Fighter jet tyres face extreme pressure during landings and usually it last few landings. They are inspected after every landing to maintain safety. Why tyre checks are vital to fighter jet safety. 

Fighter jet tyres face extreme pressure during landings and usually it last few landings. They are inspected after every landing to maintain safety. Why tyre checks are vital to fighter jet safety.&nbsp;

Do fighter jets need new tyres after every landing?

Fighter jets do not use windshield wipers because speeds make them unsafe and ineffective. Instead, lets know what they use read more below.

Fighter jets do not use windshield wipers because speeds make them unsafe and ineffective. Instead, lets know what they use read more below.

Why fighter jets don’t have windshield wipers?

India announces its plan for an indigenous 5th gen fighter, teaming up with France's Safran to build advanced engines at home. Only a few nations operate such jets. India is set to join the big league. A leap for Make in India, a boost for defence, and a bold statement to the world.


India's 5th generation fighter jet takes flight 

Fighter jets flown by the Indian Air Force from 1947-2025. Each jet has played an important part in air defence, national pride, and the story of India’s skies. Let's explore their stories that defined air power. 

Fighter jets flown by the Indian Air Force from 1947-2025. Each jet has played an important part in air defence, national pride, and the story of India’s skies. Let's explore their stories that defined air power.&nbsp;

10 fighter jets that Indian Air Force has operated from 1947 to 2025

The five most produced fighter jets MiG-15, MiG-21, F-16, F-4 and F-86 are used by air forces worldwide beacause of affordibility, powerful performance and leading export numbers.

The five most produced fighter jets MiG-15, MiG-21, F-16, F-4 and F-86 are used by air forces worldwide beacause of affordibility, powerful performance and leading export numbers.

5 most produced fighter jets: Here’s what makes them popular

A civilian aircraft was intercepted by the US fighter jets on Sunday (August 3) after it entered President Donald Trump’s golf club in New Jersey - an area with restricted airspace. Fox News reported that the incident occurred around 12:50 p.m. (local time), when the pilot flew into a temporary flight restriction (TFR) zone over Trump National Golf Club in Bedminster, according to a statement from the North American Aerospace Defence Command (NORAD).&nbsp;It was the second such incursion of the day and one of five unauthorised entries into the restricted airspace over this weekend, the news channel said. As per his schedule, Trump was at the club when this happened. He was expected to return to the White House on Sunday evening. The White House has yet to issue a statement on the incident. <a href="https://www.wionews.com/videos/dhaka-ncp-calls-for-new-bangladesh-dhaka-braces-for-anniversary-of-hasina-s-ouster-1754306970804.embed">https://www.wionews.com/videos/dhaka-ncp-calls-for-new-bangladesh-dhaka-braces-for-anniversary-of-hasina-s-ouster-1754306970804.embed</a>&nbsp;Since Trump was elected president, the cases of violation of restricted airspace have risen intensely. In July, NORAD intercepted five different aircraft in a single day over Bedminster. A similar incident occurred in March near Mar-a-Lago, Trump’s luxury resort club and residence in Florida.&nbsp;NORAD issued a statement and said, “Adhering to FAA restricted airspace protocols is mandatory, regardless of geographical region, airframe, or aircrew."&nbsp;All pilots must familiarise themselves with updates to restricted airspace, including reviewing new and existing FAA NOTAMs that impact their flight plans and activities," it added.&nbsp;According to a post on X by the US Air Force’s First Air Force, there have been seven TFR violations near Bedminster in New Jersey this weekend. “Pilots: There have been seven TFR violations near Bedminster, NJ this weekend. Avoid trouble – make sure to check NOTAMs before you fly to stay clear and compliant.”&nbsp;&nbsp;

US fighter jets intercepted an aircraft on Sunday which breached Donald Trump golf club. The area is a restricted fly zone. This was the second such incident in a day and the fifth in a week. 

