The Su-30MKI extends its 3,000-kilometre base range to 8,000 kilometres using mid-air refuelling. By connecting to Il-78MKI tankers, the jet safely sustains 10-hour flights for combat missions.

The Su-30MKI extends its 3,000-kilometre base range to 8,000 kilometres using mid-air refuelling. By connecting to Il-78MKI tankers, the jet safely sustains 10-hour flights for combat missions.

How the Su-30MKI flies up to 8,000 kilometres using mid-air refueling

Unlike stealth jets, the Su-30MKI uses a clear canopy without a golden Indium Tin Oxide tint. This design maximises night vision clarity, reduces maintenance, and suits 4th-gen combat needs.

Unlike stealth jets, the Su-30MKI uses a clear canopy without a golden Indium Tin Oxide tint. This design maximises night vision clarity, reduces maintenance, and suits 4th-gen combat needs.

Why the glass canopy on the Su-30MKI has a distinct golden tint

The Su-30MKI uses a dorsal air brake on its back instead of wing spoilers to preserve wing lift, protect internal fuel space, and ensure safe weapon launches from its 12 hardpoints.

The Su-30MKI uses a dorsal air brake on its back instead of wing spoilers to preserve wing lift, protect internal fuel space, and ensure safe weapon launches from its 12 hardpoints.

Why the Su-30MKI uses a giant air brake on its back instead of its wings

Developing Su-30MKI tyres takes years of testing. Each tyre must absorb 18-tonne loads and survive 420 km/h landings. They undergo dynamometer trials before flight certification.

Developing Su-30MKI tyres takes years of testing. Each tyre must absorb 18-tonne loads and survive 420 km/h landings. They undergo dynamometer trials before flight certification.

Why a single new Su-30MKI tyre takes years of testing

The Su-30MKI performs the Cobra manoeuvre by pitching its nose up to 120 degrees. It uses AL-31FP thrust-vectoring engines and canards to brake suddenly and shed speed without stalling.

The Su-30MKI performs the Cobra manoeuvre by pitching its nose up to 120 degrees. It uses AL-31FP thrust-vectoring engines and canards to brake suddenly and shed speed without stalling.

How the Su-30MKI performs the gravity-defying Cobra manoeuvre

The Su-30MKI features a raised rear seat derived from combat trainers. This stepped design gives the Weapon Systems Officer clear forward visibility, improving situational awareness during combat.

The Su-30MKI features a raised rear seat derived from combat trainers. This stepped design gives the Weapon Systems Officer clear forward visibility, improving situational awareness during combat.

Why the Su-30MKI rear pilot seat is raised higher than the front seat

The Su-30 features a turquoise green cockpit designed to reduce pilot eye fatigue and combat stress. This scientifically chosen colour bridges the contrast between high-altitude glare and dark interiors, ensuring flight instruments remain visible.

The Su-30 features a turquoise green cockpit designed to reduce pilot eye fatigue and combat stress. This scientifically chosen colour bridges the contrast between high-altitude glare and dark interiors, ensuring flight instruments remain visible.

Why the Su-30MKI cockpit is painted bright turquoise green

The Su-30MKI uses pure nitrogen in its tyres to prevent internal rubber oxidation and eliminate combustion risks. This completely dry, inert gas stops moisture freezing and ensures stable pressure.

The Su-30MKI uses pure nitrogen in its tyres to prevent internal rubber oxidation and eliminate combustion risks. This completely dry, inert gas stops moisture freezing and ensures stable pressure.

Why the Su-30MKI tyres are filled with pure nitrogen

The Su-30MKI handles extreme weather through a titanium-alloy airframe, protected engine intakes, and waterproof cockpit avionics designed for heavy monsoons.

The Su-30MKI handles extreme weather through a titanium-alloy airframe, protected engine intakes, and waterproof cockpit avionics designed for heavy monsoons.

How the Su-30MKI survives flying through extreme weather and heavy rain

The Su-30MKI divides heavy combat workloads between a front pilot and a rear Weapon Systems Officer. This dual layout enables 10-hour flights, radar operation, and 2.5-tonne BrahMos strikes.

The Su-30MKI divides heavy combat workloads between a front pilot and a rear Weapon Systems Officer. This dual layout enables 10-hour flights, radar operation, and 2.5-tonne BrahMos strikes.

Why the Su-30MKI requires two pilots inside the cockpit instead of one

The Su-30MKI is a heavy fighter with a 38,800 kg maximum takeoff weight. Its massive airframe safely holds 9,640 kg of internal fuel and an 8,000 kg weapon payload.

The Su-30MKI is a heavy fighter with a 38,800 kg maximum takeoff weight. Its massive airframe safely holds 9,640 kg of internal fuel and an 8,000 kg weapon payload.

