The GSAT-14, a communication satellite, was launched into geostationary orbit on a GSLV MK.II D5 rocket, successfully demonstrating the use of India's indigenous cryogenic engine for the first time. The launch occurred from the Satish Dhawan Space Centre on India's east coast, a vital hub for the Indian Space Research Organisation (ISRO). This landmark achievement represented years of research and development in cryogenic technology, which is crucial for boosting payload capacity in space launch vehicles.

The GSLV MK.II D5 rocket's upper stage powered by a cryogenic engine allowed the rocket to deliver GSAT-14 into its intended orbit. The GSAT-14 itself was designed to augment telecommunication, broadcasting, and broadband services in India, thereby addressing the ever-growing demand for communication infrastructure in the country. With a capacity of providing various services from its transponders, GSAT-14 played a significant role in enhancing the coverage and quality of satellite communications across urban and rural regions.

A successful launch like this not only underscored the technical prowess of ISRO but also positioned India as an emerging player in the global space community. The advancements made through developing the cryogenic engine paved the way for future missions, including more significant payloads and interplanetary exploration tasks. Notably, it laid the groundwork for missions such as the GSAT-15 and GSAT-16 that followed, continuing India’s path in satellite technology and space exploration.