A civilian aircraft was intercepted by the US fighter jets on Sunday (August 3) after it entered President Donald Trump’s golf club in New Jersey - an area with restricted airspace. Fox News reported that the incident occurred around 12:50 p.m. (local time), when the pilot flew into a temporary flight restriction (TFR) zone over Trump National Golf Club in Bedminster, according to a statement from the North American Aerospace Defence Command (NORAD). It was the second such incursion of the day and one of five unauthorised entries into the restricted airspace over this weekend, the news channel said. As per his schedule, Trump was at the club when this happened. He was expected to return to the White House on Sunday evening. The White House has yet to issue a statement on the incident. https://www.wionews.com/videos/dhaka-ncp-calls-for-new-bangladesh-dhaka-braces-for-anniversary-of-hasina-s-ouster-1754306970804.embed Since Trump was elected president, the cases of violation of restricted airspace have risen intensely. In July, NORAD intercepted five different aircraft in a single day over Bedminster. A similar incident occurred in March near Mar-a-Lago, Trump’s luxury resort club and residence in Florida. NORAD issued a statement and said, “Adhering to FAA restricted airspace protocols is mandatory, regardless of geographical region, airframe, or aircrew." All pilots must familiarise themselves with updates to restricted airspace, including reviewing new and existing FAA NOTAMs that impact their flight plans and activities," it added. According to a post on X by the US Air Force’s First Air Force, there have been seven TFR violations near Bedminster in New Jersey this weekend. “Pilots: There have been seven TFR violations near Bedminster, NJ this weekend. Avoid trouble – make sure to check NOTAMs before you fly to stay clear and compliant.”

US fighter jets intercepted an aircraft on Sunday which breached Donald Trump's golf club. The area is a restricted fly zone. This was the second such incident in a day and the fifth in a week.&nbsp;

US fighter jets intercept aircraft that breached Trump's golf club

Discover five of the most unique and unusual fighter jets that never flew, from the triangular A-12 to the docking XF-85 Goblin. These bold designs helped shape aviation history, proving that even unflown aircraft can influence the future of flight. Want to know more? Read on below.

Discover five of the most unique and unusual fighter jets that never flew, from the triangular A-12 to the docking XF-85 Goblin. These bold designs helped shape aviation history, proving that even unflown aircraft can influence the future of flight. Want to know more? Read on below.

5 fighter jets that were so unique that they could never fly

Their survival owes much to rugged design, upgrades and enduring tactical relevance. Here are seven of the oldest fighter jets still in active service.

Their survival owes much to rugged design, upgrades and enduring tactical relevance. Here are seven of the oldest fighter jets still in active service.

MiG‑21, Mirage III and Su‑22: The world’s 7 ancient fighter jets that refuse to retire

It was a bold departure from convention, driven by necessity rather than choice. What followed was a mix of innovation, danger, and important lessons.

It was a bold departure from convention, driven by necessity rather than choice. What followed was a mix of innovation, danger, and important lessons.

How downward-firing ejection seats work in fighter jets?

From the earliest experiments breaking the sound barrier to today’s stealth fighters slipping unseen at transonic speeds, Mach number remains the universal language of high-speed flight.

From the earliest experiments breaking the sound barrier to today’s stealth fighters slipping unseen at transonic speeds, Mach number remains the universal language of high-speed flight.

Why do fighter jets use mysterious ‘Mach’ numbers instead of mph?

In the high-stakes world of fighter jet development, some aircraft are so ahead of their time that they scare politicians more than enemy pilots. Some fall victim to budget cuts, or bureaucratic sabotage. Here is a list of 8 cancelled fighter jets that had serious potential.

In the high-stakes world of fighter jet development, some aircraft are so ahead of their time that they scare politicians more than enemy pilots. Some fall victim to budget cuts, or bureaucratic sabotage. Here is a list of 8 cancelled fighter jets that had serious potential.

The greatest fighter jets that never flew: Top 8 cancelled fighter jets that had serious potential

Fighter jets and bullet trains may seem worlds apart, but both rely on speed, design, and high-tech systems. From sleek shapes to smart controls, discover how these machines race ahead on land and in the sky by sharing breakthrough engineering.

Fighter jets and bullet trains may seem worlds apart, but both rely on speed, design, and high-tech systems. From sleek shapes to smart controls, discover how these machines race ahead on land and in the sky by sharing breakthrough engineering.

