While the potential acquisition of the Eurofighter Typhoon by the Bangladesh Air Force (BAF) makes headlines, the military reality is that India has spent the last decade building an "Air Defence Wall" specifically designed to counter 4.5-generation threats.

'Rafale, BrahMos, S-400 & more': 7 Indian weapons that could easily shoot down Bangladesh's Eurofighter Typhoon

Fighter jet tyre don’t last long because they are pushed far beyond what any normal tyre experiences, extreme speeds, violent landings, intense heat, tight manoeuvres and high-G stresses. For the military, rapid tire replacement isn’t wasteful; it’s essential for safety and operational readiness.

Why fighter jet tyres last only 8–12 landings?

JP-8 costs more than civilian jet fuel due to its specially formulated additives and stricter production standards. It also requires careful storage because its anti-icing and anti-corrosion additives degrade faster over time. 

'Fighter jet fuel isn’t like car fuel': What ‘JP-8’ actually is and why it matters

Several countries, including the US, Russia, and China, are actively testing jet-mounted laser weapons. The US Air Force has trialed the High Energy Laser (HEL) on modified aircraft, successfully destroying drones in flight. 

'Laser weapons on fighter jets': How future skies could look like sci-fi battles

How do fighter pilots fly so close without crashing? Flying in formation is more than just visuals fighter pilots train for hundreds of hours to fly metres apart at high speed. From strict mid-air rules to cutting-edge safety tech, here’s how they pull it off safely and precisely.

How fighter jets avoid crashing into each other during formation flying

The F-22 Raptor’s unmatched agility, stealth, and advanced sensors make it a deadly air dominance fighter. From thrust vectoring to supercruise and precision strikes, discover why this jet stays ahead in modern warfare.


7 insane things the F-22 fighter jets can do that no other jet can

Entering service in the late 1940s, the MiG-15 played a decisive role in the Korean War. Its swept-wing design and jet performance challenged Western aircraft like the F-86 Sabre, establishing the Soviet Union as a key player in jet fighter technology.

MiG-15, F-4 Phantom and more: 5 fighter jets that changed the course of modern warfare

India is developing its indigenous fifth-generation fighter, the AMCA, while also exploring the potential of operating the Russian Su-57. Combining local production with imported technology could transform India’s defence manufacturing landscape.

'Building the Su-57 and AMCA': 7 ways India could become a major fighter jet defence manufacturer

Fifth-generation fighters such as the Su-57 or F-35 are extremely expensive to design, build, and maintain. Air forces often end up with fewer aircraft than planned, reducing their ability to sustain large-scale air campaigns.

Why 5th-gen fighter jets like Su-57 and F-35 are already outdated for warfare

Fighter jets cannot run on car fuel. Jet engines need special fuel built for extreme heat, freezing altitudes and high power. Using car petrol would damage engines and risk safety. Curious why jet fuel is so different?

Why fighter jets can't use car fuel to fly?

India’s Act East policy includes stronger ties with ASEAN countries, especially Thailand. Any regional instability is of concern to India, particularly if it affects trade corridors or opens new opportunities for defence diplomacy and cooperation.

6 countries watching Cambodia-Thailand war escalation closely

Without functioning instruments, a pilot has no reliable sense of pitch, roll, altitude, or heading. Spatial disorientation sets in within seconds, often leading to fatal loss of control. In such scenarios, even veteran pilots have been known to crash within minutes.

Declassified: The true story of Indian MiG-21 fighter jet pilots who survived a mid-air failure at 40,000 ft

The costs of purchase, demilitarisation, licensing, and upkeep can run into the millions. These aren’t toys, they’re high-powered machines that require serious responsibility.

''Mirage, MiG-21 and more': 5 fighter jets you can technically buy as a civilian

It was a game-changing technology called variable-sweep wing design that made the jet a beast in both dogfights and long-range missions.

This fighter jet can fold its wings in mid-air flight and was used in Tom Cruise' 'Top Gun'

Titanium has a rare combination of properties, it’s as strong as steel but weighs 45 per cent less. This allowed the SR-71 to maintain high speed and altitude without being too heavy. 

Built like a spaceship, this war machine needed Titanium skin to survive!

The moment you even think of buying a jet, you’ll need clearance from your country's aviation and defence authorities. In India, the Directorate General of Civil Aviation (DGCA) must sign off. In the US, it's the FAA.

Can you buy a fighter jet? Step-by-step guide to own a war machine as a civilian

Jets like the F-35 Lightning II or India’s upcoming AMCA are being designed to detect, track, and neutralise multiple targets simultaneously. Thanks to onboard AI systems, these jets can automatically prioritise which drone poses the biggest threat and eliminate them.

Only this fighter jet can defeat an army of drones in mid-air combat! Here’s how

India’s quest for self-reliance in defence manufacturing hinges on one of its most ambitious and challenging projects: the Kaveri engine. Designed to power India’s indigenous fighter jets, the Kaveri has been in the works for decades

What is 'Kaveri Engine' and why life of India's Tejas Mk2 fighter jet depends on it?

The F-35B Lightning II is not your average fighter jet. It's a fifth-generation stealth aircraft built by Lockheed Martin that can take off vertically, hover in place, and land without a runway. 

This fighter jet can take off like Iron Man! All about Lockheed Martin's most dangerous war machine

Every component in a fighter jet, from the massive engines to the tiniest fasteners, plays a critical role in keeping the aircraft flight-ready. Unlike commercial aircraft, where redundancy and scale offer some flexibility, fighter jets demand extreme precision. 

Why a $5 bolt can ground a $100 million fighter jet?

The TSR-2 was designed with survivability and first-strike efficiency in mind. Its low-level, high-speed flight profile made it extremely difficult to detect on radar, and its supersonic speeds at low altitudes (Mach 1.2 or higher) made interception nearly impossible.

This fighter jet would have dropped nuclear bombs while flying upside down! All about the TSR-2

Here are 5 deadly aircraft that were either built or powered by the brands that now sit in urban garages, but once served the Luftwaffe in their quest for aerial dominance during WWII.

‘Porsche, Benz, BMW’: 5 fighter jets built for Hitler’s army by top car brands during WWII

Russia is upgrading its Su 57 jet with AI, stealth tech, and hypersonic missiles to match fighters like the US F 47 by 2030. The modernised jet will boost air power with advanced sensors and smarter combat systems.

Russian Su-57 upgrade vs American F-47: Who will rule the skies by 2030?

The Mikoyan-Gurevich MiG-25 “Foxbat” was designed in the 1960s by the Soviet Union to intercept American bombers and spy planes. Built for raw speed and altitude, the MiG-25 could reach a jaw-dropping altitude of over 123,000 feet (37+ km)—almost at the Kármán line.

This fighter jet could fly at the edge of space and it's not American...