This, right here 👇🏽—is the real reason the MiG-21 earned the "flying coffin" tag. No, it wasn’t the LCA delay. No it wasnt the machine or spares itself.
The real cause lies deeper. The data and context are all there. Few connect the dots. Read On. (1/19)
#IAFHistory
I wrote about this in a @timesofindia editorial a few years ago. The MiG-21 earned the “Flying Coffin” tag not because of its airframe—but because we made it carry the weight of our institutional failure between 1980s -2000s. 2/
The MiG-21 entered IAF service in 1963, our first supersonic jet. It demanded a steep learning curve—especially in landing, where speeds exceeded 300 km/h. That was 2–3x faster than subsonic jets like the Vampire. It was not beginner-friendly. 3/
The IAF recognised this challenge early. To ensure safety, MiG-21 squadrons were staffed by experienced pilots—Flight Lieutenants and Squadron Leaders with at least a decade of flying behind them. This worked in the early years. The accident rate remained low. 4/
By 1971, there were 8 MiG-21 squadrons— 25% of the combat fleet. Only 8 fatal accidents had occurred (excluding combat losses). The system was holding—but just barely. The cracks had begun to show. 5/
One such early loss was Flt Lt Manickam Karthigeyan (1968), a bright officer who crashed at Chandigarh. Air Commodore T.K. Sen, who conducted the Court of Inquiry, later wrote candidly about the institutional challenge - tkstales.wordpress.com/2011/11/06/i-m…
Flying training is carried out in three stages - Basic (Stage-I), Intermediate (Stage-II) and Advanced (Stage-III). Until 1974, Stage-III flying training in the IAF was conducted on the Vampire. But the Vampire was outdated, and the jump from it to the MiG-21 was too steep. 7/
The IAF tried to adapt. From 1975, Kiran trainers were repurposed for Stage-III training at the Fighter Training Wing Hakimpet. But the Kiran's supply was limited and it had to share the burden across flying training stages. 10/
To fill the gap, the MoD approved the import of 50 PZL TS-11 Iskras from Poland in 1974. These were inducted in 1975 as an interim Stage-IIA solution—not a true replacement for advanced jet training. 9/
Meanwhile, the MiG-21 fleet kept growing. By 1980, the IAF had 20 MiG-21 squadrons—now over 50% of its combat strength. It was no longer possible to send only experienced pilots. Young Pilot Officers and Flying Officers were now being posted directly to MiG squadrons. 10/
The consequences were stark. Between 1972 and 1980, there were 26 fatal MiG-21 crashes. 11 of those involved Flying Officers. A clear pattern was emerging—but there were no easy solutions. 11/
The IAF responded with what it could. By the early-1980s, the IAF had formally initiated the process to acquire an AJT. The British Hawk was identified as the preferred option. But delays in procurement meant the gap persisted for another two decades. 12/
In the meantime, limited Nos of Iskara and Kiran's, there own challenges, meant the IAF was forced to send young pilot officers straight to MiG-21 sqns. Nothing could really bridge this chasm of straight away going to a MiG-21 that had landing speeds of 300+ Km. 13/
This is the heart of the matter. Between 1985 and 2005, 63 MiG-21s crashed with either Pilot Officers or Flying Officers at the controls. 45 of those crashes were fatal. A generation of young IAF pilots was lost. 14/
The country watched in grief as a steady stream of young officers came home in coffins. Photos of their bright faces, their age —it was impossible to ignore.
To many, the MiG-21 became the one visible constant. Even Parliament began calling it the “Flying Coffin.” 15/
In 2007, the Hawk AJT was finally inducted. From then on, MiG-21 accidents involving young trainees declined dramatically. Between 2005 and 2025, there were 13 fatal MiG-21 crashes—a clear statistical difference. (yes fleet was shrinking too). 16/
One final point. Many of the 1980s–2000s accidents were labelled “Human Error – Aircrew.”
