The USS Abraham Lincoln replaces its steel arresting cables after exactly 125 landings. To safely stop 50,000-pound fighter jets and prevent lethal wire snaps, Navy crews quickly swap out fatigued cables in under 15 minutes.


The USS Abraham Lincoln replaces its steel arresting cables after exactly 125 landings. To safely stop 50,000-pound fighter jets and prevent lethal wire snaps, Navy crews quickly swap out fatigued cables in under 15 minutes.

The 125-landing limit?: Why the USS Abraham Lincoln constantly replaces its arresting wires

Fighter jets land on the USS Abraham Lincoln at speeds of around 240 to 250 km/h. Using a tailhook and arresting wires, the aircraft is brought to a complete halt in just two seconds on a 315-foot deck.


Fighter jets land on the USS Abraham Lincoln at speeds of around 240 to 250 km/h. Using a tailhook and arresting wires, the aircraft is brought to a complete halt in just two seconds on a 315-foot deck.

250 km/h? How fast do fighter jets land on USS Abraham Lincoln

Do fighter jets use afterburners taking off from the USS Abraham Lincoln? F/A-18 Super Hornets regularly ignite afterburners to lift heavy ordnance, but the $102 million F-35C relies on its massive F135 engine to launch in dry 'Military Power'.


Do fighter jets use afterburners taking off from the USS Abraham Lincoln? F/A-18 Super Hornets regularly ignite afterburners to lift heavy ordnance, but the $102 million F-35C relies on its massive F135 engine to launch in dry 'Military Power'.

Do fighter jets use afterburner during takeoff from USS Abraham Lincoln?

Fighter pilots on the USS Abraham Lincoln apply full military power upon touchdown instead of braking. This ensures the jet has enough speed to take off again if its tailhook misses the arresting wires, preventing a crash.


Fighter pilots on the USS Abraham Lincoln apply full military power upon touchdown instead of braking. This ensures the jet has enough speed to take off again if its tailhook misses the arresting wires, preventing a crash.

Do fighter jets speed up when landing on USS Abraham Lincoln?

The USS Abraham Lincoln uses high-pressure steam catapults to launch 30-ton fighter jets from zero to 160 mph in two seconds. For recovery, advanced hydraulic arresting gear and steel cables safely decelerate incoming aircraft in just 315 feet.

The USS Abraham Lincoln uses high-pressure steam catapults to launch 30-ton fighter jets from zero to 160 mph in two seconds. For recovery, advanced hydraulic arresting gear and steel cables safely decelerate incoming aircraft in just 315 feet.

‘Takeoff to landing’: How USS Abraham Lincoln launches and recovers fighter jets

French fighter jets like the $115M Dassault Rafale dominate global combat. Armed with Mach 4 Meteor missiles, heavy 9,500kg payloads, and the advanced SPECTRA electronic warfare suite, these omnirole aircraft offer unmatched aerial lethality.


French fighter jets like the $115M Dassault Rafale dominate global combat. Armed with Mach 4 Meteor missiles, heavy 9,500kg payloads, and the advanced SPECTRA electronic warfare suite, these omnirole aircraft offer unmatched aerial lethality.

‘The omnirole assassin’: Why French fighter jets are considered among the most lethal in the world

Pakistan has sent fighter jets and other military forces to Saudi Arabia to boost security under a defence pact between the two countries, the Saudi defence ministry said on Saturday, as Islamabad hosted talks ​aimed at ending the Iran war.
Saudi Arabia's defence ministry said in a statement ​that Pakistani fighter jets and support aircraft had arrived at the King ⁠Abdulaziz Air Base in the country's eastern province.

Pakistan Deploys Fighter Jets, Support Aircraft To Saudi Arabia

An Iraqi armed group calling itself the Islamic Resistance in Iraq says its fighters have carried out 19 operations targeting US bases in Iraq and the wider region over the past few days, using drones and missiles in the strikes.


Iraqi Resistance Fighter Carry 19 Anti-US Ops Across Iraq

The United States has officially confirmed that multiple F‑15 warplanes crashed during active operations in the escalating conflict with Iran. The Pentagon’s first acknowledgment follows earlier unverified reports from regional sources.

