How Chandrayaan-3 Will Make India a More Formidable Military Power?
Introduction
India has been a pioneer in space exploration since the launch of its first satellite, Aryabhata, in 1975. Since then, the country has achieved many milestones in space science and technology, such as the Chandrayaan-3 and Mangalyaan missions, the launch of more than 100 satellites in a single rocket, and the development of its own navigation system, NavIC.
The Indian army has been actively involved in the development and deployment of space-based systems for military purposes. To give a boost to Indian army in its Space-based development and expansion of missions, India successfully landed chandrayaan-3 on the lunar surface for further exploration of moon’s surface. This successful mission will going to benefit the Indian army in technological and innovation field. It is important for India to have a robust and resilient space infrastructure to maintain its edge over its rivals, especially China and Pakistan. In this article we will understand how the successful landing of Chandrayaan-3 will going to open the new doors for Indian army in the field of space expansion and giving a new direction to Indian army in space based missions.
How Chandrayaan-3 Will Make India a More Formidable Military Power
India’s space achievements have been remarkable in recent years. One of its ambitious goals is to launch its own Space Station by 2035. This will give a huge boost to the Indian army, as it will enable them to get real-time information of enemy movements in border areas, navigate through challenging terrains, and guide the missiles. In this context, Chandrayaan-3 is an important mission that will benefit the Indian army’s future space endeavors. The technology and innovation used in Chandrayaan-3 can improve India’s military capabilities in several ways, such as:
Space Warfare
A successful Chandrayaan-3 mission will demonstrate India’s capability to develop and operate complex space systems, which is essential for space warfare. Space warfare is a growing area of concern for militaries around the world, as satellites play an increasingly important role in military operations. For example, satellites are used for communications, navigation, and intelligence gathering. By developing its space capabilities, India can better defend itself against potential attacks on its satellites and other space assets.
Just like, GSAT-7B, GSAT-7C, and GSAT-7D are a series of military communication satellites introduced by the ISRO for our all three forces, respectively. These satellites provide a wide range of communication services to the Indian military, including: Secure voice and data communication, Broadband internet access, Video conferencing, Mobile satellite communication, Satellite-controlled operations of unmanned aerial vehicles (UAVs).
Precision Navigation And Guidance
One of the key objectives of the Chandrayaan-3 mission is to develop new technologies for precision navigation and guidance. These technologies are essential for landing a rover on the lunar surface and exploring its features. However, these technologies could also have significant applications for enhancing the performance of Indian missiles and other weapons systems. For instance, new guidance systems could be designed that use the Moon as a reference point to navigate to targets on Earth with greater accuracy. This would reduce the dependence on satellite-based navigation systems, which could be vulnerable to jamming or interference by adversaries. Moreover, using the Moon as a reference point could also increase the range and flexibility of Indian missiles, as they could be launched from any location and angle.
Additionally, the Chandrayaan-3 mission could also help India to develop new technologies for communication and surveillance. The mission will require the establishment of a reliable communication link between the rover and the orbiter, which will relay the data and images to Earth. This communication link could also be used to transmit signals and commands to other satellites or spacecrafts in orbit. Furthermore, the orbiter could also serve as a platform for monitoring and tracking activities on Earth or in space. The orbiter could use its cameras and sensors to capture high-resolution images and data of various regions and objects of interest. This could help India to enhance its situational awareness and intelligence gathering capabilities. Therefore, the Chandrayaan-3 mission could also provide India with new opportunities for communication and surveillance.
Intelligence Gathering
The Chandrayaan-3 lander and rover will be equipped with a variety of sensors that can be used to gather intelligence on the lunar surface and in the surrounding space environment. Further this information can be used to understand the temperature of surface and stability of the terrain which helps Indian army in developing military or command base on moon. Meanwhile, NASA is planning to establish its permanent base on moon by 2030 which helps in conducting research of moon surface and other things as well.
The Indian army utilizes satellites called Intelligence, Surveillance, and Reconnaissance (ISR) to obtain high-resolution images and other data on various aspects of the battlefield. These aspects include troop movements, enemy targets, and the environment. This information is vital for planning and conducting military operations, as well as for responding to other emergencies situations. The ISR satellites enable the Indian army to have a clear and comprehensive view of the ground situation, as well as to detect and track any potential threats or opportunities. The ISR satellites also help the Indian army to coordinate and communicate with other forces and agencies, as well as to provide timely and accurate support and assistance. Therefore, the ISR satellites are an indispensable asset for the Indian army.
Material Science
The development of new materials and technologies for the Chandrayaan-3 mission could also have applications in the defence sector. For example, New lightweight and durable materials can be used to build stronger and more agile aircraft and missiles. Additionally, new technologies developed for the Chandrayaan-3 rover can be used to develop new unmanned ground vehicles for military use. Furthermore, this material science can be used to develop lightweight aircraft and helicopters, as well as long-range missiles.
Conclusion
Overall, the Chandrayaan-3 mission is expected to make a significant contribution to India’s military capabilities. It will demonstrate India’s technological prowess and its ability to develop and operate complex systems, deter potential adversaries, and make India a more formidable military power.
As India continues to develop its space program, we can expect to see even more dramatic changes in its battle style. The Indian Army is at the forefront of the space revolution, and its space-based capabilities will give it a significant advantage in the future battlefield.
