reliance in Military Aerospace Industry
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Issue Vol. 30.2 Apr-Jun 2015 | Date : 14 Sep , 2015

HAL Tejas

Having learnt a lesson from the 1990s, the Government of India (GoI) has since laid emphasis on indigenisation of the defence industry with a number of measures initiated in this direction. The promulgation of the Defence Procurement Procedure (DPP) and its subsequent refinements specifying the offset criteria, opening the market to the private sector and permitting Foreign Direct Investment (FDI) are some of the policies that have been formulated yet actualising procurement decisions into manufacturing have been relatively slow. As Air Marshal Vinod Patney (Retd), Director General, Centre for Air Power Studies, at a Seminar on ‘Energising Indian Aerospace Industry’ recently mentioned, “The silver lining is discernible, but barely.” An attempt, therefore, is being made to review the current status and trajectory of indigenisation in the aerospace industry.

The current status of India’s defence production sector, especially in the aerospace segment, leaves much to be desired…

Indigenised defence production is a significant factor that provides strategic independence to a nation thereby adding exponentially to national security. Given the specialised and highly controlled nature of the defence industry, the world over, military supplies are obviously high-value goods. Indigenisation provides security flexibility to a nation by reducing continued reliance on external sources and frees a nation from peripheral pulls and pressures, be they political or otherwise.

Technology has become a key element of national security and has even been termed as a force multiplier. In order to deal with the broad spectrum of national security issues, putting together strategies has to be with a direct emphasis on technology. While economic strength is the main pillar of national power, it is important that the military capability of a nation be also enhanced in tandem, armed forces, equipped with state-of–the-art war-fighting platforms are essential to any nation as insurance.

Recent wars that have occurred in the world have amply indicated that the 21st century belongs to aerospace power which is normally characterised by speed of response, adaptability to changing situations, long reach, precision-targeting capabilities to minimise collateral damage and resources to transport all forms of national power, wherever and whenever required. The volatile geo-political and security situation in the region, combined with India’s aspirations to become a regional power with a global reach, has made it imperative to possess all-encompassing military wherewithal especially in the aerospace sector. The capability should preferably be made within the country, as the problems associated with dependency on foreign sources have been made harshly evident after the disintegration of the USSR.

Having learnt a lesson from the 1990s, the Government of India (GoI) has since laid emphasis on indigenisation of the defence industry with a number of measures initiated in this direction. The promulgation of the Defence Procurement Procedure (DPP) and its subsequent refinements specifying the offset criteria, opening the market to the private sector and permitting Foreign Direct Investment (FDI) are some of the policies that have been formulated yet actualising procurement decisions into manufacturing have been relatively slow. As Air Marshal Vinod Patney (Retd), Director General, Centre for Air Power Studies, at a Seminar on ‘Energising Indian Aerospace Industry’ recently mentioned, “The silver lining is discernible, but barely.” An attempt, therefore, is being made to review the current status and trajectory of indigenisation in the aerospace industry.

Inadequate privatisation has been a significant cause for the stagnation of the aerospace industry…

A Peep into History

The current status of India’s defence production sector, especially in the aerospace segment, leaves much to be desired. The Indian aerospace industry, as it exists today, has been driven predominantly by military requirements, with a smattering of small agricultural aircraft. Hindustan Aeronautics Limited (HAL), the behemoth of Indian aviation industry, with a turnover of over of about Rs 15,000 crore and an R&D corpus that comprises ten per cent of its profits, has 14 types under license production and 15 types of aircraft through inhouse R&D, to its credit. Speaking at the Seminar on ‘Energising Indian Aerospace Industry’ Dr R.K Tyagi, the former Chairman, HAL stated that the company has on its rolls, around 34,000 employees and is a ‘Navratna’ company since 2010. It has a vendor base of about 2,400 and has more than 2,000 designers on its payroll. HAL claims to have a more than 60 per cent indigenous content in the much-delayed Light Combat Aircraft (LCA) Tejas, has collaborated with 20 academic institutions, 150 industries for its production of which 80 are in the private sector. Yet the aircraft has not been able to meet the requirements of the Indian Air Force (IAF) or else it would not have ignored HAL’s capabilities and opted to explore options abroad for new aircraft it so desperately needs.

