Daksh Aerospace is preparing to take a significant leap with the upcoming mission Vibhuti Mk-I, our next-generation experimental launch platform designed to test new propulsion concepts, advanced avionics, and rapid-deployment structures. This mission represents a major milestone in our journey toward accessible, reliable, and scalable space technology built in India.
Vibhuti Mk-I is engineered as a compact test vehicle with a focus on modularity. Its structure, propulsion, and electronics are all designed for quick iteration, enabling us to rapidly test sensor packages, payload configurations, and new motor technologies. Every component has been developed with the goal of accelerating research while keeping costs manageable for future student teams, startups, and partner organizations that wish to use our test platform.
Intelligent Flight Software: The Brain of Mk-I
A key highlight of the mission is the custom flight software that powers Vibhuti Mk-I. The system is designed around four core states, ensuring safe and reliable operation from ignition to touchdown:
1. Ground Stable State
The rocket remains on standby, performing continuous system checks. Sensors, telemetry modules, and safety locks are monitored in real time to ensure the vehicle is fully prepared for ignition.
2. Lift-Off State
Once all conditions are verified, the software transitions into lift-off state. It manages thrust vector data, stabilizes the rocket during ascent, and streams live telemetry to the ground station for real-time tracking.
3. Descent State
After the ascent is complete, the software shifts into descent mode. Here it deploys recovery systems, tracks altitude and velocity, and ensures the rocket returns safely to its landing zone.
4. Touch-Down State
In the final stage, the system reduces descent data collection, confirms safe landing, and initiates post-flight logs. This mode protects the hardware and ensures accurate retrieval of all mission data.
A Step Toward Bigger Missions
Vibhuti Mk-I is more than a rocket it’s a technological foundation. Through this mission, Daksh Aerospace aims to validate several critical systems that will power future launch vehicles and research platforms. Each test flight brings us closer to building reliable access to near space experimentation for India’s growing aerospace community.
The sky is not our limit; it is simply our next test range.