The incident underscores the risks faced by aircraft in contested airspace, with potential casualties and operational impacts still under investigation. Analysts say such losses could affect air campaign strategies and reflect the increasing intensity of the US–Israel–Iran conflict.

F-15 Warplanes Crashed: First Confirmation By US 

B-2 bomber pilots eject using the ACES II system. Unlike fighter jets, the B-2 must first blast off solid overhead hatches using explosive bolts. A rocket motor then launches the seat, while gyros stabilize the flight and sensors determine exactly when to deploy the parachute.

B-2 bomber pilots eject using the ACES II system. Unlike fighter jets, the B-2 must first blast off solid overhead hatches using explosive bolts. A rocket motor then launches the seat, while gyros stabilize the flight and sensors determine exactly when to deploy the parachute.

How B-2 bomber pilots can eject themselves in an emergency

Unlike fighter jets that use a vertical tail and rudder to turn, the B-2 bomber is a 'flying wing' with no vertical stabiliser. To change direction, it relies on a complex system of split wingtips and advanced computers to manage drag and stability, ensuring it remains invisible to radar.

Unlike fighter jets that use a vertical tail and rudder to turn, the B-2 bomber is a 'flying wing' with no vertical stabiliser. To change direction, it relies on a complex system of split wingtips and advanced computers to manage drag and stability, ensuring it remains invisible to radar.

‘Different from any fighter jet’: How the B-2 bomber turns in the air

Modern fighter jets carry fewer weapons than older aircraft because stealth, speed and efficiency matter more than sheer firepower. Internal weapon bays reduce radar detection, drag and fuel burn, while advanced missiles achieve higher kill rates with fewer shots.


Modern fighter jets carry fewer weapons than older aircraft because stealth, speed and efficiency matter more than sheer firepower. Internal weapon bays reduce radar detection, drag and fuel burn, while advanced missiles achieve higher kill rates with fewer shots.

Why fighter jets carry fewer weapons than they did decades ago

Modern fighter jets survive missile threats through stealth shaping, radar-absorbent coatings, cooled engine exhaust, extreme manoeuvrability and electronic warfare. From tiny radar signatures to decoys and jammers, design choices make missiles lose lock before impact.

Modern fighter jets survive missile threats through stealth shaping, radar-absorbent coatings, cooled engine exhaust, extreme manoeuvrability and electronic warfare. From tiny radar signatures to decoys and jammers, design choices make missiles lose lock before impact.

From tiny radar signatures to jammers: 5 design secrets of fighter jet that help it survive missile threats

A fighter jet’s advertised range rarely matches real combat performance. Weapons load, supersonic dashes, low-altitude flying, complex mission profiles and mandatory fuel reserves mean jets often fly only one-third of their maximum range in real missions.


A fighter jet’s advertised range rarely matches real combat performance. Weapons load, supersonic dashes, low-altitude flying, complex mission profiles and mandatory fuel reserves mean jets often fly only one-third of their maximum range in real missions.

6 factors that limit fighter jet range in real missions

Modern fighter jets have evolved from simple weapons platforms into sophisticated flying data centres. Using millions of lines of code, AI, and sensor fusion, they process vast amounts of battlefield information instantly. 

Modern fighter jets have evolved from simple weapons platforms into sophisticated flying data centres. Using millions of lines of code, AI, and sensor fusion, they process vast amounts of battlefield information instantly.&nbsp;

‘Sensor fusion and AI’: Why modern fighter jets are becoming flying data centres

Fighter jets now strike targets hundreds of kilometres away using advanced long-range missiles. These seven standoff weapons keep aircraft safe whilst delivering precision strikes into defended territory.

Fighter jets now strike targets hundreds of kilometres away using advanced long-range missiles. These seven standoff weapons keep aircraft safe whilst delivering precision strikes into defended territory.

Top 7 long-range weapons used by fighter jets for deep-strike air missions

Modern fighters employ beyond-visual-range missiles and stealth technology, rendering traditional dogfighting obsolete. Network-centric warfare and sensor fusion enable pilots to launch missiles from 100-plus kilometres without seeing targets.

Modern fighters employ beyond-visual-range missiles and stealth technology, rendering traditional dogfighting obsolete. Network-centric warfare and sensor fusion enable pilots to launch missiles from 100-plus kilometres without seeing targets.

