Indian Satellite Launch Disrupted After Rocket Malfunction marked another challenging moment for India’s space sector on Monday. The Indian satellite launch was disrupted after a rocket malfunction occurred shortly after liftoff, raising fresh concerns for ISRO. The mission involved an Earth observation satellite, but the rocket deviated from its planned path during flight.
The launch was conducted by the Indian Space Research Organisation from the Satish Dhawan Space Centre on Sriharikota Island. The PSLV-C62 mission carried the EOS-N1 satellite and several academic and startup payloads. Mission control in Bengaluru confirmed that the rocket performed normally at first, but problems emerged later.
Officials reported a PSLV launch anomaly during the PS3 stage, which caused a mission deviation after liftoff. This launch vehicle disturbance prevented proper satellite deployment, so the mission could not be completed. An ISRO mission control statement confirmed that a spaceflight investigation has already started.
This ISRO rocket failure is significant because the Polar Satellite Launch Vehicle has a strong success record. PSLV reliability concerns have increased because this was the second setback in recent months. Experts say repeated Indian space mission setbacks can affect launch schedules and international confidence.
The EOS-N1 satellite mission aimed to support Earth surveillance satellite data for research and planning. Such missions are vital because they assist agriculture, climate monitoring, and disaster management. India’s space programme challenges also impact private space manufacturing; India is trying to expand.
Despite this Indian satellite launch problem, ISRO remains a respected global space agency. Past successes include the Chandrayaan-1 mission and the Aditya-L1 solar observatory. These achievements show strong technical depth, but continuous improvements remain necessary.
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Indian Satellite Launch Disrupted After Rocket Malfunction highlights an ISRO rocket failure and PSLV launch anomaly during the mission flight.