But context matters. When young pilots are placed in an unforgiving aircraft without adequate preparation, the term “human error” masks a much larger institutional lapse. 17/
History is rarely about villains. It’s more often about absences. Between 1985 -2005, India didn’t have a Advanced Jet Trainer. In that void, we lost a generation of pilots. The MiG-21 bore the blame. But it was the system that failed to protect those who flew it. 18/
Not every MiG-21 accident was due to human error. There were technical failures, bird strikes, engine flameouts. As a single-engine jet, the MiG-21 left little room for recovery. I focused on what I believe was the largest factor behind its undeserved sobriquet. (19/19)
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1/ There's growing confusion between two important systems:
👉🏽 Akashteer
👉🏽 IACCS
Both play crucial roles in India’s air defence.
But let’s be clear — they operate at different altitudes — literally and metaphorically.
Here’s how 👇 (1/8)
#IAFHistory
But, let’s get some history, geography and law right.
History: The Network Centric Warfare (NCW) concept was first developed by Vice Admiral Arthur Cebrowski (US Navy) and John Garstka in 1998. It envisioned linking forces digitally to enhance situational awareness and increase warfighting effectiveness.
2/
📕 Let’s talk law — the Union War Book is India’s master document on war responsibilities.
Until 1993, there was no single agency for air defence.
Each service did its bit, and consequently the Army built up significant frontline/terminal AD assets.
Then came a historic shift:
🛡️ “Air Defence of the country is the responsibility of the IAF.”
As we rightly marvel at the IACCS Air Defence system in action earlier this month…
What many forget is that the trigger for IACCS wasn't war.
It was this:
➡️ The Purulia Arms Drop of 1995.
🛩️ Crates of AKs parachuted into Bengal, and no one saw it coming.
🧵👇
#IAFHistory
17 Dec 1995. A Latvian AN-26 aircraft drops weapons over Purulia.
Undetected. Unchallenged.
India was stunned.
A Group of Ministers review followed—and a national embarrassment turned into a call for reform.
At the heart of it: India’s airspace surveillance. 2/
Among the key recommendations -
✅ Procurement of an Integrated Air Command and Control System (IACCS) for the IAF.
Initial approval: ₹585 Cr for 5 systems.
Approved in principle by Raksha Mantri (1999) & CCS (2001).
I promised to be back with the @IAF_MCC and Sargodha love affair.
Yes, @akshaykumar's Sky Force showed 1965 — but let me tell you about 1971.
This time, it was India’s newly formed Top Gun school — TCDTS — that painted the skies above Sargodha.
Buckle up. 🧵👇
What’s TCDTS?
Formed in 1971, the Tactics and Combat Development & Training Squadron was the IAF’s brainchild for fighter combat.
Based at Adampur, it was packed with the crème de la crème — handpicked MiG-21 and Su-7 pilots who’d go on to rewire enemy expectations.
Before war broke out, these elite pilots were already tasked with rewriting air combat playbooks.
But in December 1971, they were ordered to do something unheard of:
Fly low-level night strikes on heavily defended PAF bases — including the crown jewel: Sargodha.
SAVING FISH OIL: THE BATTLE FOR AMRITSAR RADAR, 1965 🇮🇳
29 PAF missions. Napalm. Rockets. Machine guns.
And the first-ever combat use of the now famous L-70 gun— in the world.
Col Mandeep Singh’s riveting account is a must-read. Sharing the highlights 🧵(1/18)
#IAFHistory
During the Indo-Pak war of 1965, the Pakistan Air Force (PAF) launched multiple missions to destroy the Indian Air Force's (IAF) radar installation near Amritsar, codenamed 'Fish Oil'. Here's how the IAF's defenses stood firm. 2/
The Amritsar radar, a Soviet-made P-30(M), was operated by 230 Signal Unit and was crucial for early warning, covering deep into Pakistani territory. Its strategic importance made it a prime target for the PAF. 3/
No better time to learn the evolution of India’s shield in the skies. #AirDefenceDay
Sharing #IAFHistory deep dives on how @IAF_MCC built a layered defence — radar by radar, missile by missile.
How we rose to meet tech, tactical, and strategic challenges - blunted raids.🧵
This goes back into time from 1944 onwards when Radars came to use by IAF and ends with how we used them effetively in the 1965 and 1971 Wars, after massive struggles.
After the 1965 war, India’s radar and communication gaps were exposed, especially after losing US assistance. What followed was a remarkable, yet largely untold, story of ingenuity and indigenisation, ADGES as it came to be known!