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Indian Space Capabilities

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The world map of PSLV:

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The Polar satellite launch vehicle has so far orbited 40 satellites from 19 foreign countries. With a record of 26 successive successes behind it, our workhorse PSLV is certainly a reliable launcher that has the confidence of the international space fraternity. Antrix corporation limited, ISRO’s marketing wing, continues to take PSLV to the world.

The world map of PSLV
 
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NAL India performs Dynamic testing of RLV-TD models


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RLV Concept (Credit ISRO)[


Reusable Launch Vehicle is envisioned by ISRO as an alternative to expendable launch vehicles to cut down the cost of space transportation. To achieve this goal, ISRO is currently developing a Reusable Launch Vehicle Technology Demonstrator (RLV-TD) to act as a platform to demonstrate various technologies like
1) hypersonic flight,

2) autonomous landing,

3) flush air data measurements,

4) Re-entry thermal protection systems, etc.

rlv-td+model.png

RLV-TD Ascent and Descent configuration models (Credit NAL)

ISRO is utilizing various NAL facilities to perform tests on scaled model of RLV-TD. Dynamic tests were performed by NAL using forced oscillation rig to determine the pitch/yaw damping characteristics of a scaled model of RLV-TD configuration. This will help in building flight stability augmentation system for both ascent and descent configuration of RLV-TD. These tests were carried out in the 1.2 m trisonic wind tunnel facility.

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RLV-TD Ascent configuration model in wind tunnel testing at NAL.

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RLV-TD Descent configuration model in wind tunnel testing at NAL.



ISRO Air Breathing Propulsion

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ISRO_ABP2.jpg


ISRO_ABP3.jpg


Extensive CFD analysis has been going on to understand various phenomena that occurs inside scramjet engine in a flight.

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CFD Analysis of scramjet inlet @ ISRO.

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CFD Analysis of scramjet inlet @ ISRO.

isro_scramjet_intake_cfd.png


Scramjet Engine Intake CFD flows @ ISRO.
 
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NAL India performs Dynamic testing of RLV-TD models


TSTO-RLV.jpg


RLV Concept (Credit ISRO)[


Reusable Launch Vehicle is envisioned by ISRO as an alternative to expendable launch vehicles to cut down the cost of space transportation. To achieve this goal, ISRO is currently developing a Reusable Launch Vehicle Technology Demonstrator (RLV-TD) to act as a platform to demonstrate various technologies like
1) hypersonic flight,

2) autonomous landing,

3) flush air data measurements,

4) Re-entry thermal protection systems, etc.

rlv-td+model.png

RLV-TD Ascent and Descent configuration models (Credit NAL)

ISRO is utilizing various NAL facilities to perform tests on scaled model of RLV-TD. Dynamic tests were performed by NAL using forced oscillation rig to determine the pitch/yaw damping characteristics of a scaled model of RLV-TD configuration. This will help in building flight stability augmentation system for both ascent and descent configuration of RLV-TD. These tests were carried out in the 1.2 m trisonic wind tunnel facility.

rlv-td_ascent.png


RLV-TD Ascent configuration model in wind tunnel testing at NAL.

rlv-td_descent.png


RLV-TD Descent configuration model in wind tunnel testing at NAL.



ISRO Air Breathing Propulsion

ISRO_ABP.jpg


ISRO_ABP2.jpg


ISRO_ABP3.jpg


Extensive CFD analysis has been going on to understand various phenomena that occurs inside scramjet engine in a flight.

ISRO_ABP4.jpg


CFD Analysis of scramjet inlet @ ISRO.

ISRO_ABP5.jpg

CFD Analysis of scramjet inlet @ ISRO.

isro_scramjet_intake_cfd.png


Scramjet Engine Intake CFD flows @ ISRO.
These details r old one..any one has the latest info on these...RLV
 
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Some pics of PSLVs with shock condensation collar during launch...it's nothing strange, just a regular phenomenon, but
interesting.

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Look at the power of the Motor. Flame of the rocket motor is an indicator of that.
 
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