Fighter jets and bullet trains: Is speed the only thing they share?

Fighter jets and space shuttles may fly in different zones, but they share powerful tech from heat protection to precision controls. Learn how these high-speed machines defy gravity, survive extremes, and shape the future of flight and space travel.

Fighter jets and space shuttles may fly in different zones, but they share powerful tech from heat protection to precision controls. Learn how these high-speed machines defy gravity, survive extremes, and shape the future of flight and space travel.

From 2,500 km/h to 30,000 km/h: How fighter jets and space shuttles defy gravity

Fighter jets may look high-tech, however many of their features are inspired by birds. From silent owl wings to sharp falcon shapes, nature continues to shape the skies. Discover how future jets may fly even smarter by learning from wildlife.

Fighter jets may look high-tech, however, many of their features are inspired by birds. From silent owl wings to sharp falcon shapes, nature continues to shape the skies. Discover how future jets may fly even smarter by learning from wildlife.

Nature's inspiration: How birds helped design the fighter jet

Russia's upcoming MiG-41 jet could be the fastest and most advanced interceptor ever built. As per the russian media sources. from hypersonic speed to possible anti-satellite weapons, it’s designed to reshape air combat. is it the future of defence or just another unrealised dream?

Russia's upcoming MiG-41 jet could be the fastest and most advanced interceptor ever built. As per the russian media sources. from hypersonic speed to possible anti-satellite weapons, it’s designed to reshape air combat. is it the future of defence or just another unrealised dream?

Will russia’s MiG-41 soar to space? Meet the hypersonic satellite hunter

The F-22 Raptor, already one of the world’s top fighter jets, may soon get a laser weapon upgrade. Which is designed to shoot down missiles and drones mid-air, this new tech could change the future of air combat. 

The F-22 Raptor, already one of the world’s top fighter jets, may soon get a laser weapon upgrade. Which is designed to shoot down missiles and drones mid-air, this new tech could change the future of air combat.&nbsp;

F-22’s laser weapon: Can it burn enemy jets in mid-air?

Meet the XQ-58 Valkyrie - a smart combat drone designed to fly alongside fighter jets. With long-range AI tech and low cost, it could shape the future of air combat. Can it really replace fighter jets? 

Meet the XQ-58 Valkyrie - a smart combat drone designed to fly alongside fighter jets. With long-range AI tech and low cost, it could shape the future of air combat. Can it really replace fighter jets?&nbsp;

This drone could replace fighter jets within 5 years! Meet XQ-58 Valkyrie

Here are the five countries investing billions in developing advanced fighter jets. However, progress has been slowed down by technical challenges and political issues, causing delays in getting the jets ready for use.

Here are the five countries investing billions in developing advanced fighter jets. However, progress has been slowed down by technical challenges and political issues, causing delays in getting the jets ready for use.

5 nations betting billions on fighter jets yet to take off

Aerodynamics is life in both aviation and motorsport. Fighter jets are crafted to slice through air with minimal drag while maintaining stability at supersonic speeds. Similarly, F1 cars are precision-shaped to generate optimal downforce, keeping them glued to the track at over 300 km/h.

Aerodynamics is life in both aviation and motorsport. Fighter jets are crafted to slice through air with minimal drag while maintaining stability at supersonic speeds. Similarly, F1 cars are precision-shaped to generate optimal downforce, keeping them glued to the track at over 300 km/h.

5 similarities between a fighter jet and a formula 1 car

From F-22 Raptor to Eurofighter Typhoon, here's a look at the top five most expensive fighter jets in the world. This list also includes Dassault Rafale, Chengdu J-20 and Lockheed Martin F-35 Lightning II.

From F-22 Raptor to Eurofighter Typhoon, here's a look at the top five most expensive fighter jets in the world. This list also includes Dassault Rafale, Chengdu J-20 and Lockheed Martin F-35 Lightning II.

From F-22 Raptor to Eurofighter Typhoon: 5 most expensive fighter jets in the world

Not every fighter jet is a marvel of engineering. Some, despite huge budgets and bold ambitions, ended up being dangerous to their own pilots, underpowered in war, or just flat-out embarrassments to their makers. These are the six worst fighter jets ever built. 

