Chapter 78: Building Airpower

In an adjacent, smaller annex, a converted two-story administrative building equipped with wide drafting tables, blueprint racks, high-intensity desk lamps, and slate chalkboards, thirty-one men sat waiting in a quiet semicircle. Among them were twenty European jet propulsion and airframe specialists and ten Japanese aerodynamicists and turbine engineers. Sitting at the centre of the front row was a tall man with sharp, aristocratic features, greying hair, and intensely penetrating eyes: Dr Kurt Tank, the legendary former technical director and chief designer of Focke-Wulf.

As Ram, Patel, and Nehru entered the room, Dr Tank stood up instantly, followed by the thirty-odd researchers behind him. They stood in disciplined, silent attention.

"Please, gentlemen, sit," Ram said, gesturing to the chairs as he walked straight to a massive blackboard set against the main wall.

Unlike the broad strategic address in the main hangar, this meeting carried the sharp, immediate atmosphere of an operational skunkworks. Ram did not engage in small talk. He picked up a long piece of chalk and drew a sleek, swept-wing aircraft silhouette on the board, flanked by detailed lines representing supersonic shockwaves and airflow vectors.

"Dr Tank, gentlemen," Ram began, turning to face the group. "Today, we lay the structural foundation of India’s military aviation industry: Hindustan Aeronautics Limited, HAL."

Dr Tank leaned forward, his elbows resting on his knees, his eyes fixed on the drawing. "A government enterprise, Prime Minister?"

"A state-owned strategic corporation with total administrative autonomy, direct access to national credit, and absolute operational priority," Ram replied. "And its mandate is single-minded: within ten years, HAL must design, flight-test, and mass-produce a fully indigenous, all-weather, supersonic jet interceptor powered by an Indian-built jet engine."

A low rustle went through the room. Sitting beside Dr Tank, a quiet Japanese turbine specialist, Dr Yamada raised his hand with measured restraint. "Prime Minister... supersonic flight in a production combat aircraft? The world has barely broken the sound barrier in rocket-powered experimental aircraft. To construct a reliable, operational combat jet exceeding Mach 1, powered by a completely domestic engine, within ten years... the technological gap in metallurgy, thermodynamics, and manufacturing is immense."

"It is an extraordinary challenge, Dr Yamada," Ram acknowledged calmly. "Which is precisely why we are not asking you to make an unguided leap into the dark. The supersonic interceptor project codenamed Marut is our ultimate goal. To reach it, HAL will execute a strict, four-stage development roadmap: first, basic jet trainers; second, subsonic and transonic ground-attack fighters; third, high-altitude fighter-bombers; and finally, the supersonic interceptor."

Ram turned to the blackboard and wrote two distinct names side by side in bold block letters:

Wieland Design Bureau

Yatagarasu Design Bureau

"Acknowledging the linguistic difficulties and the differing design philosophies of Japanese Ne series engines and German Jumo and BMW engines, we are establishing two independent, parallel design bureaus within HAL," Ram announced, looking between Dr Tank and Dr Yamada. "The Wieland Design Bureau, headed by Dr Tank and his European colleagues, and the Yatagarasu Design Bureau, headed by Dr Yamada and his Japanese team. Both bureaus will receive identical financial allocations, identical workshop space, and equal access to testing facilities and raw materials."

Dr Tank’s sharp eyebrows rose. "Parallel development? An internal technical race?"

"Aggressive, state-sponsored technical competition," Ram corrected with a cold, sharp smile. "And integrated into both bureaus will be a mandatory cohort of young Indian graduate engineers and apprentices. They will work at your drafting tables, run calculations in your wind tunnels, and assist in every prototype fabrication."

Ram stepped closer to the drafting table, looking directly at the propulsion engineers. "Now, let us address the heart of the machine: jet propulsion. India will not remain reliant on foreign engine licenses from London, Washington, or Moscow. You will design and manufacture our own engines. And you will do it through a clear, incremental thrust ladder."

He tapped the board with his chalk, writing down five distinct engine thrust classes:

1 kN thrust engine, 5 kN thrust engine, 10 kN thrust engine, 15 kN thrust engine, 25 kN thrust engine (Dry thrust fighter engine, designed with and without afterburner modules)

"Each bureau will independently design, construct, and bench-test working prototypes for each of these five thrust tiers," Ram declared. "You will compete against each other at every step. The bureau that produces the most thermally efficient, mechanically reliable, and manufacturable engine in each class will see its design selected for national mass production."

Dr Tank let out a long, appreciative breath, a faint, sharp smile breaking across his features. "Unbelievable," he muttered in German to his chief thermodynamic scientist, Dr Freytag. "They are not asking for a quick copy of a British Nene engine. They are building a full industrial propulsion hierarchy from the ground up."

"And what of the final engine for the supersonic fighter, Prime Minister?" Dr Tank asked aloud in English.

