SammyBoi111
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As of now, probably yes...What would be the power source?
Solar ?
though I had suggested a complete RTG + RHU setup haha
As of now, probably yes...What would be the power source?
Solar ?
I think you should keep mechanical stabilizers as well so that you can cope up with the failureWell, I'm thinking about using gyroscopic sensors to detect an impending dangerous position (above dangerous threshold), then automatically adjust wheel torque and orientation to counteract tipping, preventing the rover from overturning altogether.
It's real-time, so theoretically should be better than using mechanically deployed stabilizers.
Will your budget even allow rtg+rhu?As of now, probably yes...
though I had suggested a complete RTG + RHU setup haha
Nope, obviously. It was a wild suggestion, thought we could keep it representative in the abstract.Will your budget even allow rtg+rhu?
Some model level rtg is already testedAs of now, probably yes...
though I had suggested a complete RTG + RHU setup haha
The SPADEX experiment will demonstrate autonomous docking capability. Docking is a process where two spacecrafts are aligned in a precise orbit and joined together
He said work was on to develop technologies such as robotic arm to collect samples, mechanisms for docking in the Moon orbit and Earth orbit, transfer of samples, re-entry into the atmosphere without burning up — this will also be demonstrated by the Gaganyaan mission that will send astronauts to low Earth orbit and bring them back to Earth.
ISRO is also working on technologies such as satellites that will be able to re-fuel other satellites in space and ISRO Servicer Module that will be able to use robotic arms for maintenance of the modules and even replace modules when needed.
While the first module in 2028 can be launched with the existing rockets, he said, for building the entire space station a heavier launch vehicle will be needed. Somanath said ISRO was working on designing the Next Generation Launch Vehicle (NGVL) that will have a capacity to carry 16 to 25 Tonnes to low Earth orbit.
More importantly, ISRO is in discussion with NASA and the European Space Agency to build a common interface between the Indian space station and that of these countries. This interface will make joint work possible, said Somanath, indicating the possibility of collaborating with these countries for the space station. The current International Space Station has been built in collaboration with several countries and is likely to be de-orbited in 2030. The common interface will also allow the Indian module to go and dock with the ISS, he said.
Finally explanation by dr. Nilesh m desai what happened to QUantess payload and it will be flown to next POEM hopefully
It will have POEM !!!!Will the PSLV XPoSAT mission carry any secondary payloads/ satellites. 455 kg ( weight of Xposat ) seems rather small for the PSLV