Chapter 338: The Story of the Severed Trust(Mig -25 Foxbat Bharat)
July 14, 1978
At sixty-five thousand feet above the Earth, the sky violently ceases to be blue. It undergoes a profound, atmospheric transition into a deep, terrifying, bruised violet, brushing directly against the absolute, freezing black vacuum of the cosmos. At this extreme operational ceiling, the physical curvature of the planet is distinctly, undeniably visible to the naked eye. It forms a subtle, glowing arc of brilliant blue and swirling white weather patterns that instantly makes human borders, political treaties, and geopolitical disputes look exactly like the irrelevant, imaginary lines drawn on paper that they truly are. The air outside the cockpit is so incredibly thin it is practically nonexistent, offering zero lift to a conventional wing, and the ambient temperature rests at a staggering negative seventy degrees Celsius.
And yet, despite the freezing void outside, the leading edges of the aircraft's wings were currently baking at a blistering three hundred degrees Celsius, glowing with accumulated kinetic friction.
Squadron Leader Vikram Singh of the Indian Air Force's elite No. 102 Squadron—"The Tridents"—sat tightly strapped into the pressurized cockpit, breathing pure, regulated oxygen through his heavy flight mask, looking out through the heavily reinforced, heat-resistant canopy glass. He was currently traveling at Mach 2.83. That was exactly two thousand, one hundred and seventy miles per hour. He was moving significantly faster than a high-caliber rifle bullet fired at point-blank range. At this velocity, he was outrunning the very sound of his own engines.
The colossal, eighty-thousand-pound machine wrapped tightly around him, vibrating with raw, unadulterated, catastrophic power, was the MiG-25 Bharat.
For exactly one year, the massive, highly classified joint production lines operating in Gorakhpur and the heavy metallurgy plants in Moscow had been quietly, obsessively churning out the first fully operational squadrons of this terrifying new variant. The original Soviet MiG-25 Foxbat had been a masterpiece of desperate, Cold War panic—a brute-force mathematical equation solved by wielding a sledgehammer. Designed in the late 1960s with the singular, obsessive goal of intercepting high-altitude, Mach 3 American XB-70 Valkyrie bombers, the Soviet engineers had faced an impossible thermal barrier. They hadn't used lightweight, advanced titanium to build the aircraft because it was simply too difficult, too expensive, and too incredibly complex to machine and weld at mass industrial scale. Instead, in a display of sheer, unapologetic industrial brutality, they had hand-welded the entire massive airframe out of heavy, heat-resistant nickel-steel alloy.
To push that massive, heavy, flying steel building to speeds exceeding Mach 3, they had bolted two colossal, fuel-guzzling Tumansky R-15BD-300 turbojet engines to the back. Each engine was the size of a small bus, capable of generating a combined twenty-two thousand, five hundred kilograms of raw, afterburning thrust.
The original Soviet jet was incredibly, undeniably fast, but it was practically, tactically blind. Its primary sensory organ—the massive Smerch-A radar system—relied entirely on heavy, glowing, primitive vacuum tubes that drew so much raw electrical power they could literally cook a rabbit sitting on the runway if the radar was activated on the ground. It could see massive bombers flying straight ahead in the clear, empty stratosphere, but it possessed a fatal, crippling flaw. If an enemy fighter jet simply dove toward the deck and flew low to the ground, the Soviet radar's crude, overwhelmingly powerful energy beams would bounce off the mountains, the trees, and the earth, creating a chaotic, blinding wall of electronic static known to pilots as "ground clutter." An enemy could fly right under a Soviet Foxbat, and the pilot would never even know they were there. Furthermore, the Soviet engines were ticking time bombs; if a pilot pushed the throttle past Mach 2.8 and attempted a Mach 3.2 sprint for more than three consecutive minutes, the sheer, ferocious heat of the thrust would literally melt the engine turbines themselves into a pool of radioactive slag, destroying the aircraft from the inside out.
The MiG-25 Bharat had systematically, surgically solved every single one of those catastrophic problems.
Singh looked down at his entirely modernized, digitized cockpit displays. The chaotic, confusing, vibrating mechanical dials and analog gauges of the original Soviet design had been completely ripped out. In their place were clean, glowing green, liquid-crystal multi-function matrices that fed Singh absolute, processed, mathematically perfect situational awareness.
By gutting the nose cone and ripping out six hundred kilograms of heavy, overheating vacuum tubes, and replacing them with barely twenty kilograms of pristine, solid-state Indian silicon manufactured in the ISMC cleanrooms, the Indian avionics team had instantly made the aircraft significantly lighter. They had painstakingly rebalanced the aircraft's center of gravity by expanding the forward fuel cells, pushing the interceptor's operational combat radius from a paltry, fuel-starved 300 kilometers at supersonic dash, up to a staggering 650 kilometers, with a subsonic ferry range now exceeding 2,500 kilometers. The thrust-to-weight ratio, originally a sluggish 0.8 on the Soviet model, had been pushed to a lethal 0.95.
But the true, world-altering miracle of the Bharat variant was the brain resting quietly in the nose.
Behind the aerodynamic cone of Singh's jet sat a brand-new, actively cooled Coherent Doppler Radar, powered entirely by the ISMC Brahma-16 solid-state processor.
To fully understand what Dr. Suresh Krishnamurthy's engineering team had built in Gorakhpur, one simply had to understand the physics of sound. When a police siren moves rapidly toward you on a street, the pitch gets noticeably higher as the sound waves compress; when the siren passes and moves away, the pitch dramatically drops as the waves stretch. That immutable law of physics is the Doppler shift. The Indian radar system fired a highly organized, perfectly "coherent" beam of electromagnetic energy down at the earth. The rocks, the dense forests, and the ground below were stationary; their radar echoes returned to the aircraft at a fixed, baseline frequency. But if an enemy fighter jet was flying low to the ground, moving at six hundred miles an hour, its radar echo shifted off the baseline.
The Brahma-16 processor, running at a blistering, continuous twelve megahertz, possessed the staggering mathematical processing power to run complex Fast Fourier Transform algorithms in real-time. It instantly filtered out the massive, blinding wall of stationary ground clutter, and perfectly, surgically isolated the shifting frequency of the moving target. It provided an absolute, crystal-clear tracking range of 180 kilometers against fighter-sized targets, and 250 kilometers against heavy bombers or AWACS. It was the absolute Holy Grail of modern, high-altitude aerial warfare: True Look-Down/Shoot-Down capability.