Not every fighter jet is a marvel of engineering. Some, despite huge budgets and bold ambitions, ended up being dangerous to their own pilots, underpowered in war, or just flat-out embarrassments to their makers. These are the six worst fighter jets ever built.&nbsp;

Top 6 fighter jets that became the biggest disasters in aviation history

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.

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

The BMW 801 engine, in particular, was used in a variety of Luftwaffe aircraft, known for its reliability and power.

The BMW 801 engine, in particular, was used in a variety of Luftwaffe aircraft, known for its reliability and power.

This Adolf Hitler's fighter jet used BMW engines and bombed London for 57 nights

From Sukhoi Su-57 to MiG-35, here's a look at the top five most powerful Russian fighter jets. The list also includes Sukhoi Su-25, Sukhoi Su-35S and MiG-31.

From Sukhoi Su-57 to MiG-35, here's a look at the top five most powerful Russian fighter jets. The list also includes Sukhoi Su-25, Sukhoi Su-35S and MiG-31.

From Sukhoi Su-57 to MiG-35: 5 most powerful Russian fighter jets

The development of fighter jets over the past eight decades reflects a steady transformation in military strategy and technology. What began as basic, propeller-replacement aircraft in the 1940s has evolved into stealth-capable platforms integrated with artificial intelligence and real-time battlefield networks.Each new generation of fighter aircraft has introduced critical upgrades in speed, versatility, and digital systems. The classification into "generations" offers a structured way to understand how these jets have adapted to changing warfare demands.&nbsp;First Generation (1940s–1950s) This period marked the shift from piston engines to jet propulsion. These early jets were relatively simple—lacking radar, relying solely on machine guns and unguided rockets, and operating at modest speeds and altitudes. Aircraft such as the F-86 Sabre (USA), MiG-15 (USSR), and Gloster Meteor (UK) defined this era.&nbsp;Second Generation (1950s–1960s) Jets began reaching supersonic speeds and were equipped with early radar systems. Air-to-air missile technology emerged, fundamentally altering aerial combat. Examples from this phase include the MiG-21 (USSR), F-104 Starfighter (USA), and Mirage III (France).&nbsp;Third Generation (1970s–1980s) Aircraft became more versatile, with the ability to conduct both air-to-air and air-to-ground missions. Innovations like digital avionics and fly-by-wire systems enhanced control and manoeuvrability. Notable jets from this period include the F-4 Phantom II (USA), MiG-23 (USSR), and SEPECAT Jaguar (UK/France). Third-and-a-Half Generation (1980s–1990s) This transitional phase involved upgrading existing aircraft with improved radar, cockpit displays, and limited beyond-visual-range missile capabilities. Examples include the MiG-23MLD (USSR), F-5E Tiger II (USA), and MiG-21 Bison (India).&nbsp;Fourth Generation (1990s onward) Digital systems and network-centric warfare became central to fighter jet operations. Aircraft like the Mirage 2000 (France), F/A-18 Hornet (USA), and HAL Tejas Mk1 (India) were designed to operate within coordinated battle networks, equipped with multi-role functionality and precision targeting systems.&nbsp;Fourth-and-a-Half Generation These platforms retained the airframes of earlier fourth-generation jets but were equipped with modern upgrades. Enhancements included sensor fusion, improved radar systems, and partial stealth features. Examples include the Dassault Rafale (France), F-16 Block 50/52+ (USA), and HAL Tejas Mk1A (India).&nbsp;Fifth Generation Jets in this category are designed around stealth, with integrated avionics and network warfare capabilities. They support supercruise, advanced sensor packages, and internal weapons bays to reduce radar signatures. Key aircraft include the F-22 Raptor and F-35 Lightning II (USA), Su-57 (Russia), J-20 (China), and the upcoming HAL AMCA (India).&nbsp;The generational evolution of fighter jets underscores how shifting combat needs have shaped design, armament, and operational strategy. From manual targeting systems to AI-assisted decision-making, the trajectory indicates a continued focus on speed, automation, and networked warfare capabilities.