Why the Su-30MKI is one of the heaviest fighters ever built

The Su-30MKI achieves a 3,000-kilometre range using its massive 9.6-tonne internal fuel capacity. This eliminates drag from external tanks, freeing up space to carry heavy weapons like the BrahMos missile.

The Su-30MKI achieves a 3,000-kilometre range using its massive 9.6-tonne internal fuel capacity. This eliminates drag from external tanks, freeing up space to carry heavy weapons like the BrahMos missile.

Why the Su-30MKI doesn't need external fuel tanks to fly vast distances

Held on Kartavya Path, this year's Republic Day parade is designed less as spectacle and more as an explanation of how India prepares for and executes modern warfare.

Held on Kartavya Path, this year's Republic Day parade is designed less as spectacle and more as an explanation of how India prepares for and executes modern warfare.

India’s first Republic Day parade post Operation Sindoor: 7 changes that set it apart!

Indian and Russian defence ties have gained renewed importance as both the nations today prepare to expand their military-technical engagement.

Indian and Russian defence ties have gained renewed importance as both the nations today prepare to expand their military-technical engagement.

India-Russia Summit 2025: How joint weapons production became the core of bilateral defence cooperation

Mid-air refuelling lets fighter jets stay in the air longer without landing. This is vital in combat or long missions. Through specialised equipment, tankers transfer fuel mid-flight to fighter jets. Here are six fighters known to use mid-air refuelling to enhance their endurance.

Mid-air refuelling lets fighter jets stay in the air longer without landing. This is vital in combat or long missions. Through specialised equipment, tankers transfer fuel mid-flight to fighter jets. Here are six fighters known to use mid-air refuelling to enhance their endurance.

6 fighter jets capable of mid-air refueling

The Su-30MKI’s powerful radar, helmet-mounted sights, and thrust-vectoring engines make it one of the most agile and deadly fighters. With new radar upgrades and long-range missiles, it stays ahead in modern aerial combat.

The Su-30MKI’s powerful radar, helmet-mounted sights, and thrust-vectoring engines make it one of the most agile and deadly fighters. With new radar upgrades and long-range missiles, it stays ahead in modern aerial combat.

How the Su-30MKI fighter jets can lock onto targets without even facing them

Russia is reportedly weighing investment plans to manufacture its fifth-generation Su-57 stealth fighter jets in India, a move that could reshape the Russian defence industry's global footprint. The proposal follows a renewed offer for joint production and technology transfer made to New Delhi in March 2025.&nbsp;In response to the manufacturing of fifth-generation Su-57 stealth fighter jets, Russian Federal Service for Military-Technical Cooperation Director Dmitry Shugayev highlighted the prospects of deeper collaboration with India. “As is known, India has our S-400 system. There is an opportunity to expand cooperation in this sector as well. It means new supplies. So far, we are negotiating this,” he said, pointing to the possibility of delivering Su-57 fighter jets as another avenue.&nbsp;Citing unidentified defence sources, The Eurasian Times reported that Russian defence agencies are conducting internal assessments to determine capital requirements to produce the Su-57 aircraft in India. The objective of the project is to lower overall costs, reduce time, and make use of India's existing aerospace infrastructure.<h3>Hindustan Aeronautics Limited (HAL): A potential partners for Su-57 manufacturing</h3>The report further noted that the potential partners for Su-57 manufacturing are state-owned Hindustan Aeronautics Limited (HAL), which has earlier contracted to assemble the Su-30MKI at the Nashik facility in India. However, if the program further advances, other Indian defence manufacturing facilities can also be called in for the project, but it will be contingent on a green light from India.&nbsp;The latest development comes months after Russia’s state arms exporter Rosoboronexport indicated plans to utilise India’s existing Su-30MKI infrastructure for the local assembly of Su-57E fighters. “In case of a positive decision by the Indian side, the production of the Russian fifth-generation Su-57E fighter jet can be started at the factories currently producing the Su-30MKI fighter within a short time,” as reported earlier.&nbsp;Earlier, India had been a collaborator in the Fifth-Generation Fighter Aircraft (FGFA) project for the Su-57 but withdrew from the programme in 2018. The decision stemmed from multiple concerns, including escalating costs, insufficient transfer of technology, and doubts over the aircraft’s stealth performance.&nbsp;In February 2025, Russia revived its offer to India for the Su-57 and later broadened the proposal to make it more attractive. The renewed package not only covers local production of the Su-57E but also includes upgrades for the Su-30MKI fleet and technical support for India’s indigenous Advanced Medium Combat Aircraft (AMCA) initiative.