Singh tapped a bright red button on his flight stick. In his heads-up display, a glowing targeting square instantly locked onto a simulated, radar-evading target drone flying fifty thousand feet below him, desperately skimming the jagged, granite mountaintops of the Himalayas. The original Soviet Foxbat would have stared down at the mountains and seen nothing but a blinding blizzard of static. Singh's jet saw a dead man. The Brahma-16 computer calculated the firing trajectory for four simultaneous beyond-visual-range active-radar missiles before Singh even took a breath.
Furthermore, Singh's jet possessed a capability that no Soviet engineer had ever managed to perfect: a fully autonomous Digital Engine Control Unit (DECU). The proprietary Indian software dynamically, microscopically adjusted the volatile fuel-to-air mixture injected into the massive Tumansky engines, evaluating exhaust gas temperatures and turbine pressure thousands of times a single second. It completely eliminated the terrifying risk of the engines overheating and destroying themselves at Mach 3.2, actively throttling the combustion the exact millisecond the thermal tolerances were breached, while simultaneously increasing overall cruising fuel efficiency by an astounding twenty-five percent.
The MiG-25 Bharat was exactly what terrified Western intelligence agencies at the CIA and MI6 had originally, feverishly imagined the Soviet Foxbat to be when they first saw it in blurry satellite photographs. It was the undisputed, invincible, technologically flawless apex predator of the stratosphere. It was a high-precision sniper rifle permanently mounted onto the chassis of a ballistic missile.
And as of this morning, the historic, groundbreaking joint partnership that had miraculously created it was completely, irreparably dead.
In the heavily secured, hermetically sealed, windowless expanse of Conference Room A, buried deep within the reinforced concrete core of the ISMC Advanced Research Division in Gorakhpur, the air conditioning hummed with a sterile, mechanical drone. The walls were lined with copper meshing, transforming the room into an impenetrable Faraday cage, completely isolated from the electromagnetic noise of the sprawling industrial complex outside, and absolutely impervious to any foreign electronic surveillance.
But despite the flawless climate control dropping the ambient temperature to a crisp nineteen degrees Celsius, the air inside the room was thick, suffocating, and highly combustible. It was heavy with the chilling, unspoken, agonizing reality of a catastrophic geopolitical divorce.
The honeymoon was decisively, permanently over. The grand, visionary alliance of 1976 had been violently, mercilessly executed in the bloody, bullet-pocked streets of Kabul exactly three months ago.
Sitting rigidly on one side of the long, polished mahogany table was the high-level Soviet delegation. They were led, just as they had been during the optimistic genesis of the program two years prior, by Marshal-Engineer Leonid Sorokin. The Soviet general was a heavy-set, deeply scarred veteran of the Great Patriotic War, his broad chest adorned with rows of enameled campaign ribbons. Beside him sat Dr. Pavel Volkov and Dr. Aleksei Markov, the brilliant, battle-hardened senior engineers from the legendary Mikoyan Design Bureau.
Two years ago, these men had shared vodka and blueprints with their Indian counterparts, fueled by the intoxicating, shared excitement of raw engineering discovery. Today, that camaraderie had completely, totally evaporated. It had been replaced by a toxic, simmering resentment. Their faces were set in grim, pale, inflexible masks of supreme state authority. They did not look like partners; they looked like hostages who had just realized the door was locked from the outside.
Sitting directly across from them, presenting an impenetrable, unified front, was the Indian high command.
Harsh Vardhan sat perfectly still, his hands steepled under his chin, his dark eyes analytical, calculating, and cold. He was the silent architect watching his machine function. Beside him sat Dr. Suresh Krishnamurthy, the undisputed genius and chief architect of the entire avionics suite. Krishnamurthy looked physically depleted, the heavy bags under his eyes a testament to thousands of hours spent rewriting Doppler algorithms, but his posture was physically immovable. He was fiercely protective of the silicon masterpiece he had created.
And sitting at the dead center of the Indian side of the table, commanding the room without raising his voice, was Aditya Shergill.
The Chief Minister was not in the room. Karan Shergill did not need to be. When a relationship formally transitioned from a visionary, paradigm-shifting strategic alignment into a ruthless, hostile, transactional asset division, the architecture of the moment required the cold, unyielding, bloodless arithmetic of the Shergill empire's premier financial executioner. Karan built the empires; Aditya ran the ledger. And Aditya was here to foreclose on the Soviet Union.
Marshal Sorokin leaned forward, his heavy forearms resting on the polished wood. The Soviet general did not bother with diplomatic pleasantries. He did not offer tea, and he did not smile.
"Two years ago," Sorokin began, his voice a low, gravelly rumble that vibrated through the throat of the terrified translator, harsh and entirely devoid of any diplomatic cushion. "We sat in this very facility, Mr. Shergill. We shook hands. We agreed to a sacred partnership of absolute equals. The Soviet Union handed you the undisputed crown jewel of our entire aerospace engineering apparatus—the classified aerodynamic data, the heavy metallurgy forging protocols, and the raw engine architecture of the fastest, highest-flying interceptor on the face of the earth. We gave you the keys to the stratosphere. In exchange, you gave us your solemn word that you would provide a modernized, solid-state avionics suite to secure our skies against the Americans."
Sorokin placed his heavy, scarred hands flat on the table, leaning closer, his eyes burning with a mixture of immense pride and profound humiliation.
"Instead," Sorokin spat, the words tasting like ash, "what you have actually delivered us, Mr. Shergill, is a highly sophisticated, mathematically complex, electronic leash."
Aditya did not blink. He did not flinch, he did not deny the accusation, nor did he look the slightest bit offended by the Marshal's hostility.
"We delivered exactly, down to the final millimeter and the final line of code, what was drafted in the treaty we both signed, Marshal," Aditya countered, his voice a smooth, flawless instrument of pure commercial logic. "We delivered the Brahma-16 mission computers. We delivered the coherent Doppler radar modules. We delivered the digital electronic warfare suites and the automated engine control units. And we delivered them precisely on schedule, without a single day of delay."
Aditya tilted his head slightly, locking eyes with the furious Soviet general.
"The single operational squadron of MiG-25 Bharats currently flying out of your PVO Strany airbases outside Moscow are, by an astronomical margin, the most capable, lethal, technologically supreme interceptors your nation has ever possessed," Aditya stated, delivering undeniable, empirical facts. "They are currently painting NATO spy planes from a hundred and fifty miles away. Your own test pilots have wept with joy after flying them. They have officially testified to the Politburo that the aircraft is a miracle. We fulfilled our contract."
