ISRO Prepares for Second Reusable Launch Vehicle Mission This Week

ISRO Prepares for Second Reusable Launch Vehicle Mission This Week


The Indian Space Research Organisation (ISRO) is poised to make another significant stride in its reusable launch vehicle program this month.

Dr. V. Narayanan, Director of LPSC-ISRO, has confirmed that the space agency is targeting a date before March 16th for its second Reusable Launch Vehicle Autonomous Landing (RLV-LEX) mission.

This highly anticipated mission follows the groundbreaking success of the inaugural RLV-LEX mission in April 2023. Conducted at the Aeronautical Test Range (ATR) in Chitradurga, Karnataka, the first mission saw an RLV prototype, carried to an altitude of 4.5 km by an Indian Air Force Chinook helicopter, executed a series of complex maneuvers. The vehicle then achieved a successful autonomous landing, simulating the high-speed return of an unmanned spacecraft from orbit.

"The first RLV-LEX mission was a major milestone, validating our ability to autonomously land a space vehicle," stated an ISRO employee. "This upcoming mission will further refine our capabilities, bringing us closer to a cost-effective and sustainable space launch system."

ISRO's RLV-LEX program is a critical initiative aimed at revolutionizing space access. Traditional launch vehicles are discarded after a single use, resulting in immense costs. A reusable launch vehicle, much like an airplane, promises to significantly reduce launch expenses, opening new avenues for space exploration and commercialization.

The exact test objectives for the second mission have not been disclosed. However, ISRO is likely to push the RLV prototype to even greater limits, testing its ability to withstand more extreme re-entry conditions and potentially increasing the flight duration.

India's ambitious space program continues to gain momentum. The successful RLV-LEX missions are a testament to ISRO's ingenuity and relentless pursuit of technological advancement in the space domain.
 
Turkey is buidling 5th gen fighter jets

meanwhile we are wasting money on this...

can anybody explain whats the point??
 
Turkey is buidling 5th gen fighter jets

meanwhile we are wasting money on this...

can anybody explain whats the point??
We can in the same coin call Tejas a fifth generational plane too as it has about same rcs of su-57.
 
This is an important project, but it is on go slow mode. This project is taking too long. It needs to be fast tracked a full scaled prototype made and tested and not more time wasted.
 
How does this compare to the reusable rocket of space X. I mean in terms of the approach. For our approach, the rocket wont be reusable but the satellite delivery vehicle will be reusable?
 
Turkey is buidling 5th gen fighter jets

meanwhile we are wasting money on this...

can anybody explain whats the point??
How many time are we going to have the same conversation again and again??? Turkey haven't developed anything indigenously by itself. Most of the technology, equipment, parts, sensors and components have been provided by the USA and its NATO allies so really Turkey is just buying things off the shelf or making it under license and simply just assembling it all together!
 
This RLV is a crucial test that we have to develop to ensure our future manned space travelling vehicle is capable of launching and bringing down the crew safely. Currently we have only tested a hypersonic flight experiment but we still need to test the current landing experiment and also a orbital flight experiment and a scramjet propulsion experiment. These 4 tests are to validate the technology, materials used, software, science, instruments and much more which will help to develop a reusable launch vehicle.
 
Turkey is buidling 5th gen fighter jets

meanwhile we are wasting money on this...

can anybody explain whats the point??
Just search x 37b and what is Fractional Orbital Bombardment System. Then you can understand why this project is important. This project can help drdo even in hypersonic glide vehicle development.
 
Of only one test is done in a year, then it will take a decade or more before this vehicle is ready for use.
 
Reference the article, a great project indeed!

In the future, if countries are sensible enough to pool resources to build a lunar base station then perhaps the potential of such an Autonomous Reusable Launch Vehicle will be highly appreciated.

The efforts of our engineers, scientists & academia is laudable.

There are other possibilities that may emerge in due course of time which depends upon successful tests of reliability & endurance of systems
 

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