Today, HAL is the largest amongst the aerospace companies in Asia, with the IAF and other sister services, as its ‘captured’ customers. Rather than move ahead with the IAF with mutual support, the two agencies continue to be locked in conflict. Notwithstanding its size, the HAL has not accomplished very much, though the former Chairman may have different statistics to present. No aerospace company in the world today, worth its reputation, attempts to cover all aspects of aerospace activity, as HAL does. It is engaged in design, development, manufacture, repair/overhaul and upgrade of fixed wing aircraft, helicopters, engines, accessories, avionics, structures for space launch vehicles, integrated systems for satellites and industrial/marine gas turbine engines. The technologies in the aerospace industry are so diversified over a broad spectrum, that it is almost impossible for any company to be self-contained, irrespective of its size; it has to have cross-linkages to be vibrant, proficient and economical. Yet, HAL attempts to do just the opposite!

The Indian aerospace industry has been stuck in the comfort zone of ‘licenced production’…

Major contributions in the fields of science and technology by organisations such as the CSIR, DRDO and ISRO, in the three to four decades after independence, bolstered the nation’s march towards progress. Notwithstanding the contributions, the Indian Armed Forces have continued to depend on imports to meet their needs for military hardware. Even as India is in the seventh decade of independence, the situation has not changed much. The Indian Army now wants to replace the indigenous INSAS rifle with one from a foreign vendor while the IAF is looking to augment its operational and strategic capability with world class aircraft manufactured abroad.

What Ails the Indian Aerospace Industry?

Defence technologies and more so aerospace technologies, are at the high end of the spectrum, very complex and expensive to develop and integrate, a fact not really appreciated and understood by many. The word ‘technology’ is often used in a rather loose sense. It consists of a number of hard and soft elements which have to be understood to form a comprehensive picture of ‘technology’. The hard elements consist of materials used, design documents, manufacturing/assembly infrastructure and other such items. On their own, these however, do not complete ‘technology’. The soft elements too, are numerous and include human skills, attitude to absorb knowledge, teamwork to handle new equipment, leadership and management processes. This package of the hard and soft elements is a part of ‘technology’, whenever one talks of technology development or assimilation.

Absence of a technologically advanced and an internationally competitive industry greatly impacted India’s efforts in the aerospace sector. What little that we designed and manufactured in the past is reminiscent of cars such as the Fiats and Ambassadors that monopolised the Indian automotive segment for a long time. The last two decades plus have seen a rapid modernisation of the Indian industry in general but the aerospace sector has yet to acquire requisite momentum and enthusiasm, so essential to service domestic force modernisation requirements. Just as the DPSU-bureaucratic combine has flourished over the years, the demand and consequent dependence on foreign supplies has continued too.

India’s technology roadmap should take into account that future conflicts would be five-dimensional…

The Indian aerospace industry has been stuck in the comfort zone of ‘licenced production’, with the bureaucracy supporting it with the insistence of a clause of Transfer of Technology (ToT) in almost every contract. Little has the bureaucracy realised that a ToT as it exists today, offers only modern production techniques but does not help in obtaining modern technology to assist in design and development as the IPR continues to remain with the original equipment manufacturer. There is, therefore, a need for a change in policy to arrive at correct assessments and decisions across the spectrum of political leaders, bureaucrats and technocrats.

Inadequate privatisation has been a significant cause for the stagnation of the aerospace industry. The public sector (read HAL) may have developed medium and small entrepreneurs, but only as tier-3 and tier-4 suppliers and not developed many or any as tier-1 or tier-2 suppliers. As a result, the capacity of the local industry for production is limited to just about 25 per cent of the demand. Why have the successive governments been hesitant to implement policy changes that have been announced earlier?

For an answer, one needs to go back into history, to the rationale that existed when laying down the First Industrial Policy of 1948. This Policy was accorded the status of a statutory legislation by the Industries (Development and Regulation) Act of 1951. It was visualised that since the defence industry was critical to national security, the country needs to be self-reliant in this sector. It was also stated that the industry must remain under complete control of the government, as it requires heavy investment, which only the government can provide. Accordingly, the GoI invested heavily in setting up the massive empire of DPSUs and DRDO, the capacities of which match the biggest, and in some instances, even the best of the world but the output has been abysmally low.

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The views expressed are of the author and do not necessarily represent the opinions or policies of the Indian Defence Review.

About the Author

Air Marshal Dhiraj Kukreja

former Air Officer Commanding in Chief of Training Command.