Why modern fighter jets rely more on missiles than dogfighting

Shared weapons systems across fighter jets significantly reduce operational complexity by standardising missiles, training, logistics and data networks. By using the same air-to-air weapons across all air forces, pilots can be trained faster, training can be simplified, and ammunition can be shared during conflicts.


Shared weapons systems across fighter jets significantly reduce operational complexity by standardising missiles, training, logistics and data networks. By using the same air-to-air weapons across all air forces, pilots can be trained faster, training can be simplified.

How shared weapons in a fighter jet reduce operational complexity

Here is the breakdown of how China’s H-6K "God of War" stacks up against the American B-52 Stratofortress, and who would cause more devastation.

Here is the breakdown of how China’s H-6K "God of War" stacks up against the American B-52 Stratofortress, and who would cause more devastation.

'God of War': Why one B-52 bomber is more dangerous than a squadron of China's H-6K bombers

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.

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

Here is the brutal engineering reality behind why a Russian Su-27 Flanker dwarfs an American F-16, and why the Su-57 is physically larger than the F-35. It isn't just about bigger is better, it is about survival in a country that spans 11 time zones.

Here is the brutal engineering reality behind why a Russian Su-27 Flanker dwarfs an American F-16, and why the Su-57 is physically larger than the F-35. It isn't just about bigger is better, it is about survival in a country that spans 11 time zones.

'Flying tanks': Why Russian fighter jets are giants compared to American and Europeans?

With Bangladesh signing a Letter of Intent for the Eurofighter Typhoon, the balance of air power in South Asia is about to shift. For the first time, the skies over the Bay of Bengal will host two of the world's most advanced "4.5-generation" European fighters.

With Bangladesh signing a Letter of Intent for the Eurofighter Typhoon, the balance of air power in South Asia is about to shift. For the first time, the skies over the Bay of Bengal will host two of the world's most advanced "4.5-generation" European fighters.

India's Rafale vs. Bangladesh's Eurofighter: Which fighter jet will rule the skies of Bengal?

While the Typhoon offers world-class capability, it also demands major investment in supporting infrastructure, including simulators, new maintenance facilities, spares pipelines and extensive pilot training. 

While the Typhoon offers world-class capability, it also demands major investment in supporting infrastructure, including simulators, new maintenance facilities, spares pipelines and extensive pilot training.&nbsp;

What is Eurofighter Typhoon that Bangladesh is considering to replace its MiG-29 fighter jet fleet?

Modern fighter jets lock targets in 2 to 3 seconds using advanced fire-control radar systems that scan airspace, identify threats, and switch to tracking mode. Infrared sensors and helmet-mounted displays enhance speed further. 

Modern fighter jets lock targets in 2 to 3 seconds using advanced fire-control radar systems that scan airspace, identify threats, and switch to tracking mode. Infrared sensors and helmet-mounted displays enhance speed further.&nbsp;

How fighter jets lock targets within 2-3 seconds

Russia’s Su-57 fighter jets use advanced AL-41F1S engines with 3D thrust vectoring, supercruise, and flat nozzles for stealth. Upgraded AL-51F1 engines promise even more thrust and range, making the Su-57M a next-generation combat fighter jet.


Russia’s Su-57 fighter jets use advanced AL-41F1S engines with 3D thrust vectoring, supercruise, and flat nozzles for stealth. Upgraded AL-51F1 engines promise even more thrust and range, making the Su-57M a next-generation combat fighter jet.

Su-57 jet engine secrets: 10 technologies behind its extreme maneuverability

Fighter jet engines operate at 1,700°C, requiring advanced cooling. Air-side cooling uses bypass air. Film cooling creates protective layers on blades. CMC materials withstand extreme temperatures. Two-phase systems offer superior heat transfer. 

Fighter jet engines operate at 1,700°C, requiring advanced cooling. Air-side cooling uses bypass air. Film cooling creates protective layers on blades. CMC materials withstand extreme temperatures. Two-phase systems offer superior heat transfer.&nbsp;

'1,700°C’: What is thermal management techniques and why is it used in Su-57 fighter jet engines?