Each new generation of fighter aircraft has introduced critical upgrades in speed, versatility, and digital systems. The classification into "generations" offers a structured way to understand how these jets have adapted to changing warfare demands.

The development of fighter jets over the past eight decades reflects a steady transformation in military strategy and technology. What began as basic, propeller-replacement aircraft in the 1940s has evolved into stealth-capable platforms integrated with artificial intelligence and real-time battlefield networks. Each new generation of fighter aircraft has introduced critical upgrades in speed, versatility, and digital systems. The classification into "generations" offers a structured way to understand how these jets have adapted to changing warfare demands. First Generation (1940s–1950s) This period marked the shift from piston engines to jet propulsion. These early jets were relatively simple—lacking radar, relying solely on machine guns and unguided rockets, and operating at modest speeds and altitudes. Aircraft such as the F-86 Sabre (USA), MiG-15 (USSR), and Gloster Meteor (UK) defined this era. Second Generation (1950s–1960s) Jets began reaching supersonic speeds and were equipped with early radar systems. Air-to-air missile technology emerged, fundamentally altering aerial combat. Examples from this phase include the MiG-21 (USSR), F-104 Starfighter (USA), and Mirage III (France). Third Generation (1970s–1980s) Aircraft became more versatile, with the ability to conduct both air-to-air and air-to-ground missions. Innovations like digital avionics and fly-by-wire systems enhanced control and manoeuvrability. Notable jets from this period include the F-4 Phantom II (USA), MiG-23 (USSR), and SEPECAT Jaguar (UK/France). Third-and-a-Half Generation (1980s–1990s) This transitional phase involved upgrading existing aircraft with improved radar, cockpit displays, and limited beyond-visual-range missile capabilities. Examples include the MiG-23MLD (USSR), F-5E Tiger II (USA), and MiG-21 Bison (India). Fourth Generation (1990s onward) Digital systems and network-centric warfare became central to fighter jet operations. Aircraft like the Mirage 2000 (France), F/A-18 Hornet (USA), and HAL Tejas Mk1 (India) were designed to operate within coordinated battle networks, equipped with multi-role functionality and precision targeting systems. Fourth-and-a-Half Generation These platforms retained the airframes of earlier fourth-generation jets but were equipped with modern upgrades. Enhancements included sensor fusion, improved radar systems, and partial stealth features. Examples include the Dassault Rafale (France), F-16 Block 50/52+ (USA), and HAL Tejas Mk1A (India). Fifth Generation Jets in this category are designed around stealth, with integrated avionics and network warfare capabilities. They support supercruise, advanced sensor packages, and internal weapons bays to reduce radar signatures. Key aircraft include the F-22 Raptor and F-35 Lightning II (USA), Su-57 (Russia), J-20 (China), and the upcoming HAL AMCA (India). The generational evolution of fighter jets underscores how shifting combat needs have shaped design, armament, and operational strategy. From manual targeting systems to AI-assisted decision-making, the trajectory indicates a continued focus on speed, automation, and networked warfare capabilities.

Each new generation of fighter aircraft has introduced critical upgrades in speed, versatility, and digital systems. The classification into "generations" offers a structured way to understand how these jets have adapted to changing warfare demands.

The evolution of fighter jets from F-16 to Rafale, F-35: A generational breakdown

A British F-35 fighter jet made an emergency landing at Trivandrum International Airport (TRV) on Saturday after running low on fuel, the airport officials said.&nbsp;&nbsp;The jet took off from an aircraft carrier stationed approximately 100 nautical miles off the coast. Later. as it landed at 9:28 safely at the Kerala airport, its refuelling was completed.&nbsp;&nbsp;However, there’s something else that can also be done if a jet runs out of fuel mid-air. This F-35 made an emergency landing, but a viral video shows the jet can get refuelled mid-air.&nbsp;&nbsp;Last year, a video went viral showing the process of refuelling a jet. The stunning showcasing of how this process is done sparked curiosity among netizens.&nbsp;