"The aircraft perform magnificently!" Dr. Volkov interjected suddenly, his voice rising, laced with the bitter, emasculating frustration of a world-class engineer who has been reduced to a mere spectator in his own cockpit. "The hardware is undeniable! The radar resolution is breathtaking! But the architecture of your system is a prison!"
Volkov pointed an accusatory, trembling finger directly at Dr. Krishnamurthy.
"We are the Soviet Union!" Volkov declared, his national pride bleeding into the room. "We put the first man into the cosmos! We cannot have the absolute frontline defense of our entire national airspace completely, structurally dependent on a 'sealed black box' that our own sovereign engineers are legally and technologically forbidden from opening!"
Volkov slammed his hand on his notebook. "If a radar processing module experiences a fault, we cannot run diagnostics! We cannot repair it! We are forced to unbolt it, crate it up in protective foam, put it on an Ilyushin transport plane, and fly it three thousand miles back to Gorakhpur, simply so your technicians can turn a screw! If we need to update the threat-library software to recognize the new frequency of an American B-1 bomber radar, we cannot write the code ourselves! We have to formally, politely request the software patch from ISMC, and sit on our hands waiting for you to mail us a physical data cartridge!"
"That is exactly, precisely what the term 'proprietary intellectual property' means, Dr. Volkov," Aditya replied smoothly, entirely unmoved by the engineer's emotional outburst. "The sealed module architecture was explicitly, clearly laid out in the 1976 treaty. We did not hide it. You read the clauses, and you signed them. We do not manufacture the heavy titanium and steel engines; we buy them from your factories in Gorky. You do not manufacture the microprocessors and the brains; you buy them from our cleanrooms in Uttar Pradesh. That is the definition of comparative advantage."
"It is not about commerce!" Sorokin roared, violently slapping the mahogany table, the military general finally, explosively overriding the polite engineer. "Do not lecture me on trade deficits, Shergill! It is about the fundamental, existential, strategic security of the Soviet state! Six months ago, we trusted that dependency. We accepted the black boxes because we firmly believed India was our steadfast, unbreakable ally. We believed we shared a unified, ironclad front against Western imperialism!"
Sorokin's eyes narrowed into dark, furious, predatory slits. The true, bleeding grievance of the meeting was finally dragged into the light.
"But then," the Marshal spat, the venom of a betrayed empire bleeding into the sterile air of the room, "your brother went to Geneva. He sent your Foreign Secretary to sit down at a table with Zbigniew Brzezinski and Cyrus Vance. You signed massive, unprecedented, humiliating bilateral treaties with the Americans. You opened your banking sector to the West through Singapore, funneling capitalist wealth through your own ports. And then..."
Sorokin's voice dropped into a terrifying, lethal growl.
"...Without warning, without a single diplomatic cable, you deliberately, maliciously throttled the export of the five-axis CNC precision machining centers that our tank factories at Uralvagonzavod absolutely require to function. You choked our heavy manufacturing. You halted our armor production lines. You crippled us, simply to win favor and secure diesel contracts in Washington."
Sorokin leaned his massive frame across the table, glaring directly into Aditya's eyes, trying to physically intimidate the younger man.
"Do not insult my intelligence, Mr. Shergill," Sorokin whispered, his voice laced with absolute, undisguised threat. "You hold the physical maintenance keys to our premier interceptor fleet. You hold the software updates. You hold the logistics. We are terrifyingly aware that you do not need to install a physical, explosive bomb to destroy our aircraft. Your 'kill switch' is simply the act of doing nothing."
The Soviet Marshal laid the geopolitical reality bare.
"If the Kremlin makes a geopolitical move that offends the Emperor in Lucknow tomorrow, you simply halt the technical support. You stop answering the phone. Within six months, without software updates, without fresh telemetry codes, and without replacement processing modules, the entire Soviet MiG-25 Bharat fleet becomes a collection of extremely fast, entirely blind, flying steel paperweights. We cannot, and we will not, under any circumstances, tolerate that level of strategic vulnerability from a nation that is actively negotiating with the United States."
The room fell into a dead, heavy, suffocating silence. The ambient hum of the air conditioning suddenly seemed deafening.
The Soviets had laid their absolute, naked terror on the table. They realized, with profound, horrifying clarity, that they had willingly allowed a foreign power to wire its own proprietary nervous system directly into the spinal cord of the Soviet military apparatus, and they were desperately, violently trying to rip those wires out before they were permanently paralyzed.
Aditya Shergill let the silence stretch. He did not rush to fill the void. He let the Soviet general's anger echo off the copper-lined walls. He slowly turned his head and looked at Harsh Vardhan. The older strategist offered a microscopic, barely perceptible nod. The parameters had been met. It was time to close the trap.
Aditya unclasped his hands. He leaned forward, perfectly mirroring Sorokin's aggressive posture, closing the physical distance between them. When he spoke, the temperature in the room did not rise with anger; it seemed to plummet ten degrees into a state of absolute, sub-zero hostility.
"You speak to me of trust, Marshal," Aditya said, his voice quiet, deadly, and entirely devoid of a single ounce of sympathy. "You speak of a unified front. You dare to sit in my facility and accuse the Republic of India of betrayal because we negotiated a trade treaty with the Americans to secure heating diesel for a freezing world, and because we adjusted our own sovereign export quotas."
Aditya reached calmly into his pristine leather folder. He pulled out a single, large, high-resolution black-and-white satellite photograph. He placed his fingertips on the glossy paper and slid it firmly across the polished mahogany until it rested directly in front of the Soviet delegation.
It was a classified image of Bagram Airfield in Afghanistan, taken from an Indian ISRO reconnaissance satellite operating in low-earth orbit. The optical resolution was flawless. It clearly, undeniably showed dozens of massive Soviet Antonov An-22 heavy transport planes parked on the tarmac, their massive rear ramps lowered, aggressively unloading endless columns of armored personnel carriers and heavily armed Spetsnaz shock troops directly onto Afghan soil.
"Exactly three months ago," Aditya stated, his tone freezing into absolute, unbreakable ice, "your intelligence agencies, the KGB and the GRU, enthusiastically backed a bloody, violent communist military coup in the streets of Kabul. You murdered a sitting president. You violently dragged a neutral, non-aligned nation kicking and screaming behind the Iron Curtain."