The Defence Research and Development Organisation (DRDO) has made a significant leap forward in enhancing the safety of fighter aircraft with the successful execution of a high-speed rocket-sled test. The test, conducted recently, focused on evaluating a crucial component of fighter jet safety, the escape system, designed to safely eject pilots in life-threatening situations. This successful trial not only demonstrates India’s growing capability to design and develop advanced defense technologies but also marks a significant milestone in the country’s push toward self-reliance in defense manufacturing.&nbsp;The test was carried out at the Rail Track Rocket Sled (RTRS) facility of the Terminal Ballistics Research Laboratory (TBRL) in Chandigarh, where the ejection system was subjected to extreme testing conditions at a speed of 800 km/h. The high-speed sled test aimed to simulate real-world emergency situations in fighter jets, demonstrating the system’s ability to safely eject the pilot under such intense conditions. A dummy pilot was used in the test, and the video accompanying the social media post from the Ministry of Defence showcased the successful ejection, with the system propelling the dummy clear of the cockpit.&nbsp;Also Read: <a href="https://www.wionews.com/india-news/india-s-first-16-floor-railway-station-set-to-transform-travel-in-ahmedabad-bullet-train-indian-railways-mumbai-ahamdabad-1764686440716">India’s first 16-floor railway station set to transform travel in Ahmedabad</a>&nbsp;This test marks a significant achievement in ensuring that the ejection mechanism works accurately and safely, even under high-speed scenarios, which are often the most dangerous for pilots. The ability to eject a pilot safely at such speeds could be a life-saving feature in critical, high-risk situations, where every second counts.<h2>Watch the video here</h2>

<blockquote class="twitter-tweet" data-media-max-width="560">Defence Research and Development Organization (DRDO) has successfully conducted a high-speed rocket-sled test of fighter aircraft escape system at precisely controlled velocity of 800 km/h- validating canopy severance, ejection sequencing and complete aircrew-recovery at Rail… <a href="https://t.co/G19PJOV6yD">pic.twitter.com/G19PJOV6yD</a>&mdash; रक्षा मंत्री कार्यालय/ RMO India (@DefenceMinIndia) <a href="https://twitter.com/DefenceMinIndia/status/1995836083456893267?ref_src=twsrc%5Etfw">December 2, 2025</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>

<h2>What Rajnath Singh said</h2>The achievement has been widely acknowledged by key figures in India’s defense sector. Defence minister Rajnath Singh congratulated the DRDO and its partners, including the Indian Air Force (IAF), the Aeronautical Development Agency (ADA), the Hindustan Aeronautics Limited (HAL), and various industrial collaborators. Singh hailed this as a significant development that not only enhances the safety of India’s fighter aircraft but also contributes to strengthening the country’s indigenous defense capabilities.&nbsp;He further said that this achievement aligns with India’s broader goal of promoting self-reliance in defense technologies. This test underscores India’s commitment to advancing its defense infrastructure and reducing reliance on foreign defense systems by developing homegrown solutions.

WATCH | DRDO successfully tests high-speed rocket-sled ejection system for fighter jets

The Defence Research and Development Organisation (DRDO) has made a significant leap forward in enhancing the safety of fighter aircraft with the successful execution of a high-speed rocket-sled test. The test, conducted recently, focused on evaluating a crucial component of fighter jet safety, the escape system, designed to safely eject pilots in life-threatening situations. This successful trial not only demonstrates India’s growing capability to design and develop advanced defense technologies but also marks a significant milestone in the country’s push toward self-reliance in defense manufacturing. The test was carried out at the Rail Track Rocket Sled (RTRS) facility of the Terminal Ballistics Research Laboratory (TBRL) in Chandigarh, where the ejection system was subjected to extreme testing conditions at a speed of 800 km/h. The high-speed sled test aimed to simulate real-world emergency situations in fighter jets, demonstrating the system’s ability to safely eject the pilot under such intense conditions. A dummy pilot was used in the test, and the video accompanying the social media post from the Ministry of Defence showcased the successful ejection, with the system propelling the dummy clear of the cockpit. Also Read: India’s first 16-floor railway station set to transform travel in Ahmedabad This test marks a significant achievement in ensuring that the ejection mechanism works accurately and safely, even under high-speed scenarios, which are often the most dangerous for pilots. The ability to eject a pilot safely at such speeds could be a life-saving feature in critical, high-risk situations, where every second counts. Watch the video here

DRDO successfully tests an indigenous fighter jet escape system at 800 km/h, marking a major milestone in India’s self-reliance in defense technology

Fighter jets carry missiles exceeding 200 kg using reinforced hardpoints - structural attachment points engineered to transfer heavy weapons loads safely. Modern fighters mount 8 to 13 hardpoints supporting total payloads of 8,000 to 13,300 kg. 

