India’s Skyroot successfully test fires 3D-printed rocket engine | Watch

Skyroot Aerospace, India’s top private aerospace company, successfully fired an advanced fully 3D-printed cryogenic engine, Dhawan-II. The engine roared to life for 200 seconds as the endurance test demonstrated the

Skyroot Aerospace, India’s top private aerospace company, successfully fired an advanced fully 3D-printed cryogenic engine, Dhawan-II. The engine roared to life for 200 seconds as the endurance test demonstrated the agility of the 3D-printed structure est to power the company’s Vikram-II rocket.

The test was conducted at Solar Industries propulsion test facility in Nagpur using Skyroot’s indigenously developed mobile cryogenic engine test pad.

“The successful test of Dhawan-II is a landmark achievement for Skyroot and the Indian private space sector. We are proud to be at the forefront in developing cutting-edge cryogenic technologies in the private space sector of India, and pushing the limit with advanced technologies like 3D printing and green propellants,” Pawan Kumar Chandana, Co-founder, and CEO of Skyroot Aerospace said in a statement.

Excited to announce the triumphant 200-second fire-endurance test of our enhanced, fully 3D-printed 'Dhawan-II' Cryogenic engine that will power the upper stage of Vikram-2.

This is a major milestone for our cryogenic program, fuelling the accelerated development of Vikram… pic.twitter.com/LmZOAVqOXQ

— Skyroot Aerospace (@SkyrootA) April 4, 2023

Dhawan-II is a 3.5 Kilo Newton (kN) engine named after India’s top rocket scientist, Dr. Satish Dhawan. The new test-fired engine is a successor of the fully-cryogenic rocket engine Dhawan-I which generates a 1.0 kN thrust.

The cryogenic rocket engine uses two high-performance rocket fuels, Liquid Natural Gas (LNG) and Liquid Oxygen (LoX), which require cryogenic temperatures (below -150° Celsius) for storage and operation. LNG is more than 90 per cent Methane, and LoX is a green burning fuel that is environmentally friendly.

The company said that fully cryogenic engines are ideal for the upper stages of a rocket due to their higher specific impulse, which greatly enhances payload-carrying capabilities.

V. Gnanagandhi, who leads the liquid and cryogenic propulsion at Skyroot, noted that the 3D-printed Dhawan – II engine also uses a 3D-printed torch igniter and a bellow-actuated cryo-injection valve with a quick response time.

The development comes months after Skyroot conducted the maiden launch of a privately developed rocket. The rocket dubbed Vikram-S was successfully launched from the sounding rocket complex of the Indian Space Research Organisation (ISRO)’s Satish Dhawan Space Centre in Sriharikota.

The rocket touched a peak altitude of 89.9 kilometers, gaining a speed of Mach 5, five times the speed of sound. The launch vehicles met all the mission parameters, clearing the stage for the company to launch the Vikram-I rocket likely this year.

Vikram -I will be the first private orbital rocket launch from South Asia.

This was first published in India Today

Also Read : I will only campaign for BJP, not contest Assembly polls: Kannada actor Kichcha Sudeep

COMMENTS