Aditya tapped his index finger directly onto the image of the Soviet tanks.
"And in doing so, Marshal, you marched heavily armed Soviet proxy forces directly onto the extreme northern border of the Republic of India at Gilgit."
Sorokin stared down at the photograph, his jaw locking, the muscles in his neck bulging. "The Saur Revolution was an internal, domestic Afghan political matter. The Soviet Union is merely providing fraternal socialist assistance to a newly recognized, legitimate government—"
"Do not read me the Pravda editorial, Sorokin!" Aditya snapped.
His voice suddenly cracked like a heavy whip, instantly slicing through the Soviet general's prepared propaganda, echoing violently off the walls.
"You erased a two-hundred-year-old, vital buffer state!" Aditya fired back, the raw, geopolitical fury of New Delhi finally unleashed into the room. "You parked a heavily armed, Soviet-commanded proxy army on our immediate, physical, sovereign border! You fundamentally, catastrophically destabilized the entire security architecture of the Asian subcontinent! You forced the Indian Army to pull three mountain divisions and heavily militarize the Wakhan Corridor, burning through billions of rupees, simply to ensure you don't try to march your mechanized infantry down to the Arabian Sea!"
Aditya stood up. He towered over the table, the sheer, ruthless, crushing gravity of the Shergill empire radiating from him like heat from a reactor core. He was no longer an accountant; he was the executioner of the state.
"We built the MiG-25 Bharat in absolute good faith because we firmly believed you respected our sovereign, untouchable sphere of influence," Aditya declared, delivering the final, unapologetic geopolitical verdict. "You violently shattered that respect the exact moment your boots stepped into the Hindu Kush. You sit here and tell me you fear our 'kill switch' on your airplanes?"
Aditya leaned over the table, his dark eyes locking onto the Soviet Marshal with a terrifying, unyielding intensity.
"You are damn right you should fear it. Because the absolute, literal second your proxy troops cross our red lines in the mountains, we will ground your entire fleet. We will turn your jets to stone, and we will not lose a single second of sleep over it."
The air in the room was highly combustible. The oxygen had been entirely sucked out. The grand alliance of 1976 was unequivocally, irreversibly dead. Both sides had drawn their weapons, racked the slides, and placed them directly against each other's heads.
But beneath the screaming geopolitical betrayals, beneath the broken treaties and the furious pride of empires, the brutal, unyielding, mathematically absolute laws of physics and heavy industrial economics remained. A divorce of this magnitude could not be settled by simply walking away from the table. The supply chains were too deeply entangled. The metal was already forged.
The silence stretched until it threatened to break the glass.
Dr. Suresh Krishnamurthy, who had sat in absolute, uncomfortable silence through the blistering political fireworks, finally spoke. He was not a diplomat. He was not a general. He was a man who lived entirely in the realm of electrons, algorithms, and absolute physical truths.
"The trust is entirely, irreversibly gone," Krishnamurthy stated simply, bypassing the screaming generals to look directly at his Soviet engineering counterpart, Dr. Aleksei Markov. His voice was calm, highly analytical, and entirely focused on the unyielding engineering reality that sat on the table between them. "But the aircraft still exists. The physics still work perfectly. The production lines are fully tooled and operational. And the undeniable truth, Aleksei, is that neither of us can easily, economically walk away from the assembly line without severely crippling our respective air forces."
Markov looked up from his notepad, his eyes weary and bloodshot. He didn't offer a patriotic rebuttal. He simply gave a slow, microscopic nod. He knew exactly, down to the last millimeter of tolerance, what the Indian chief engineer meant.
Aditya Shergill observed the exchange. He saw the exact moment the emotional fury burned itself out, leaving nothing but the cold, hard slag of industrial necessity.
"Let us drop the politics and look at the ledger," Aditya said, sitting back down in his heavy leather chair. In an instant, his posture transitioned from the furious indignation of a sovereign statesman to the terrifying, ice-cold calculation of a global merchant.
"Marshal Sorokin," Aditya began, his voice entirely stripped of its previous heat, replacing it with a lethal, transactional pragmatism. "We all know the reality of the board. You cannot accept the sealed black boxes anymore. Your political masters in the Politburo will not allow your frontline air defense to be wired to a kill switch controlled by New Delhi. I understand that. But Dr. Volkov knows the industrial reality of your homeland better than you do. Your domestic electronics industry is at least a decade, perhaps fifteen years, away from successfully reverse-engineering our coherent Doppler radar algorithms. You do not possess the cleanrooms required to fabricate a twelve-megahertz solid-state processor that does not instantly melt itself into slag at Mach 3."
Aditya steepled his fingers, staring the Soviet Marshal dead in the eye.
"If you abandon the ISMC technology entirely today in a fit of injured national pride," Aditya laid out the brutal truth, "and you go back to stuffing your nose cones with heavy, boiling vacuum tubes... your MiG-25s remain completely blind to low-flying American cruise missiles. You will be sending your pilots up in incredibly fast, highly visible targets. You need our silicon to survive the 1980s."
Sorokin ground his teeth together so hard the muscles in his jaw visibly corded. It was the agonizing, humiliating truth. The Soviet military high command had seen exactly what the Bharat variant could do on the test ranges. They had tasted the absolute, god-like power of true look-down/shoot-down capability. Going back to the old, blind Foxbat now would be like handing a blindfold back to a master sniper who had just been given a telescopic sight.
"And India," Dr. Pavel Volkov countered softly, his deep, rumbling Russian accent cutting through the chilled air, pointing the structural reality right back at the Shergill empire, "faces a highly similar, entirely unavoidable industrial bottleneck."
Volkov tapped a thick, calloused finger against the mahogany table.
"We are not fools, Mr. Shergill. We know exactly what your aviation sector is currently attempting to build," the Soviet engineer declared, his eyes flashing with the pride of a man who understood heavy metal better than anyone alive. "Shergill Aviation undeniably possesses the absolute finest avionics on the planet. But you are currently pouring billions of rupees into building your fully indigenous S-35 Tejas multi-role fighters. Your massive, heavy metallurgy presses, your highly specialized titanium forging facilities in Kanpur... they are currently operating at maximum, bleeding-edge capacity just to supply your own domestic fleet with composite wings and airframes."
Volkov leaned forward, laying out the exact physical limitations of the Indian industrial machine.