"Once your respective teams have mastered the 25 kN class," Ram said, his eyes gleaming with intense focus, "it is my hope and belief that the two competing design bureaus will have acknowledged and thus absorbed each other’s strengths, leading to massive overlap in the 25kN class engines.

"The Wieland and Yatagarasu bureaus will merge their research assets, pooling their finest talent to co-develop a 35 to 40 kN afterburning turbojet engine, the definitive powerplant for the Marut."

Ram paused, allowing the magnitude of the project to take hold, then added a further imperative. "And while this military engine program is underway, a dedicated sub-team within HAL will explore civil aviation applications: specifically, a leak-bypass turbojet, what emerging technical literature refers to as a turbofan engine. An engine engineered for high fuel efficiency, long range, and high operational reliability for commercial passenger and transport aircraft."

Dr Yamada stood up slowly, bowing respectfully toward the leaders. "Prime Minister Gupta... the propulsion progression you have outlined is theoretically logical. But the metallurgical requirements for turbine blades operating under high entry temperatures in the 25 kN and 35 kN classes require specialised nickel-chromium alloys and single-crystal casting techniques that currently do not exist in Asia."

"The raw materials, high-purity nickel, cobalt, tungsten, titanium, and high-precision foundry machinery will be procured through direct state channels," Patel interjected, his voice heavy with finality. "If an alloy exists anywhere on Earth, the Republic will acquire it.

If it cannot be bought, you will tell us the elements required, and our new metallurgical research foundries will forge it for you. I believe you can trust your colleagues and metallurgical experts here in Bangalore to deliver the breakthroughs required when the time comes."

Ram walked over to Dr Tank, holding out his hand. "Once these engines are proven on the test benches, your Indian apprentices will take charge of their commercialisation, building modern manufacturing plants across the country to assemble these powerplants by the thousands for defence and civil applications, driving continuous engineering enhancements, and teaching propulsion physics in our universities. You are not merely designing an aeroplane for India, Dr Tank. You are founding an aerospace superpower."

Dr Tank looked at Ram’s outstretched hand, then turned his gaze back to the sleek drawing of the supersonic fighter on the board. The years of post-war frustration, destruction, and professional stagnation vanished, replaced by the overwhelming, exhilarating passion of a master engineer handed unlimited scope by a determined state.

Tank stepped forward and gripped Ram’s hand in a powerful, unyielding shake. "Give us the raw steel, the foundries, and the drawing paper, Prime Minister. We will give India the sky."

By late afternoon, the intense heat of the sun had settled over the administrative compound, but inside the high-ceilinged conference room of the IISc executive wing, the pace of work only intensified. Ram, Patel, and Nehru sat around a long teak table piled with architectural blueprints, land survey maps, budget ledgers, and intelligence dossiers.

"The foreign specialist cadres are secured," Nehru said, examining a large master plan for the expansion of the Indian Institute of Science. "But the academic and physical infrastructure required to sustain this concentration of scientific labour is enormous. IISc in its present form cannot absorb this scale of operation."

"Then we expand its boundaries without hesitation, Jawaharlal," Ram said, tapping his pencil against a large red-bordered perimeter on the topographical map. "We will acquire four thousand acres of adjoining state land immediately. Construction of new advanced physics laboratories, supersonic wind tunnels, chemical testing centres, and high-precision machine shops will begin in non-stop shifts before the end of the month."

Patel nodded in stern agreement, reviewing a financial ledger. "And what of our own leading scientific minds? We cannot leave the structural direction of this enterprise solely to foreign directors."

"I have already issued confidential directives to Dr Homi Bhabha, Dr Vikram Sarabhai, and our leading physicists and chemists," Ram revealed. "They are being instructed to shift their primary research headquarters from Bombay to Bangalore."

Nehru looked up, surprised. "Bombay? Homi has spent the last year meticulously planning the expansion of the Tata Institute of Fundamental Research on the coast."

"Bombay is a vulnerable coastal metropolis, entirely exposed to foreign naval observation, diplomatic intrigue, and consular surveillance networks," Ram explained coldly. "Bangalore is inland, topographically secure, elevated, and easily defended. Here, under a single, impenetrable security canopy, Bhabha’s nuclear research, Sarabhai’s rocketry and upper-atmosphere studies, and HAL’s aerospace engineering will form a unified, interdisciplinary citadel."

He turned his head toward B.N. Mullick, who stood quietly near the heavy oak door. "Mullick, this brings us to your counter-intelligence framework."

"Absolute isolation and active surveillance, Prime Minister," Mullick reported crisply.

"Every foreign scientist, engineer, and family member residing in Bangalore will be assigned personal ’attendants’," Ram commanded. "On the surface, these attendants will function as house stewards, drivers, and logistical assistants to ensure their absolute physical comfort and well-being. In reality, they will be trained intelligence personnel tasked with maintaining complete operational confidentiality, preventing foreign penetration, and eliminating any risk of targeted abduction or assassination by Western or Soviet intelligence agencies."