Russia is considering joint production of Su-57 stealth fighter jets in India, after a renewed technology transfer offer in March 2025. The proposal includes HAL as a potential partner, aiming to cut costs, use existing infrastructure, and deepen defence cooperation beyond the S-400 deal.

Russia is reportedly weighing investment plans to manufacture its fifth-generation Su-57 stealth fighter jets in India, a move that could reshape the Russian defence industry's global footprint. The proposal follows a renewed offer for joint production and technology transfer made to New Delhi in March 2025. In response to the manufacturing of fifth-generation Su-57 stealth fighter jets, Russian Federal Service for Military-Technical Cooperation Director Dmitry Shugayev highlighted the prospects of deeper collaboration with India. “As is known, India has our S-400 system. There is an opportunity to expand cooperation in this sector as well. It means new supplies. So far, we are negotiating this,” he said, pointing to the possibility of delivering Su-57 fighter jets as another avenue. Citing unidentified defence sources, The Eurasian Times reported that Russian defence agencies are conducting internal assessments to determine capital requirements to produce the Su-57 aircraft in India. The objective of the project is to lower overall costs, reduce time, and make use of India's existing aerospace infrastructure. Hindustan Aeronautics Limited (HAL): A potential partners for Su-57 manufacturing The report further noted that the potential partners for Su-57 manufacturing are state-owned Hindustan Aeronautics Limited (HAL), which has earlier contracted to assemble the Su-30MKI at the Nashik facility in India. However, if the program further advances, other Indian defence manufacturing facilities can also be called in for the project, but it will be contingent on a green light from India. The latest development comes months after Russia’s state arms exporter Rosoboronexport indicated plans to utilise India’s existing Su-30MKI infrastructure for the local assembly of Su-57E fighters. “In case of a positive decision by the Indian side, the production of the Russian fifth-generation Su-57E fighter jet can be started at the factories currently producing the Su-30MKI fighter within a short time,” as reported earlier. Earlier, India had been a collaborator in the Fifth-Generation Fighter Aircraft (FGFA) project for the Su-57 but withdrew from the programme in 2018. The decision stemmed from multiple concerns, including escalating costs, insufficient transfer of technology, and doubts over the aircraft’s stealth performance. In February 2025, Russia revived its offer to India for the Su-57 and later broadened the proposal to make it more attractive. The renewed package not only covers local production of the Su-57E but also includes upgrades for the Su-30MKI fleet and technical support for India’s indigenous Advanced Medium Combat Aircraft (AMCA) initiative.

Russia is considering joint production of Su-57 stealth fighter jets in India, after a renewed technology transfer offer in March 2025. The proposal includes HAL as a potential partner, aiming to cut costs, use existing infrastructure, and deepen defence cooperation beyond the S-400 deal.

Su-57 in India’s skies? Russia looks to New Delhi for joint Su-57 manufacturing, tech transfer

Su-30MKI armed with indigenously made Astra and BrahMos missiles shows India’s Atmanirbhar Bharat drive. With precise air-to-air and supersonic strike power, these weapons boost the jet’s capability and India’s defence independence. 

Su-30MKI armed with indigenously made Astra and BrahMos missiles shows India’s Atmanirbhar Bharat drive. With precise air-to-air and supersonic strike power, these weapons boost the jet’s capability and India’s defence independence.&nbsp;

‘Astra to BrahMos’: Su-30MKI fighter jet armed with indigenous weapons showcases India’s Atmanirbhar Bharat drive

The Su-30MKI fighter jet carries over 8 tons of weapons because of its powerful engines, 12 versatile hardpoints, and advanced radar systems. Its arsenal includes missiles, bombs, and rockets, making it a powerful multirole jet for both air and ground missions.

The Su-30MKI fighter jet carries over 8 tons of weapons because of its powerful engines, 12 versatile hardpoints, and advanced radar systems. Its arsenal includes missiles, bombs, and rockets, making it a powerful multirole jet for both air and ground missions.

How Su-30MKI fighter jets are able to carry over 8 tons of destructive weapons

India’s Su-30MKI uses Israeli jammers to boost its electronic warfare. These pods jam enemy radar, shield jets and improve mission safety. 

India’s Su-30MKI uses Israeli jammers to boost its electronic warfare. These pods jam enemy radar, shield jets and improve mission safety.&nbsp;

Su-30MKI armed with Israeli jammers: Can it make the fighter jets masters of electronic warfare?

Su-30MKI with BrahMos-A can hit far targets with speed and force, while Rafale with Meteor dominates air battles. Each fighter jet is deadly in its own way. 

The Su-30MKI with BrahMos-A can hit far targets with speed and force, while Rafale with Meteor dominates air battles. Each fighter jet is deadly in its own way.&nbsp;

Su-30MKI armed with BrahMos-A vs Rafale armed with Meteor: which fighter jets will become more deadly?