"The MiG-25 airframe is not built like your nimble S-35," Volkov lectured, the master aerodynamicist schooling the financier. "Our aircraft is constructed of a highly specialized, incredibly heavy, heat-resistant nickel-steel alloy. It requires massive, specialized, building-sized hydraulic stamping presses and highly toxic, specialized welding infrastructure that you simply have not built at scale yet in Uttar Pradesh. To replicate our Gorky metallurgy plants in Kanpur would take you five years and cost you a staggering amount of capital that you need for your other projects."
Volkov wasn't finished. He moved to the most critical, insurmountable engineering hurdle of them all.
"Furthermore," Volkov stated, his voice ringing with absolute certainty, "you do not manufacture the Tumansky R-15 turbojet engines. You do not have the highly specialized, specialized tooling required to cast the massive, high-temperature compressor blades required for sustained Mach 3.2 flight."
Aditya opened his mouth, but Volkov held up a hand, anticipating the exact Indian counter-argument.
"And do not threaten me with your indigenous Kaveri engine, Mr. Shergill," Volkov said, a thin, knowing smile touching his lips. "Yes, we have seen the telemetry on the Kaveri. We know it is a masterpiece. It is arguably the most advanced, highly efficient, thrust-vectoring turbofan engine currently in existence. But it is a turbofan. It was meticulously, mathematically designed for the S-35's high-agility, sub-sonic to Mach 2.0 dogfighting superiority and supercruise . It relies on a high bypass ratio to achieve extreme fuel efficiency."
Volkov shook his head, explaining the brutal thermodynamics of the stratosphere.
"The MiG-25 does not dogfight. It is a manned, ballistic missile. Our Tumansky R-15 is a massive, single-shaft, low-bypass turbojet that functionally transforms into a raw ramjet when it hits Mach 3. The air intake ramps on the MiG-25 are mathematically sculpted to slow supersonic air down to subsonic speeds before it violently hits the compressor face. If you try to arrogantly unbolt our Tumansky and bolt your sophisticated Kaveri turbofan into a Foxbat chassis, the intake geometry will completely choke the airflow. The extreme bypass ratio at Mach 3 will literally tear your beautiful compressor blades into shrapnel, and the airframe will violently, catastrophically stall at sixty thousand feet."
Volkov sat back, crossing his arms over his chest.
"To successfully re-engineer the Foxbat to accept your Kaveri engines, you would have to completely, structurally redesign the entire fuselage, the intake ramps, and the center of gravity," Volkov concluded with devastating finality. "It would effectively become a completely new aircraft. It would take you half a decade of wind-tunnel testing and billions of rupees. You do not have the time. You do not have the heavy presses. If you terminate the partnership today in a fit of political anger, India loses its only operational, Mach 3 heavy interceptor just as the Americans are upgrading their bomber fleets. You need our heavy metal exactly as desperately as we need your silicon brains."
The room was consumed by a heavy, breathless silence.
The engineers had masterfully stripped away the shouting, the political posturing, and the screaming geopolitical betrayals. They had laid bare the absolute, undeniable, physical reality of their mutual dependency.
It was the ultimate, high-altitude Mexican standoff. Both men had their fingers tightly curled around the triggers of their respective guns, but absolutely neither side could afford to pull it, because both of them desperately, critically needed the other's bullets to survive the coming decade.
"We are trapped together," Aditya acknowledged. A cold, thoroughly humorless smile finally touched his lips. He respected Volkov. The Russian had done his homework flawlessly. "So. We do not burn the house down. We restructure the divorce. We formally, legally end the joint co-development program. We transition immediately to a highly transactional, strictly commercial, utterly ruthless supplier-client relationship."
Aditya opened a fresh, unbranded leather folder and laid out the terms of the new, hostile architecture.
"Condition One," Aditya dictated, his voice echoing in the sterile room. "The Republic of India completely, unilaterally assumes full, unencumbered intellectual property rights over the fully integrated 'Bharat' variant of the MiG-25. We will manage the final assembly, the systems integration, and the rollout domestically at the Shergill Aviation facilities in Kanpur."
Aditya looked at Volkov, conceding the metallurgical point. "However, because Dr. Volkov is entirely correct—because we do not wish to waste years and billions of rupees building redundant heavy-metallurgy tooling for a specialized airframe—the Soviet Union will officially act as our primary mechanical subcontractor."
Aditya locked eyes with Marshal Sorokin.
"You will continue to forge the raw nickel-steel airframe sections, the heavy wing boxes, and the Tumansky R-15 engines in your massive factories in Gorky," Aditya instructed. "You will load those physical, raw, dumb mechanical components onto transport trains and ship them to Kanpur. Where we will assemble them, bolt them together, and integrate our own proprietary avionics."
Sorokin's face flushed a deep, furious red. The insult to Soviet pride was staggering. "You want the Soviet aviation industry—the pride of the motherland—to act as a mere, lowly parts supplier for an Indian-branded aircraft?"
"Yes," Aditya said flatly, utterly immovable. "We are outsourcing the heavy lifting to you. You will be paid exceptionally well, in highly favorable hard currency and desperately needed agricultural commodities, for the raw metal. Your factories in Gorky will stay open. Your workers will be paid. But the completed, integrated, lethal aircraft that rolls out of Kanpur belongs entirely to the Indian Air Force."
"And what of the Soviet fleet?" Volkov demanded, his voice thick with anxiety, desperate to secure the technological lifeline for his own country's defense. "We have the metal. But as you clearly stated, we will not fly your sealed black boxes anymore. Our high command forbids it."
"Condition Two," Aditya continued, turning his terrifying, calculating gaze directly to the Soviet software engineers. "ISMC will no longer provide you with completed, sealed, plug-and-play avionics modules. We will not write a single line of your operational software. We will not maintain your threat libraries. We will not optimize your engine controllers. Instead, we will sell you the raw, unprogrammed hardware."
Dr. Krishnamurthy stepped in to seamlessly explain the technical, brutal boundary of the new arrangement.
"We will mass-produce and export raw, completely blank Brahma-16 microprocessors to Moscow," Krishnamurthy explained, looking at Dr. Markov with profound engineering sympathy. "We will sell you the physical, unassembled transmitter arrays and the raw silicon wafers for the coherent Doppler radar. But what you do with them is entirely your problem. Your Soviet software engineers will have to write your own operating systems from absolute scratch."
