ISRO's Breakthrough with Semicryogenic Engine Powers Future Space Missions

ISRO has achieved a significant milestone in developing a semicryogenic engine with a high thrust of 2,000 kN. A successful hot test was conducted to validate critical subsystems. The engine aims to enhance payload capacity and employ non-toxic propellants, solidifying India's position in advanced space technology.

ISRO has marked a significant advancement in its space endeavors with successful progress in the semicryogenic engine's design and development. This engine, with a high thrust capability of 2,000 kN, is set to boost the Launch Vehicle Mark-3 (LVM3), positioning India at the forefront of space technology.

The notable milestone was achieved with the initial successful hot test of the Engine Power Head Test Article (PHTA) at ISRO's Propulsion Complex in Tamil Nadu. The test, conducted on March 28, demonstrated seamless ignition and operations for a duration of 2.5 seconds, assessing the integrated performance of crucial subsystems.

The Liquid Propulsion Systems Centre is spearheading the engine's development, aimed at replacing the current core liquid stage of LVM3. This not only enhances payload capacity but also utilizes eco-friendly propellants, making it a significant leap in India's space mission capabilities.

(With inputs from agencies.)