Schedule a Call Back
Isro successfully hot tests 3D printed liquid rocket engine
Industry News- May 13,24
This streamlined design not only significantly decreased raw material usage per engine, from 565kg to just 13.7 kg of metal powder, but also slashed overall production time by 60%.
On 9 May, 2024, Isro announced a significant achievement with the successful hot testing of a liquid rocket engine manufactured using additive manufacturing (AM) technology, also known as 3D printing. This engine is intended for use in the PS4, the upper stage of Isro's primary rocket, the Polar Satellite Launch Vehicle (PSLV).
Isro redesigned the traditionally manufactured PS4 engine to be compatible with additive manufacturing techniques, employing an innovative approach known as Design for Additive Manufacturing (DfAM). According to Isro, this approach has resulted in notable advantages.
Utilising the Laser Powder Bed Fusion technique during the manufacturing process, Isro reduced the number of engine components from 14 to a single piece, thereby eliminating 19 weld joints. This streamlined design not only significantly decreased raw material usage per engine, from 565kg to just 13.7 kg of metal powder, but also slashed overall production time by 60%.
The PS4 engine, which employs a bipropellant combination of nitrogen tetroxide as the oxidizer and monomethyl hydrazine as the fuel, was developed by Isro's Liquid Propulsion Systems Centre (LPSC). The manufacturing of the additively manufactured engine was undertaken by the Indian industry partner, Wipro 3D, while the hot testing was conducted at Isro's Propulsion Complex in Mahendragiri.
Before the successful 665-second hot test, Isro executed a comprehensive development program, including detailed flow and thermal modeling, structural simulations, cold flow characterisation of the proto hardware, and four successful developmental hot tests of the integrated engine, totaling a cumulative duration of 74 seconds. These rigorous tests validated the engine's performance parameters, Isro stated.
Isro emphasised that the successful hot testing of the 3D printed PS4 engine paves the way for leveraging additive manufacturing technology for rocket engines in future endeavors. “This paves the way for the induction of the additively manufactured PS4 engine into the regular PSLV programme, ushering in a new era of advanced manufacturing techniques for India's space endeavours,” Isro added.
(Source: TOI)
ISRO
2024
liquid rocket engine
additive manufacturing (AM) technology
3D printing
PS4
Polar Satellite Launch Vehicle (PSLV)
Design for Additive Manufacturing (DfAM)
Laser Powder Bed Fusion
component reduction
raw material usage
bipropellant combination
nitrogen tetroxide
monomethyl hydrazine
Liquid Propulsion Systems Centre (LPSC)
Wipro 3D
hot testing
Propulsion Complex
Mahendragiri
development program
flow and thermal modeling
structural simulations
cold flow characteriza
Related Stories
Automation & Robotics
Invest UP, TeamLease partner to boost GCC talent in Uttar Pradesh
Invest UP and TeamLease Group have partnered to support talent acquisition, workforce readiness and AI advisory for new GCCs setting up across Uttar Pradesh.
Read moreAerospace Defence
Virtual Testing for Safer Spaceflight
As India advances Gaganyaan and BAS, digital engineering is becoming central to human-rated spacecraft safety, reliability and mission assurance, writes Hardik Asawa, Technical Leader, Synopsys.
Read moreAuto & Auto Components
Toyota Kirloskar Motor wins EEPC Export Excellence Award
Toyota Kirloskar Motor has been recognised for its FY2024–2025 export performance in high-technology products at EEPC India’s 57th National Awards.
Read moreRelated Products
Troop Comforts revolutionises military gear with indigenous innovations
Aerospace & Defence
Troop Comforts Ltd (TCL), a state-owned defence corporation, has recently received a request for proposal (RFP) from the Northern Command of the Indian Army for its indigenously developed military gea Read more
latest News
Subscribe to iNoW
For Industry News on WhatsApp, Give a Miss Call on: +91 84228 74016