Krishnamurthy outlined the nightmare. "You will have to build your own mission computers. You will have to design your own cockpit interfaces. You will have to figure out the complex mathematics of how to integrate our raw processing chips into your own analog radar systems to make them function."
Markov's eyes widened in sheer, unadulterated horror.
It was a monumental, agonizing, almost insurmountable software engineering challenge. Writing code for a Mach 3 targeting system was not like building a tractor. The Indian team had spent four years writing millions of lines of proprietary code, optimizing compilers, and building specific operating environments to make the silicon talk to the radar. The Soviets were being handed the raw, unpolished bricks, but they were being completely denied the mortar, the blueprints, and the architect.
"It will take us three years... maybe four... just to write the foundational Assembly code and compilers to make your raw processors successfully interface with our targeting systems!" Markov protested, the sheer, crushing weight of the impossible task settling heavily onto his shoulders. "We do not have the software ecosystem for solid-state architecture!"
"Then you had better start writing code tonight, Dr. Markov," Aditya replied, his voice entirely devoid of a single shred of sympathy. "Because that is the absolute only way you regain your precious sovereign control. You get the raw, blistering processing power required to build a modern radar. But you build the brain yourselves. No proprietary Indian software. No kill switch. No dependency on the technicians in Gorakhpur. If the radar breaks, you fix it yourselves."
Aditya leaned forward, twisting the knife.
"But because you are writing the software yourselves, from scratch, without our optimization algorithms... it will never, ever perform as flawlessly, as fast, or as efficiently as the Indian Bharat variant. Your jets will be good. But ours will always be vastly superior."
Marshal Sorokin leaned back heavily in his chair. He looked at Volkov and Markov. Both engineers gave a slow, grim, defeated nod.
The Soviet Union would take the raw chips. They would swallow their pride. They would call their new, domestically programmed, vastly inferior variant the MiG-25PD (Perekhvatchik Dorabotannyi — Interceptor, Upgraded). It would be an absolute nightmare to code, it would be hundreds of kilos heavier, and the radar resolution would be significantly less efficient than the Indian version... but it would be theirs. The Indian electronic leash would be cut.
"And the export veto?" Sorokin asked, his voice thick, heavy with deep resentment, clinging to the last shred of diplomatic leverage.
"Remains absolute and non-negotiable," Aditya said, picking up his gold pen, preparing to hammer the final, irreversible nail into the geopolitical board. "The raw Brahma-16 chips are strictly protected Indian intellectual property. Any Soviet MiG-25PD utilizing our raw processors, regardless of your domestic software, cannot legally be sold to Pakistan, China, or any other hostile nation designated by New Delhi."
Aditya pointed the pen directly at the Soviet Marshal.
"We will bake microscopic hardware serial numbers into the silicon," Aditya warned, outlining the enforcement mechanism. "If we find out you violated the strict end-user agreement—if an Indian AWACS detects the unique signature of a Brahma-16 processor pinging from a Pakistani airbase—we will instantly, permanently embargo all semiconductor shipments to the USSR. You will go back to building heavy radios with boiling vacuum tubes while the Americans deploy the F-15."
Marshal Sorokin stared at the young, impeccably dressed Indian financial executioner sitting across from him. The balance of global power had shifted so violently, so completely, that the veteran Soviet general could scarcely comprehend the reality of the room.
A decade ago, during the height of the Cold War, the Soviets imperiously dictated the terms of every single bolt, screw, and bullet they exported to the desperate, impoverished nations of the third world. Today, an Indian corporation operating out of a converted warehouse in Uttar Pradesh was casually dictating the software parameters, the export markets, and the technological ceiling of the frontline defense of Moscow.
Sorokin closed his eyes for a fraction of a second, mourning the death of an empire's pride.
"We accept the terms of the restructuring," Sorokin said. His voice was incredibly heavy, utterly devoid of any victory, sounding like a man reading his own sentence.
"Excellent," Aditya said crisply. He closed the leather folder with a sharp snap. "The legal teams will draft the finalized procurement contracts by tomorrow morning. Good day, Marshal."
The Soviet delegation stood up in unison. They collected their heavy briefcases, their faces blank, and walked out of the room without uttering another word.
The heavy, blast-proof steel doors hissed shut behind them, perfectly sealing the divorce. The room was finally quiet, leaving only the soft hum of the air conditioning and the birth of a new, ruthless era of Indian aerial supremacy.
Aditya Shergill sat back heavily in his high-backed leather chair, letting out a long, slow, profoundly exhausted breath. He reached up and loosened his silk tie, pulling it away from his collar as the massive, surging adrenaline of the high-stakes confrontation slowly began bleeding out of his nervous system.
He looked across the polished mahogany table at Dr. Suresh Krishnamurthy. The brilliant chief architect of the ISMC avionics division was not relaxing. He was already hunched over a fresh, grid-lined notepad, his pen scratching furiously across the paper, scribbling dense strings of thermodynamic equations and radar processing algorithms.
"Well," Aditya said softly, the silence of the hermetically sealed conference room amplifying his voice. "That was incredibly unpleasant. It is never clean when you have to look an empire in the eye and amputate their pride without anesthesia."
Aditya poured himself a glass of iced water from the crystal pitcher on the table, taking a slow sip.
"But we got exactly, down to the final decimal point, what we needed to secure our own industrial timeline," Aditya continued, the financial grandmaster calculating the immense capital savings. "We keep the heavy mechanical supply chain flowing uninterrupted from Gorky. That means we can continue rolling fully operational, lethal MiG-25 Bharats onto the Indian Air Force tarmacs tomorrow morning. And crucially, we avoid spending three billion rupees and five years attempting to build redundant, colossal heavy-metallurgy hydraulic presses in Kanpur just to forge nickel-steel airframes from scratch."
"We gave them the raw Brahma-16 chips," Krishnamurthy noted, his tone purely analytical, entirely stripped of political sentiment. He did not look up from his notepad. "Without our proprietary optimization software, without our specialized compilers, and without the deeply embedded operating system we spent four years writing... they will likely only extract sixty percent of the processor's true mathematical capability."
Krishnamurthy paused, tapping his pen against the paper. He possessed the profound, objective respect that one world-class engineer holds for another, regardless of borders.
"Do not underestimate Volkov and Markov, Aditya," Krishnamurthy warned quietly. "They are going to go back to Moscow, and they are going to lock themselves in a bunker for three years. They will write their own assembly code. It will be incredibly difficult. Their resulting radar interface will be clunky. Their processing latency will be higher. And because they do not possess our dynamic Digital Engine Control algorithms, it will take them years to figure out how to manually optimize the Tumansky turbofans. Their jets will still guzzle aviation fuel at a terrifying rate compared to ours."
