ISRO Develops Giant Rocket for 75-Tonne Payload: Narayanan

Quick Summary

• Rocket Development: ISRO is working on a 40-storey-high rocket capable of placing 75,000 kg payload in low earth orbit. This represents notable progress compared to earlier rockets like those developed under Dr. APJ Abdul Kalam.
• Future Plans: ISRO plans to build a 52-tonne mass space station by 2035 and is actively working on the Venus Orbiter mission.
• Key Missions in 2025: Projects include launching the technology Presentation Satellite (TDS) and GSAT-7R, a military communication satellite designed specifically for the indian Navy. India will also place a U.S.-built communication satellite weighing 6,500 kg into orbit using its own rockets.
• expanding Satellite Presence: India currently has 55 satellites in orbit, aiming to triple this number within three to four years.
• Space Achievements: ISRO successfully enabled astronaut Subhashnu Shukla’s recent journey and safe return from the International Space Station after addressing technical issues before launch.
• India’s Milestones in Space: Highlighted achievements include:

– Over 4,000 rocket launches as Aryabhata’s debut in 1975.
– First successful Mars orbiter Mission on the initial attempt globally.
– Record of deploying 104 satellites using one rocket in a single mission.
– Advanced lunar exploration with cameras featuring unparalleled resolution (32 cm) and contributions through Aditya L1 for solar studies delivering significant data collection (20 terabit).

• Recognition for Leadership: V. Narayanan received an honorary Doctor of Science degree at Osmania University convocation for his contributions to India’s space program.

Indian Opinion Analysis

ISRO’s advancements reflect India’s growing prominence among global space-faring nations. The planned high-capacity rocket signals technological maturity that could position India as a leader in large-scale payload transport-a vital asset amidst increasing commercial demand for satellite deployment.

The promise of tripling operational satellites within years demonstrates an enterprising intent toward building robust communication infrastructure potentially benefiting sectors like defense,education,agriculture,and disaster management. Concurrently, projects-like Gaganyaan informed by astronaut Subhashnu Shukla’s ISS experience-indicate preparedness for long-term human spaceflight missions involving deeper exploration.

Global collaborations (e.g., deploying U.S.-made communication satellites via indian launch systems) showcase confidence internationally while promoting indigenous capabilities-a promising duality supporting India’s geopolitical aspirations alongside economic synergies through its burgeoning commercial space industry.

Milestones such as being the first nation succeeding Mars Orbiter Mission on its maiden attempt continue bolstering national pride while catalyzing scientific interest among younger generations domestically-a valuable lever toward sustaining momentum across future generations amid investments such as Venus missions or solar research inputs aiding global understanding.

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