Crucial test for ISRO's Gaganyaan tomorrow — how crew will escape if mission is aborted
Test flight at Sriharikota to last just over 8 minutes. It will check deceleration systems, parachute deployment, and structural integrity of crew module after separation from spacecraft. The Indian Space Research Organisation (ISRO) is preparing for a crucial test for its first human spaceflight mission Gaganyaan, scheduled for Saturday morning in Sriharikota, Andhra Pradesh. The test will be conducted between 7am and 9am Saturday at Sriharikaota, and will last for over eight minutes to demonstrate that the module in which the crew can separate from the rest of the spacecraft and rocket in emergency situations. ISRO will use the newly developed test vehicle or rocket to test the subsystems inside and the crew escape system (CES), which will separate the spacecraft from the other and keep the humans inside safe. This test will also examine deceleration systems, parachute deployment, and the structural integrity of the crew module after separation. The crew module will then be recovered and analysed before the mission can finally travel up into orbit in an Indian spacecraft. Meanwhile, the crew is undergoing training at the Bangalore Astronaut Training Facility after completing preliminary training in Russia.
Được phát hành : 2 năm trước qua Sandhya Ramesh trong Science
The test flight will take place between 7 am and 9 am Saturday at Sriharikota, Andhra Pradesh. It will last for just over eight minutes.
This is a test to demonstrate that the module in which will house the crew can separate from the rest of the spacecraft and rocket in cases of emergency, and keep the humans inside safe.
Bengaluru: The Indian Space Research Organisation (ISRO) is bracing for its next test of the country’s first human spaceflight mission Gaganyaan, scheduled Saturday morning, in which the space agency will assess the crew escape system (CES).
For this demonstration, ISRO will use the newly developed test vehicle or a rocket, built specifically to test the subsystems inside and the crew escape system. The test will check deceleration systems, two kinds of parachute deployment, and the structural integrity of the crew module after separation.
The crew escape system (CES) sits atop the test vehicle which will launch the system to space before falling away into the ocean. After the CES separates from the test vehicle booster, it will coast briefly, climbing to a higher altitude. Subsequently the crew module will separate from the system.
Once the crew module separates, it will reorient to face upwards. First, a pair of drogue parachutes will be deployed, which will slow down the rapidly moving module and decelerate it. The larger main parachutes will then be deployed, slowing down the falling crew module to very low speeds before it splashes down into the ocean.
The crew module will then be recovered and analysed.
ISRO has performed several tests on both the rocket that will carry the mission, and the mission spacecraft itself.
It has already tested the engines and boosters that will be used throughout the mission at various points. It has previously performed static tests of the crew escape system, of all its motors to see if everything is firing well. It has also tested the crew module’s propulsion, atmospheric re-entry, and has tested the drogue and main parachutes that will be deployed after separation.
After this, ISRO is expected to perform some pad abort tests, and then un-crewed full tests, before Indian astronauts can finally travel up into orbit in an Indian spacecraft.
Meanwhile, the crew is undergoing training at the Bangalore Astronaut Training Facility, after having finished preliminary training in Russia. The four shortlisted male air force candidates are currently training in understanding flight systems, microgravity, flying in space, medical procedures, academic courses, flight suits and simulators, and undergoing physical fitness training as well.
When the first humans will be launched into space from India on the Gaganyaan-1 flight, they will orbit the earth for four days to a week, before splashing down into the Indian Ocean.
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