"Which is exactly the point," Aditya said, a cold, calculating smile touching his lips. "We gave them the bricks, but we permanently kept the architect."
Krishnamurthy finally looked up, his eyes meeting Aditya's. "But we must be realistic about the geopolitical board, Aditya. Even at sixty percent optimization, a Soviet MiG-25PD equipped with a raw Brahma-16 processor tracking its radar is going to be a devastating machine. We have just handed the Soviet Air Defense Forces a very, very big weapon."
"Explain," Aditya commanded, always eager to understand the exact kinetic value of the assets he had just traded.
"Before today, the Soviet Foxbat was completely blind to low-altitude threats," Krishnamurthy explained, leaning forward. "The Americans knew this. The Pentagon's entire nuclear strike doctrine for the 1980s is based on flying B-1 supersonic bombers and low-level cruise missiles directly under the Soviet radar umbrellas. But with our silicon in their nose cones, even running on crude, domestically written Soviet software... the Soviets will achieve functional look-down/shoot-down capability. They will finally be able to filter out ground clutter. They will be able to paint American cruise missiles skimming the treetops of Eastern Europe."
Krishnamurthy shook his head, appreciating the sheer scale of the disruption they had caused. "We didn't just give them a radar component. We gave the Soviet Union the technological lifeline they required to survive the 1980s NATO air war. The Americans are going to deploy the F-15 Eagle, expecting to absolutely dominate the sky, and they are going to run headfirst into a Soviet interceptor that can finally see them coming from a hundred miles away."
"Good," Aditya stated, his voice ringing with absolute, ruthless strategic clarity. "Let the Americans sweat. If the Soviet Union fell too quickly, if their military degraded too rapidly, Washington would turn its undivided, unblinking, paranoid attention entirely toward New Delhi. We need the Pentagon obsessively focused on Moscow. We need them terrified of the Red Army. Handing the Soviets the MiG-25PD ensures the Cold War balance remains violently active in Europe. We keep the bear heavily armed, specifically so it can fight the eagle, while we quietly conquer the rest of the forest."
Aditya set his water glass down. He transitioned instantly from grand strategy to absolute domestic lethality.
"But Suresh..." Aditya said, leaning his elbows onto the mahogany table, looking at the brilliant engineer. "Now that we fully, legally own the absolute intellectual property rights over the 'Bharat' variant... now that we don't have to consult the rigid, stubborn bureaucrats at the Mikoyan Bureau in Moscow every single time we want to make a structural design change..."
Aditya's eyes locked onto Krishnamurthy's. "How do we make our sword sharper?"
Krishnamurthy stopped writing entirely. He slowly set his pen down on the table. He looked up, and his eyes were suddenly shining with the specific, terrifying, brilliant light of an unrestrained apex engineer who had just been handed a completely blank check, absolute sovereign authority, and a limitless horizon.
"The original Soviet airframe is an undeniable masterpiece of brute-force aerodynamics," Krishnamurthy explained, leaning forward, his hands animating his vision, tracing the invisible lines of the massive interceptor in the air between them. "But it is incredibly, unnecessarily heavy. The Soviets welded it entirely out of nickel-steel alloy because it was the only material they had that could survive the immense, three-hundred-degree kinetic friction generated by flying at Mach 3. Now that Shergill Aviation owns the final assembly protocol in Kanpur, we don't have to stubbornly stick to their archaic, heavy-metal script."
Krishnamurthy pulled a fresh, oversized piece of drafting paper toward him and began rapidly sketching a highly modified, streamlined airframe.
"We are going to start quietly, surgically replacing the massive, non-load-bearing steel panels of the aircraft," Krishnamurthy declared, his voice accelerating with excitement. "I am talking about the colossal nose radome. The leading edges of the massive twin tail fins. The heavy, variable intake ramps that feed air into the engines. We are going to strip the Soviet steel out, and we are going to replace those sections with the highly advanced, incredibly heat-resistant, woven carbon-composite materials we are currently fabricating for the S-35 Tejas program."
Aditya's eyes widened, instantly calculating the physics. "You want to bolt carbon composites onto an airframe that flies at Mach 2.8?"
"Our composites can take the thermal stress. We have already tested them in the plasma tunnels," Krishnamurthy confirmed with absolute certainty. "By strategically swapping out heavy nickel-steel for our proprietary composites in key, non-structural areas, we can shave nearly one thousand, two hundred kilograms off the dry weight of the aircraft."
"A thousand kilos," Aditya whispered, grasping the sheer aerodynamic magnitude of the weight reduction.
"If we drop the gross weight by over a metric ton," Krishnamurthy said, aggressively tapping the sketch with his index finger, "and we combine that lighter chassis with the incredibly aggressive, dynamic fuel-flow optimization of our Digital Engine Control Units... we fundamentally, violently alter the aircraft's entire flight envelope."
Krishnamurthy drew a massive, expanding arc on the paper.
"The MiG-25 Bharat won't just be a fast, straight-line, fuel-starved interceptor anymore," the engineer stated. "The massive Tumansky engines won't have to work as hard to push the mass. The thrust-to-weight ratio will spike to a staggering 0.95. It will have a significantly, massively extended combat radius. It will be able to loiter on station at sixty-five thousand feet for twice as long as the Soviet version. It will out-climb, out-accelerate, and outlast anything currently flying in the NATO inventory."
Krishnamurthy flipped the page, drawing a detailed, technical schematic of the interceptor's massive, swept-back wings.
"And now, we address the fangs," the engineer said softly, a lethal edge entering his voice. "The Soviets currently equip the Foxbat with the R-40 heavy air-to-air missiles. They are massive, clumsy, unguided flying telephone poles. They rely on semi-active radar, which means the pilot has to fly in a straight line, keeping his nose pointed directly at the target, illuminating it until impact. It makes the pilot highly vulnerable, and the missiles themselves are easily spoofed by modern electronic countermeasures."
Krishnamurthy drew a dark, heavy X through the Soviet missiles on his sketch.
"We are going to rip those Soviet hardpoints completely off the wings," Krishnamurthy declared. "Shergill Aviation's weapons division is going to formally integrate our own, indigenous, fully developed beyond-visual-range missile."
