Agni-V reaches 5,000-8,000 km, China's DF-41 reaches 15,000 km, Russia's Sarmat reaches 35,000 km. Agni-V emerging capability faces mature Chinese and Russian systems. Accuracy improves from 200m to 30m across global arsenal.

Agni-V vs global long-range missiles: How India’s newest system compares with China’s ICBM tech

Pakistan's fastest cruise missile Babur reaches Mach 0.9 whilst BrahMos travels Mach 2.8. Pakistan lacks ramjet engine technology, aerospace expertise, and advanced materials for supersonic cruise development.


Why Pakistan has no missile that matches BrahMos cruise missile's Mach 2.8 speed

Agni-V’s long range, MIRV payload and advanced guidance give it abilities far beyond Shaheen-III. From high-altitude manoeuvres to faster terminal speeds, the real difference between these missiles lies in precision, propulsion and deployment flexibility.


How India's Agni-V’s high-altitude manoeuvre controls compare with Pakistan missile engineering

Pakistan's Babur cruise missile travels at Mach 0.8, taking 20+ minutes to cover 300 kilometres, whilst India's BrahMos reaches the same distance in 6 minutes at Mach 2.8. This speed gap fundamentally disadvantages air defence response times, making BrahMos significantly harder to intercept.

Why Pakistan’s Babur cruise missile cannot match BrahMos’ reaction time

The S-500 uses a suite of radars: long-range acquisition radars, engagement radars, and ABM-capable interceptors (e.g. 77N6-N1) meant for high-speed, high-altitude targets.

Russia's S-500 vs China's HQ-19: Which defence system really covers higher altitudes for India?

S-500 uses cold-launch to eject missiles pneumatically before engine ignition, enabling four-second response time engaging 10 simultaneous targets at 600 km range. Protects truck chassis from exhaust damage.

Why S-500 uses cold-launch technology

In the Himalayan theatre, air operations are challenged by weather, narrow valleys and limited manoeuvring space. The mountain-strike BrahMos offers a stand-off alternative that does not depend on fighter aircraft getting close to heavily defended borders. 

'Mountain-strike with BrahMos': How 'hidden-target’ tests changed India’s Himalayan battle tactics

BrahMos survives 2,000°C heat using ceramic composites: ZrB₂-SiC ceramics, multi-layer thermal protection, oxidation coatings. India's fifth-nation capability proven through plasma testing at 4,000 Kelvin.

What materials allow BrahMos cruise missile to survive high heat at supersonic speeds?

In its final approach, BrahMos performs high-speed manoeuvres while still flying low. These sudden lateral or vertical movements complicate radar tracking and fire-control solutions. 

Why BrahMos cruise missile's sea-skimming makes enemy radars almost blind

India's BrahMos missile costs ₹25-35 crore per unit due to advanced supersonic technology, extensive R&D investment, dual-role capabilities, and rigorous quality standards. Comparison with global missiles shows premium pricing justified by superior performance.

Why India's BrahMos cruise missile costs around Rs 25-35 crore per unit?

Russia claims the S-500 can engage targets at distances up to 500 to 600 kilometres depending on the missile variant, making it one of the longest-range systems on paper. 

S-500 vs THAAD vs Patriot: Where does Russia’s defence system really stand?

Vande Bharat trains can reach far higher speeds than double-deckers, yet most of this power remains unused on today’s tracks. From acceleration to real-world averages, the real difference between these trains is shaped more by infrastructure than design.

Which train is faster: Double-decker or Vande Bharat?

Russia states that the S-500 has entered limited service with its air-defence forces. Independent analysts believe only a small number of batteries are currently active while production scales up. 

Russia’s S-500 defence system: Understanding radar, launch vehicles, command systems and more

Even if the S-500 reaches around 200 km, most satellites orbit above 300–500 km. The system could theoretically threaten only very-low-orbiting satellites, and even then, only if they pass directly over the defended area. That limits any practical anti-satellite envelope.

Can Russia's S-500 defence system give India anti-satellite capability? Here’s a fact check

The system is explicitly engineered to detect and engage high-speed, high-altitude threats such as short- and medium-range ballistic missiles during their terminal phases.

Can S-400 detect and intercept satellites in space?

Unlike ballistic missiles, hypersonic weapons shift direction rapidly. The S-500’s new-generation radars use fast-processing AESA-class architecture, enabling real-time tracking of high-speed, high-manoeuvre threats that older radars struggle to follow.

How Russia’s S-500 can protect India from China’s hypersonic missiles

Train wheels don't slip in rain because steel-on-steel friction is 0.5 even when wet, and massive train weight generates enormous grip. Rain actually cleans rails better than damp conditions. Sandbags increase friction when needed. 

Why train wheels don’t slip even in heavy rain

India already uses multiple systems that cover different altitude bands. The S 400 protects the lower and mid altitude layers while the S 500 would add the topmost layer meant for space edge and hypersonic threats. Together they provide a complete shield.

What makes S-500 defence system different from S-400 that India already operates?

Russia appears open to exporting S-500 (or at least discussing it with interested allies). Reports trace back to 2021 when Russian officials named India as a “prospective customer.”

What is 'S-500 Prometheus' and why India wants to buy it after S-400 success in Operation Sindoor

Railways are turning to drones for safer, faster and smarter inspections. From tracking defects to stopping theft and predicting failures, drone technology is quietly transforming rail operations in ways most passengers never notice.


Why some trains now use drone monitoring for safety

High-speed trains create powerful pressure waves in tunnels, but clever nose designs inspired by nature help silence the boom. From drag reduction to advanced airflow control, modern engineering reveals how trains stay fast, quiet and efficient.


How the train’s aerodynamic nose prevents tunnel ‘air shock’

Japan’s railways were collapsing under demand, but a bold plan to build a new high-speed line changed everything. From wartime ideas to massive cost overruns and breakthrough engineering, the Shinkansen’s creation is a story far bigger than a fast train.


The true story behind Japan’s ‘bullet train miracle’ after World War II

Airbus has acknowledged the issue and apologised for disruption, calling safety its “number-one priority.” Regulators like EASA and the US Federal Aviation Administration (FAA) have launched investigations into the incident. 

'Pitched downward on its own’: Nightmare Airbus A320 scenario that unfolded in JetBlue flight before getting grounded

A software rollback typically takes a few hours. By contrast, removing and replacing an ELAC is a maintenance task that needs a serviceable spare, certified procedures, and shop time, which can take days or weeks depending on parts availability and maintenance-station capacity.

Why some Airbus A320s need hardware replacement, not just a software patch

The A321XLR (Extra Long Range) is the latest and most advanced A320-family variant. With a range of about 4,700 nautical miles, it can fly routes like Delhi–London or Mumbai–Paris with narrow-body economics. 

'A319, A320 and more': Top 7 variants of Airbus A320 family

Indian airlines, including IndiGo and Air India, operate A320-family aircraft that were assembled in Tianjin. Airlines do not distinguish between Tianjin-built or Europe-built A320s because all are functionally identical and meet the same global safety standards.

Is Airbus A320 'Made in China'? Here’s what we know

photogallery, News on photogallery, stories on photogallery, articles on photogallery, photogallery stories at Wion, photogallery news, photogallery latest news

Photo Gallery