Fighter jets carry missiles exceeding 200 kg using reinforced hardpoints - structural attachment points engineered to transfer heavy weapons loads safely. Modern fighters mount 8 to 13 hardpoints supporting total payloads of 8,000 to 13,300 kg.&nbsp;

How fighter jets carry missiles weighing over 200 kg

Fighter jets accelerate from zero to 150 mph in 2 seconds on aircraft carriers. F-22 reaches Mach 1.2 in 25 seconds. Electromagnetic catapults consume 100 million watts per launch. Pilots experience 6+ G-forces.


Fighter jets accelerate from zero to 150 mph in 2 seconds on aircraft carriers. F-22 reaches Mach 1.2 in 25 seconds. Electromagnetic catapults consume 100 million watts per launch. Pilots experience 6+ G-forces.

​​The science behind ultra-fast fighter jet takeoff acceleration

Fighter jets lose power fast as air thins with altitude. From shrinking oxygen levels to fading lift and engine limits, extreme heights push aircraft to their edge revealing why even advanced jets struggle at the top of the sky.

Fighter jets lose power fast as air thins with altitude. From shrinking oxygen levels to fading lift and engine limits, extreme heights push aircraft to their edge revealing why even advanced jets struggle at the top of the sky.

‘65,000 feet above’: How extreme altitude affects fighter jet engine performance

Fighter jets detect threats from over 100 km away using AESA radar, infrared sensors, and data fusion technology. These systems provide pilots with early warning and comprehensive situational awareness to act swiftly and accurately.

Fighter jets detect threats from over 100 km away using AESA radar, infrared sensors, and data fusion technology. These systems provide pilots with early warning and comprehensive situational awareness to act swiftly and accurately.

How fighter jets detect threats from over 100 km away

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The 125-landing limit?: Why the USS Abraham Lincoln constantly replaces its arresting wires

250 km/h? How fast do fighter jets land on USS Abraham Lincoln

Do fighter jets use afterburner during takeoff from USS Abraham Lincoln?

Do fighter jets speed up when landing on USS Abraham Lincoln?

‘Takeoff to landing’: How USS Abraham Lincoln launches and recovers fighter jets

Why French fighter jets are considered among the most lethal in the world

Pakistan Deploys Fighter Jets, Support Aircraft To Saudi Arabia

Iraqi Resistance Fighter Carry 19 Anti-US Ops Across Iraq

F-15 Warplanes Crashed: First Confirmation By US

How B-2 bomber pilots can eject themselves in an emergency

‘Different from any fighter jet’: How the B-2 bomber turns in the air

Why fighter jets carry fewer weapons than they did decades ago

5 design secrets of fighter jet that help it survive missile threats

6 factors that limit fighter jet range in real missions

‘Sensor fusion and AI’: Why modern fighter jets are becoming flying data centres

Top 7 long-range weapons used by fighter jets for deep-strike air missions

Why modern fighter jets rely more on missiles than dogfighting

How shared weapons in a fighter jet reduce operational complexity

China's H-6K vs US' B-52 Bomber: Who will cause greater damage if a war?

7 Indian weapons that could easily shoot down Bangladesh's Eurofighter Typhoon

Why Russian fighter jets are giants compared to American and Europeans?

India's Rafale vs. Bangladesh's Eurofighter: Who will rule the skies of Bengal?

What is Eurofighter Typhoon that Bangladesh is considering to replace MiG-29s?

How fighter jets lock targets within 2-3 seconds

Su-57 jet engine secrets: 10 technologies behind its extreme maneuverability

What is thermal management techniques and why is it used in Su-57 fighter jet?