India’s human spaceflight ambitions are entering a decisive phase, with the Indian Space Research Organisation initiating pre-flight integration of its humanoid robot Vyommitra ahead of the maiden uncrewed mission of the HLVM3-G1/OM1.
Vyommitra, designed to simulate astronaut functions in space, will play a crucial role in testing life-support systems, crew interfaces and microgravity conditions during the upcoming mission.
The robot is expected to gather vital data that will help refine systems before Indian astronauts, referred to as Gaganyatris, are sent into orbit under the Gaganyaan mission.
The HLVM3 rocket, a human-rated version of India’s heavy-lift launch vehicle, will carry Vyommitra on this critical test flight.
Engineers are currently focused on integrating the robot with onboard systems, ensuring seamless communication, environmental monitoring and response simulations during the mission.
Parallel to flight preparations, Isro is also advancing ground safety systems, a key requirement for any human spaceflight programme.
Among these is the Flight Crew Emergency Egress System, a specialised infrastructure designed to evacuate astronauts from the launch pad in case of emergencies such as fire, fuel leaks or other pre-launch hazards.
Unlike the onboard Crew Escape System, which activates during in-flight emergencies, the egress system is intended for use while the rocket remains on the launch pad. It functions as a rapid evacuation mechanism, allowing astronauts to exit the crew module and move to safety within seconds.
The system uses a zipline-based mechanism, enabling Gaganyatris to slide away quickly from the launch tower to a secure distance.
This ground-based “emergency exit” is a standard feature in global human spaceflight operations and is critical for ensuring crew safety during the most vulnerable pre-launch phase.
Be the first to comment