Aditya smiled. He knew exactly what Krishnamurthy was talking about.
"The Astra," Aditya said.
"The Astra," Krishnamurthy confirmed. "Shergill Aviation is already mass-producing it. It is an absolute marvel of kinetic engineering. It possesses a solid-fuel ramjet engine capable of pushing it to Mach 4.5. But more importantly, the Astra possesses an Active Radar Homing seeker head, and an undisputed, tested engagement range of two hundred and thirty kilometers."
Krishnamurthy drew a line connecting the new missile to the nose of the aircraft.
"We are going to hardwire the Astra missiles to communicate directly with the Brahma-16 mission computer in real-time via an encrypted, two-way digital datalink," Krishnamurthy explained, describing a level of network-centric warfare that the world had not yet conceived. "The Brahma-16 processor will detect an enemy target at two hundred and fifty kilometers. The computer will instantly calculate the firing solution and feed the exact Positional and telemetry coordinates directly into the Astra missile while it is still attached to the wing."
The engineer looked up, his eyes burning with the realization of the absolute lethality they were creating.
"The Indian pilot can ripple-fire four Astra missiles at four separate, independent targets from two hundred kilometers away," Krishnamurthy whispered. "And the absolute millisecond the missiles leave the rails, the pilot can turn the MiG-25 Bharat around and fly back to base at Mach 3. He does not have to illuminate the target. The Astra missiles will fly to the coordinates autonomously, turn on their own active radar seekers, hunt down the enemy jets, and destroy them."
Krishnamurthy looked at Aditya, flawlessly summarizing the pure, unadulterated terror they were about to unleash on the subcontinent.
"Imagine a sniper, Aditya," Krishnamurthy said quietly. "A sniper who can sprint across the battlefield at three thousand kilometers an hour. A sniper who can sit comfortably in the freezing stratosphere, see straight through the clouds and the trees from a hundred and fifty miles away using coherent Doppler radar. And a sniper equipped with hyper-sonic, active-radar bullets that mathematically steer themselves to the target while the sniper is already walking away."
The chief engineer sat back. "That is what the MiG-25 Bharat will be by the end of this year. It will be an untouchable god of the sky."
Aditya Shergill looked down at the hand-drawn sketches resting on the mahogany table.
He thought about the massive, mechanized Soviet proxy forces currently gathering in the freezing, jagged mountains of Afghanistan. He thought about the billions of dollars of advanced American weaponry that would soon be flooding into the frantic, paranoid military garrisons of Pakistan. The sovereign borders of the Republic of India were rapidly becoming surrounded by highly armed, desperate, warring wolves. The entire region was turning into a powder keg.
But as Aditya looked at the exact, devastating specifications of the machine they had just fully secured from Moscow, he did not feel a single ounce of fear. He felt the cold, hard, unyielding certainty of absolute industrial and technological supremacy.
"Build it, Suresh," Aditya ordered, his voice echoing in the empty, Faraday-caged room with absolute, uncompromising resolve. "I will authorize the composite manufacturing lines in Kanpur to shift to twenty-four-hour production cycles tonight. I want the Astra integration fast-tracked. Build this machine as fast as the assembly lines can run."
Aditya stood up, buttoning his suit jacket, preparing to leave the bunker and return to the geopolitical war playing out above ground.
"Let the Russian bears and the American eagles tear each other to bloody pieces in the mountains of the Hindu Kush," Aditya said, his eyes hard as flint. "Let them bleed themselves dry fighting for the dirt. But if any of them, Soviet or American, dare to look up... if a single foreign fighter jet dares to enter our sky..."
Aditya looked at the sketch of the ultimate interceptor.
"...We will send the Bharat up to remind them exactly who owns the stratosphere."
The trust was unequivocally gone. The grand, ideological, socialist alliances of the Cold War were rotting into dust, replaced by the cynical, bloody proxy wars of the late 1970s. But the Republic of India no longer needed the fragile illusion of trust to survive in a hostile world.
They had the math. They had the silicon. And they had the ultimate sword.
[CLASSIFIED DOCUMENT / EYES ONLY]SHERGILL AVIATION / IAF PROCUREMENT MANIFESTPLATFORM: MiG-25 "BHARAT" (Super-Interceptor Variant)
STATUS: ACTIVE DEPLOYMENT / EXCLUSIVE INDIAN INTELLECTUAL PROPERTY
TECHNICAL SPECIFICATIONMiG-25 BHARAT PARAMETERS
Primary Role High-Altitude, Beyond-Visual-Range (BVR) Air Superiority Super-Interceptor Airframe Composition Nickel-Steel Alloy (Gorky Forged) with Advanced S-35 Carbon-Composite Radome, Intake Ramps, and Leading Edges (1,200 kg weight reduction over Soviet baseline) Powerplant 2 × Tumansky R-15BD-300 Afterburning Turbojets
Engine Management ISMC Proprietary Digital Engine Control Unit (DECU) - Eliminates Mach 3.2 thermal degradation, +25% fuel efficiency
Top Speed (Sustained) Mach 2.83 (Standard operational cruising velocity)
Top Speed (Dash) Mach 3.2+ (Safe sustained dash enabled via DECU thermal regulation)
Service Ceiling 80,000+ feet (24,400 meters)
Combat Radius 850+ km (Supersonic interception profile)
Ferry Range 2,750 km (Subsonic profile, highly extended via weight reduction and DECU)
Primary Avionics / Radar ISMC "Brahma-16" 12MHz Solid-State Processor driving Coherent Doppler Radar. True Look-Down/Shoot-Down capability. Absolute immunity to ground clutter. Radar Tracking Range 180 km (Fighter-sized target) / 250+ km (AWACS/Heavy Bomber profile) Targeting Architecture Simultaneous 16-target tracking. 4-target simultaneous autonomous engagement.
Primary Armament 4 × Astra Mk-1 Beyond-Visual-Range (BVR) Air-to-Air Missiles
Astra Missile Specs Range: 230 km. Speed: Mach 4.5. Seeker: Active Radar Homing (Fire-and-Forget capability via Brahma-16 pre-launch datalink)
Secondary Armament 2 × Advanced Short-Range Infrared Homing Missiles
Electronic Warfare (EW) ISMC Digital Threat Library. Passive radar emission detection (2-18 GHz). Active digital jamming capable of spoofing NATO and Soviet semi-active seekers.
Export Status RESTRICTED. Absolute Indian Veto. Pakistan / China explicitly barred.