Research and Development
We focus on research and development in space technology, creating advanced drones, rovers, space robotics, and AI-driven systems designed for exploration, automation, and next-generation scientific innovation.
Master Class
Our Master Class offers in-depth training in space technology, robotics, and AI, providing students and professionals with hands-on experience, industry insights, and advanced skills guided by experts and real research projects.
Diploma Course
Our Diploma Course provides comprehensive training in space technology, robotics, and AI, combining theoretical knowledge with practical projects to prepare students for advanced studies, research roles, and industry opportunities.
Workshop
Our Workshop offers hands-on learning in space technology, robotics, and AI. Students explore real hardware, build projects, interact with experts, and gain practical skills through demonstrations, experiments, and guided technical activities.
About Agnirath Aerospace
Agnirath Aerospace is a space-technology research organization dedicated to developing innovative systems in robotics, AI, and exploration technology. We focus on creating indigenous solutions that support scientific advancement. Alongside research, we empower students and professionals through workshops, master classes, internships, and training programs that provide practical skills, real project experience, and mentorship from industry experts.
Mission: Our mission is to advance space technology through innovation, research, and education, empowering students and professionals with practical skills, hands-on training, and opportunities to contribute to future space exploration.
Vision: Our vision is to become a global leader in space innovation, building a strong ecosystem that unites research, technology, and learning to inspire and shape the next generation of space pioneers.
Products And Prototypes
Our products and prototypes focus on advancing space and robotic technologies. We develop drones, rovers, robotic arms, AI-based control systems, and experimental space research tools. Each prototype is designed to support exploration, automation, and scientific innovation. Our goal is to create reliable, high-performance systems that serve educational, research, and industrial needs while pushing the boundaries of future space technology.