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3 thoughts on “India’s Self-Reliance in Military Aerospace Industry

  1. The fact is that IAF ignored HAL to purchase Rafael. All along IAF was fooling the nation by creating unrealistic demands to help foreign manufactures. Read my studies. In 1971 war IAF had only 34 effective squadrons, each of which consisted of 12 planes . So in 1971 IAF had 408 effective planes. Now we have 582 effective fighter planes.
    SU-30 MKI 224
    Jaguar 145
    MIg 27 85
    Mig 29 89
    Mirage 59
    Total 582
    In 1971 war IAF used two planes to conduct one sortie. Front plane is called front gunner and other plane is called rear gunner. Those days front gunners had to do so many operations at a time particularly at the time of dog fight. He had to chase the enemy plane and reach very close to the enemy plane to enable the correct hit. The range of fighter planes in those days were very limited particularly Gnat. So the front gunner had to keep a watch on fuel gauge even while chasing . The illumination of the dash board was so poor in Gnat that the pilots had to use torch. The main job of rear gunner is to warn the front gunner whenever he noticed another enemy plane attacking the front gunner. In one case the rear gunner could not give warning to front gunner due to communication failure . In another case a Gnat pilot had gone and landed in a Pakistan air field as the fuel was so low that the plane was likely to crash any moment. All these bottle necks have been taken care of in SU30 MKI and Tejas. Since SU30 MKI is being operated by two pilots there is no need for an extra plane to work as gunner during sortie. So SU30 MKI is equivalent for two planes . Tejas can conduct sortie without gunner because it has been provided with AESA avionic of Israeli design . If we use AWACs, all our fighter planes can conduct sorties without escort plane. AWACSs will give warning . Now we have double the fire power over a period of time. More over if we consider 12 fighter planes in a squadron, it is stated that we have 48 .5 squadrons. If we consider 20 planes in a squadron, we have 29.1 squadrons. The important thing to consider is the number of planes, not the squadrons. This is the kind of tricks they play against the civilian Govt. with the help foreign agents.

  2. No Indigenous development can be done without the active co-operation of the user department. The fact is that IAF and the Army officers did not corporate with DRDO and always tried to procure equipment’s from foreign countries. iAF pilots have been carried way by driving comfort of the fighter plane of foreign companies rather than its real capacity to fight in the real war. During trial , Gnat fighter plane found to be much inferior in thrust and angle of turn/ twist. But in the real war it performed far better than any other planes. Do you know what happened to much F-35 fighter plane of USA. Read the report. “F-16 Vs. F-35 In A Dogfight: JPO, Air Force Weigh In On Who’s Best”
    First of all dog fight is not an important cafeteria in a modern war fare. The range of the BVR missiles and the avionic used to Jam enemy radar. The success of the Gnat fight plane was that it was able to avoid the enemy radar and penetrate the enemy concentration. You cannot fool the general public and the present civilian Govt. any more. Why you want Rafael plane? Can you justify IAF demand? Read the expert opinion about Tejas.
    Expert view
    Indian LCA is not claiming it is the best multi role aircraft in the world in all respect but its air frame is of composite material which makes the aircraft light & fly long distance, fast with little fuel which makes it similar to F15 Eagle, Eurojet fighters, Su 27MKII & Su-30MKI . The engine F404-IN20 of LCA Tejas jetfighter is manufacturered by General Electric, currenrly used by European figter jets. Tejas employs C-FC materials for up to 45% of its airframe by weight, including in the fuselage (doors and skins), wings (skin, spars and ribs), elevons, tailfin, rudder, air brakes and landing gear doors. Composites are used to make an aircraft both lighter and stronger at the same time compared to an all-metal design, LCA Tejas is the world’s smallest, light weight, multi-role combat aircraft. Use of composites in the LCA resulted in a 40% reduction in the total number of parts compared to using a metallic frame. Furthermore, the number of fasteners has been reduced by half in the composite structure from the 10,000 that would have been required in a metallic frame design. The composite design also helped to avoid about 2,000 holes being drilled into the airframe. You just imagine how many thousands of holes drilled to JF17 metal Air-frame which will result in fatigue in addition to Chinese WS Engines !! It will be ideal for them to get upgraded F-16s & Mirage IIIs instead of going for JF-17’s. Life of skilled PAF pilot is valuable for their wife & children.

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