DESIGN OF ENHANCED REUSABLE SPACE LAUNCH VEHICLE - S, Prasanth;R, Naveen Vasan;Vijayaa Rajah A, Suriyan P D
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An enhanced reusable space launch vehicle (RLV) is designed to withstand multiple launches and landings, significantly reducing the cost of access to space by allowing key components to be recovered and reused. These vehicles use advanced lightweight materials, efficient propulsion systems, and sophisticated guidance and landing technologies to ensure both durability and performance during repeated missions. By integrating innovative systems for navigation, autonomous landing, and thermal protection, enhanced RLVs aim to provide reliable, cost-effective orbital transportation while advancing sustainability in space exploration.…mehr

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Produktbeschreibung
An enhanced reusable space launch vehicle (RLV) is designed to withstand multiple launches and landings, significantly reducing the cost of access to space by allowing key components to be recovered and reused. These vehicles use advanced lightweight materials, efficient propulsion systems, and sophisticated guidance and landing technologies to ensure both durability and performance during repeated missions. By integrating innovative systems for navigation, autonomous landing, and thermal protection, enhanced RLVs aim to provide reliable, cost-effective orbital transportation while advancing sustainability in space exploration.
Autorenporträt
Mr. S. Prasanth serves as an Assistant Professor in the Department of Aerospace Engineering at Agni College of Technology, Chennai, Tamil Nadu, India.Mr.Naveen vasan R,Mr. Suriyan PD and Mr. Vijayaa Rajah A Students from the Aerospace Department at Agni College of Technology, Chennai, Tamil Nadu, India.