Air Chief Marshal <a href="https://www.wionews.com/india-news/air-chief-inducts-fis-dornier-aircraft-into-number-41-squadron-271304">RKS Bhadauria</a> said on Saturday that a new Sukhoi-30MKI fighter aircraft squadron is being inducted at Thanjavur and it will hugely enhance the operational capability of IAF.

"In Thanjavur, we are forming a new <a href="https://www.wionews.com/india-news/india-russia-signs-rs-1500-crore-deal-for-air-to-air-missiles-for-su-30-fighters-239257">Su-30</a> squadron that will primarily have a maritime role. They will be the part of southern air command and will add huge capacity from the point of view of operational capability," said Bhadauria.

"It will also have offensive and defensive roles that these aircraft can perform," said Bhadauria.

The 222 Squadron <a href="https://www.wionews.com/photos/ins-kalvari-a-game-changer-in-south-asia-612">'The Tigersharks'</a> of Indian Air Force&nbsp;was resurrected on Wednesday with state of the art Su-30 MKI Multirole Fighter aircraft, the Indian Air Force&nbsp;said.

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<blockquote class="twitter-tweet">
<a href="https://twitter.com/hashtag/Resurrection?src=hash&amp;ref_src=twsrc%5Etfw">#Resurrection</a>: 222 Sqn 'The Tigersharks' got resurrected today with state of the art Su-30 MKI Multirole Fighter aircraft. Raised on 15 Sep 69 with Su-7, the Sqn was later equipped with <a href="https://twitter.com/hashtag/MiG27?src=hash&amp;ref_src=twsrc%5Etfw">#MiG27</a> Ground Attack Aircraft prior to getting numberplated in 2011.<a href="https://twitter.com/hashtag/IAF?src=hash&amp;ref_src=twsrc%5Etfw">#IAF</a> <a href="https://twitter.com/hashtag/IndianAirForce?src=hash&amp;ref_src=twsrc%5Etfw">#IndianAirForce</a> <a href="https://t.co/eUZunY3EQl">pic.twitter.com/eUZunY3EQl</a>
— Indian Air Force (@IAF_MCC) <a href="https://twitter.com/IAF_MCC/status/1212366925247811584?ref_src=twsrc%5Etfw">January 1, 2020</a></blockquote>
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"#Resurrection: 222 Sqn 'The Tigersharks' got resurrected today with state of the art <a href="https://www.wionews.com/india-news/four-su-30-mki-jets-to-participate-in-indo-french-aerial-war-exercise-231501">Su-30 MKI</a> Multirole Fighter aircraft. Raised on 15 Sep 69 with Su-7, the Sqn was later equipped with #MiG27 Ground Attack Aircraft prior to getting number-plated in 2011." IAF had said in a tweet.

Air Chief Marshal RKS Bhadauria said on Saturday that a new Sukhoi-30MKI fighter aircraft squadron is being inducted at Thanjavur and it will hugely enhance the operational capability of IAF.

Air Chief Marshal RKS Bhadauria said on Saturday that a new Sukhoi-30MKI fighter aircraft squadron is being inducted at Thanjavur and it will hugely enhance the operational capability of IAF. "In Thanjavur, we are forming a new Su-30 squadron that will primarily have a maritime role. They will be the part of southern air command and will add huge capacity from the point of view of operational capability," said Bhadauria. "It will also have offensive and defensive roles that these aircraft can perform," said Bhadauria. The 222 Squadron 'The Tigersharks' of Indian Air Force was resurrected on Wednesday with state of the art Su-30 MKI Multirole Fighter aircraft, the Indian Air Force said. #Resurrection: 222 Sqn 'The Tigersharks' got resurrected today with state of the art Su-30 MKI Multirole Fighter aircraft. Raised on 15 Sep 69 with Su-7, the Sqn was later equipped with #MiG27 Ground Attack Aircraft prior to getting numberplated in 2011.#IAF #IndianAirForce pic.twitter.com/eUZunY3EQl — Indian Air Force (@IAF_MCC) January 1, 2020 × "#Resurrection: 222 Sqn 'The Tigersharks' got resurrected today with state of the art Su-30 MKI Multirole Fighter aircraft. Raised on 15 Sep 69 with Su-7, the Sqn was later equipped with #MiG27 Ground Attack Aircraft prior to getting number-plated in 2011." IAF had said in a tweet.

Su-30 squadron will hugely enhance operational capabilities: Air Chief Bhadauria

Su-30Mki jets armed with Brahmos supersonic missiles. Rearmament to enhance IAF's combat capabilities. More Brahmos missile test to be carried out in August. Watch this video to know more.

IAF jets rearmed with cruise missiles

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