The Defence Research and Development Organisation (DRDO) achieved a major breakthrough by successfully testing three complex strategic technologies. These included trials of an upgraded Agni missile equipped with multiple independently targeted re-entry vehicle (MIRV) capability, a test of a scramjet combustor essential for future hypersonic missile systems, and the maiden trial of the Tactical Advanced Range Augmentation (Tara) glide weapon system. The three milestones, achieved within three days, underline India’s growing mastery in next-generation strategic capabilities involving nuclear deterrence, hypersonic propulsion and precision long-range strike capability. The successful validation of MIRV technology has significantly strengthened India’s strategic deterrence capability at a time when Asia is facing heightened security tensions and geopolitical instability.<h3>All three complex strategic technologies</h3>The sequence began on May 7 with the first flight test of the TARA glide weapon system. The successful trial of TARA, India’s first indigenous modular glide weapon capable of converting conventional unguided warheads into long-range precision-guided weapons, marked an important step in the country’s transition toward stand-off precision warfare. On May 8, DRDO test-fired an advanced version of the most potent Agni missile of India, built with an MIRV system, from a defence facility off the Odisha coast. The trial showed the operational maturation of technologies, which was first put to trial under 'Mission Divyastra' in March 2024 after India announced its first successful MIRV flight on the Agni-V platform. While DRDO did not officially identify the missile as the Agni-VI, India’s longest-range intercontinental ballistic missile (ICBM), the Ministry of Defence stated that the successful trial once again showcased the country’s ability to strike multiple strategic targets using a single missile platform. India achieved another breakthrough in hypersonic propulsion on May 9 with the successful long-duration test of a scramjet combustor at DRDL, Hyderabad. Conducted at the advanced Scramjet Connect Pipe Test facility, the trial sustained supersonic combustion for over 1,200 seconds under extreme conditions. The successful test validated key technologies required for future hypersonic cruise missiles and reusable high-speed aerospace platforms, marking a significant step in India’s pursuit of next-generation strategic and aerospace capabilities.&nbsp;Also read: <a href="https://www.wionews.com/trending/madhya-pradesh-unveils-india-s-first-carbon-capturing-algae-tree-in-bhopal-full-details-inside-1778498553341">Madhya Pradesh unveils India’s first carbon-capturing 'Algae Tree' in Bhopal: Full details inside</a>

After the successful test of the Agni missile, it has validated key technologies required for future hypersonic cruise missiles and reusable high-speed aerospace platforms, marking a significant step in India’s pursuit of next-generation strategic and aerospace capabilities.

The Defence Research and Development Organisation (DRDO) achieved a major breakthrough by successfully testing three complex strategic technologies. These included trials of an upgraded Agni missile equipped with multiple independently targeted re-entry vehicle (MIRV) capability, a test of a scramjet combustor essential for future hypersonic missile systems, and the maiden trial of the Tactical Advanced Range Augmentation (Tara) glide weapon system. The three milestones, achieved within three days, underline India’s growing mastery in next-generation strategic capabilities involving nuclear deterrence, hypersonic propulsion and precision long-range strike capability. The successful validation of MIRV technology has significantly strengthened India’s strategic deterrence capability at a time when Asia is facing heightened security tensions and geopolitical instability. All three complex strategic technologies The sequence began on May 7 with the first flight test of the TARA glide weapon system. The successful trial of TARA, India’s first indigenous modular glide weapon capable of converting conventional unguided warheads into long-range precision-guided weapons, marked an important step in the country’s transition toward stand-off precision warfare. On May 8, DRDO test-fired an advanced version of the most potent Agni missile of India, built with an MIRV system, from a defence facility off the Odisha coast. The trial showed the operational maturation of technologies, which was first put to trial under 'Mission Divyastra' in March 2024 after India announced its first successful MIRV flight on the Agni-V platform. While DRDO did not officially identify the missile as the Agni-VI, India’s longest-range intercontinental ballistic missile (ICBM), the Ministry of Defence stated that the successful trial once again showcased the country’s ability to strike multiple strategic targets using a single missile platform. India achieved another breakthrough in hypersonic propulsion on May 9 with the successful long-duration test of a scramjet combustor at DRDL, Hyderabad. Conducted at the advanced Scramjet Connect Pipe Test facility, the trial sustained supersonic combustion for over 1,200 seconds under extreme conditions. The successful test validated key technologies required for future hypersonic cruise missiles and reusable high-speed aerospace platforms, marking a significant step in India’s pursuit of next-generation strategic and aerospace capabilities. Also read: Madhya Pradesh unveils India’s first carbon-capturing 'Algae Tree' in Bhopal: Full details inside

After the successful test of the Agni missile, it has validated key technologies required for future hypersonic cruise missiles and reusable high-speed aerospace platforms, marking a significant step in India’s pursuit of next-generation strategic and aerospace capabilities.

Agni MIRV, TARA and Scramjet: India demonstrates multi-target missile & hypersonic capability in 72 hours

Jet-powered and stealth-enabled, Ghatak is designed for autonomous operations, representing a major leap in India’s indigenous aerial strike capability.

Jet-powered and stealth-enabled, Ghatak is designed for autonomous operations, representing a major leap in India’s indigenous aerial strike capability.

Ghatak UCAV vs. traditional fighter jets: 7 strategic advantages of India’s indigenous stealth drone

Displayed at Kartavya Path, the missile reflects a shift in how India presents its strategic capabilities, signalling advances in speed, reach and indigenous defence technology, particularly in the maritime domain.

Displayed at Kartavya Path, the missile reflects a shift in how India presents its strategic capabilities, signalling advances in speed, reach and indigenous defence technology, particularly in the maritime domain.

1,500 kilometres in 15 minutes? India’s anti-ship hypersonic missile to debut at Republic Day parade

From submarine-launched ballistic platforms hidden deep underwater to aircraft-mounted strike assets and precision cruise missiles, the structure is engineered for survivability rather than stockpiling.

From submarine-launched ballistic platforms hidden deep underwater to aircraft-mounted strike assets and precision cruise missiles, the structure is engineered for survivability rather than stockpiling.

Agni, Prithvi, Dhanush, BrahMos, Nirbhay and more: How strong is India’s nuclear missile force?

Defence exports surged to Rs. 21,083 crore in FY 2023-24, representing a 32.5 per cent increase over the previous year. India now exports to more than 85 countries. 

Defence exports surged to Rs. 21,083 crore in FY 2023-24, representing a 32.5 per cent increase over the previous year. India now exports to more than 85 countries.&nbsp;

From BrahMos to Pinaka: Made-in-India arms that foreign militaries are lining up to purchase

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Agni MIRV, TARA and Scramjet: India demonstrates multi-target missile & hypersonic capability in 72 hours

Ghatak UCAV vs. fighter jets: 7 advantages of India’s indigenous stealth drone

1,500 kms in 15 mins? India’s hypersonic missile to debut at Republic Day parade

Agni, BrahMos, Nirbhay and more: How strong is India’s nuclear missile force?

BrahMos, Pinaka, and more: India’s arsenal turning heads worldwide