"Which brings us to the permanent military force required to secure this entire apparatus," Patel said, bringing two drafted legislative decrees before the table. "We cannot rely on standard provincial civil police to guard high-security research centres, foundries, or experimental test ranges. Civil police are equipped for local crime control, not state-level asset defence."

Patel laid the first document flat on the table. "We are establishing two specialised central paramilitary bodies by executive decree. First: the Central Industrial Security Force, CISF, a dedicated, heavily armed paramilitary organisation tasked with protecting India’s strategic industrial infrastructure, chemical refineries, steel works, and defence research complexes across the country."

He tapped the second document. "Second: an elite, highly trained executive protection and rapid-response counter-terror force, the National Security Guard, NSG. Their sole duty will be the absolute physical security of the nation’s political leadership, scientific apex, and nuclear-aerospace installations."

Nehru leaned over the organisational charts, studying the manpower allocations. "Where will we source the thousands of disciplined men needed for these forces without stripping our regular army divisions?"

"The solution is already built into our national framework, Jawaharlal," Ram said smoothly. "We will absorb the veteran cadres of the Indian National Army, both those who fought on the eastern front in Burma and Subhas’s returning India Legion veterans from Europe. They are battle-hardened, fiercely patriotic, highly disciplined, and entirely unpolluted by British colonial military traditions."

Ram’s eyes narrowed with quiet strategic satisfaction. Furthermore, a significant portion of my own private operational combat network, the personnel who operated our covert logistical networks over the last fifteen years, will be formally integrated into the officer corps of both the CISF and the NSG. This marks the systematic transition of our covert machinery into the permanent, legal framework of the Republic, he thought with satisfaction, taking a mental note to make arrangements.

Patel smiled grimly, a rare glint of humour touching his hard eyes. "An INA veteran guarding a German jet propulsion designer in Bangalore... there is a deep historical irony in that, Ram. But its operational effectiveness will be absolute."

"And what of our young Indian students?" Nehru asked, turning his focus to the human element. "We need thousands of bright, capable minds to absorb this technical knowledge."

"The first cohort of top science, mathematics, and engineering graduates is being selected right now from universities across Delhi, Calcutta, Madras, Bombay, and Allahabad," Ram replied. "Additionally, top students in IISc will make the first-year apprentice cohort. We need to ensure this cohort is expanded in the coming years.

The students will be brought to Bangalore on full state scholarships. Their academic schedule will be relentless: advanced applied physics and structural mechanics, combined with mandatory, intensive fluency training in German and Japanese. Where appropriate, classical Sanskrit terminology will be integrated into technical glossaries to forge an authentic, indigenous scientific vocabulary."

"And their living arrangements?" Nehru pressed, walking over to the window. "We cannot house seven hundred foreign families and thousands of young Indian apprentices in cold, austere military barracks for ten years."

Ram unrolled a wide architectural master plan labelled The International Science Enclave.

"Bangalore will host a living technical synthesis, Jawaharlal," Ram said, his finger tracing the landscaped layout. "Simultaneous to the expansion of IISc, we will begin constructing fully integrated, modern residential townships. Modern apartments, wide green parks, football fields, recreational centres, and authentic European and Japanese dining halls operated by professionally trained chefs. A mini-Germany and a mini-Japan, organically fused with the Indian apprentice quarters."

He looked up at Patel and Nehru. "They will enjoy every modern comfort, every material luxury, and complete security. Their children will study and play together; their chief engineers will dine with our young apprentices. We are creating an environment where foreign technical genius fuses permanently with Indian national ambition."

"To guarantee this program operates without bureaucratic drag," Patel added firmly, "all administrative clearances, land acquisitions, material requisitions, and financial disbursements for the Bangalore enclave will bypass provincial and ministerial channels entirely. The Project Director will answer directly to a three-man executive committee: the Prime Minister, the Home Minister, and the External Affairs Minister."

Patel walked to the window, staring out at the sun-drenched, rolling hills surrounding the city perimeter. "We need to ensure a total press blackout. Total exclusion of unauthorised foreign diplomats. An iron dome around Bangalore."

Nehru looked down at the sprawling master blueprints, then turned his gaze back to Ram and Patel. For a long, profound moment, the silence in the executive room was broken only by the steady, rhythmic hum of the ceiling fan.

"We are building far more than combat aircraft or turbine engines here, Ram," Nehru said softly, his voice filled with quiet, monumental awe. "We are forging the brain of a modern superpower."

"You said it, Jawaharlal," Ram Prasad Gupta agreed softly, closing his leather briefing folder with a firm, decisive click. "We are ensuring that India will never again be forced to bow its head before the industrial might of any foreign empire."

Outside the high window, the late afternoon sun bathed the vast, quiet grounds of Bangalore in a brilliant, golden light. In the distance, the deep, rhythmic rumble of heavy earth-moving machinery began to echo across the valley, digging the unyielding foundations of a sovereign Republic.

A/N: Happy Janmashtami, everyone. Let me know your thoughts in the comments and reviews. Add the story to your library/collection to receive update notifications. Power stones are always welcome.