<blockquote class="twitter-tweet" data-media-max-width="560">This is how jets refuel in midair.<a href="https://t.co/yJR11vfsR5">pic.twitter.com/yJR11vfsR5</a>&mdash; Wonder of Science (@wonderofscience) <a href="https://twitter.com/wonderofscience/status/1836761913910333498?ref_src=twsrc%5Etfw">September 19, 2024</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>

In the video, a jet plane is seen flying high in the sky, showing a spectacular process of how the refuelling is being done. As shown, a pipe comes out from the plane with a suction valve. After it gets closer to another aircraft, the two planes connect with another pipe, making it easy to share fuel while in the air.&nbsp;&nbsp;The video was captioned, “This is how jets refuel in midair.”&nbsp;&nbsp;This happened first time in 2021 when the US Navy refuelled a F/A-18 Super Hornet using the unnamed drone MQ-25 T1.&nbsp;&nbsp;<a href="https://www.wionews.com/india-news/british-fighter-jet-makes-emergency-landing-in-thiruvananthapuram-1749968258108">Also read: British fighter jet makes emergency landing in Thiruvananthapuram</a>&nbsp;This marks a huge step up in aerial refuelling technology as we witness the advancement in technology.&nbsp;&nbsp;Earlier today, as the jet sought permission from the airport authorities for an emergency landing, the authorities declared an emergency to ensure a safe landing for the jet.&nbsp;&nbsp;“The jet is currently at the airport and the re-fuelling has been completed. It will be allowed to depart after requisite permission from the Indian authorities,” the official said.

This happened first time in 2021 when the US Navy refuelled a F/A-18 Super Hornet using the unnamed drone MQ-25 T1. 

A British F-35 fighter jet made an emergency landing at Trivandrum International Airport (TRV) on Saturday after running low on fuel, the airport officials said. The jet took off from an aircraft carrier stationed approximately 100 nautical miles off the coast. Later. as it landed at 9:28 safely at the Kerala airport, its refuelling was completed. However, there’s something else that can also be done if a jet runs out of fuel mid-air. This F-35 made an emergency landing, but a viral video shows the jet can get refuelled mid-air. Last year, a video went viral showing the process of refuelling a jet. The stunning showcasing of how this process is done sparked curiosity among netizens.

This happened first time in 2021 when the US Navy refuelled a F/A-18 Super Hornet using the unnamed drone MQ-25 T1.

What happens if a jet runs out of fuel mid-air? Know as British F-35 makes emergency landing in Kerala -WATCH

 The jet will also have the ability to carry 1,500 kg of weapons internally and at least 5,500 kg externally, alongside 6,500 kg of fuel.


The jet will also have the ability to carry 1,500 kg of weapons internally and at least 5,500 kg externally, alongside 6,500 kg of fuel. &nbsp;

What is HAL AMCA and how India plans to join the 5th-gen stealth fighter jet club?

The Rafale fighter jet's exceptional performance is significantly attributed to its twin Safran M88 engines, which are considered among the most advanced and reliable in modern military aviation. Designed and manufactured by Safran Aircraft Engines, the M88 has surpassed one million operating hours, underscoring its operational excellence and durability.

Operation Sindoor: Which engine powers India's Rafale fighter jet?

The B-2 Spirit, also known as the Stealth Bomber, designed by Northrop Grumman, ranks amongst the most advanced and strategic aircraft in the US Air Force's inventory. 

Meet the B-2 Spirit: America’s most deadly and dangerous weapon! Only 20 of them exist

Germany has reportedly blocked a major Eurofighter Typhoon sale to Turkiye, citing concerns over the arrest of Istanbul Mayor Ekrem Imamoglu. The UK, however, remains keen to proceed, viewing Turkiye as a key defense market. The Eurofighter project, a joint venture between Germany, the UK, Italy, and Spain, now faces diplomatic tension and delays.

Germany blocks Eurofighter sale to Tukiye over Imamoglu arrest concerns

Stealth is a major capability of modern military equipment to go invisible on enemy radar provide a major advantage on the battlefield as well. Growing menace of drones as seen in Russia Ukraine war has also got researchers crashing their head but new radar system can make the jets and drones lose the cloak of stealth. Watch in for more details!

Will quantum radar keep drones off the battlefield?

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