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India test-fired new Supersonic interceptor missile today from Odisha coast
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Mujraparty
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in a significant milestone in the direction of developing a two layered Ballistic Missile Defence system, India today successfully carried out its maiden Prithvi Defence Vehicle (PDV) test-fire meeting the mission objectives.
"PDV mission is for engaging targets in the exo-atmosphere region at more than 120 km altitude," Defence Research Development Organisation (DRDO) said in a statement after the trial conducted on Odisha coast.
"Both the PDV interceptor and the two stage target equipped with motors were specially developed for the mission. The target, developed for mimicking a 'hostile Ballistic Missile approaching from more than 2000 km away', was launched at 0907 hrs from a Ship in the Bay of Bengal," it said.
"In an automated operation, radar based detection and tracking system detected and tracked the enemy's ballistic missile. The computer network with the help of data received from Radars predicted the Trajectory of the incoming Ballistic Missile," it said.
PDV that was kept fully ready, took-off from the Integrated Test Range (ITR) at Wheeler Island, about 100 km from here, once the computer system gave the necessary command for lift-off, the DRDO release said.
"The Interceptor guided by high accuracy Inertial Navigation System (INS) supported by a Redundant Micro Navigation System moved towards the estimated point of the interception," it said.
Once the Missile crossed atmosphere, the Heat Shield ejected and the IR (Infrared) Seeker dome opened to look at the target location as designated by the Mission Computer. With the help of Inertial Guidance and IR Seeker the Missile moved for interception.
PDV test-fire a significant step: DRDO | Business Standard
DRDO: Test-fire of Prithvi missile defence system a significant step | Business Line
@Indo-guy updated with source .
"PDV mission is for engaging targets in the exo-atmosphere region at more than 120 km altitude," Defence Research Development Organisation (DRDO) said in a statement after the trial conducted on Odisha coast.
"Both the PDV interceptor and the two stage target equipped with motors were specially developed for the mission. The target, developed for mimicking a 'hostile Ballistic Missile approaching from more than 2000 km away', was launched at 0907 hrs from a Ship in the Bay of Bengal," it said.
"In an automated operation, radar based detection and tracking system detected and tracked the enemy's ballistic missile. The computer network with the help of data received from Radars predicted the Trajectory of the incoming Ballistic Missile," it said.
PDV that was kept fully ready, took-off from the Integrated Test Range (ITR) at Wheeler Island, about 100 km from here, once the computer system gave the necessary command for lift-off, the DRDO release said.
"The Interceptor guided by high accuracy Inertial Navigation System (INS) supported by a Redundant Micro Navigation System moved towards the estimated point of the interception," it said.
Once the Missile crossed atmosphere, the Heat Shield ejected and the IR (Infrared) Seeker dome opened to look at the target location as designated by the Mission Computer. With the help of Inertial Guidance and IR Seeker the Missile moved for interception.
PDV test-fire a significant step: DRDO | Business Standard
DRDO: Test-fire of Prithvi missile defence system a significant step | Business Line
@Indo-guy updated with source .
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This news is from which source .... ? at least journalist who wrote this piece of news did some home work and knows his stuff !
unlike those others who can't differentiate between Akash and PDV or INS Arihant and INS Vikrant ....
Indeed. PDV ( both stages being solid stage ) is significant ...because it will replace PAD ( which has liquid stage ) ..thereby increasing shelf life .
Now DRDO will gear up for phase ii ...
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gslv mk3
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@chak de INDIA thanks bro!!
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(Press Release | Unedited)
In a significant milestone achieved in the direction of developing a two layered Ballistic Missile Defence system, DRDO today successfully carried out the maiden PDV mission meeting the mission objectives. PDV mission is for engaging the targets in the exo-atmosphere region at about more than 120km altitude.
Both, the PDV interceptor and the two stage target equipped with motors were specially developed for the PDV mission. The target was developed for mimicking a "hostile Ballistic Missile approaching from more than 2000 km away" was launched at 0907 hrs from a Ship in the Bay of Bengal.
In an automated operation, radar based detection and tracking system detected and tracked the enemy's ballistic missile. The computer network with the help of data received from Radars predicted the Trajectory of the incoming Ballistic Missile. PDV that was kept fully ready, took-off once the Computer system gave the necessary command for lift-off.
The Interceptor guided by high accuracy Inertial Navigation System (INS) supported by a Redundant Micro Navigation System moved towards the estimated point of the interception. Once Missile crossed atmosphere, the Heat Shield ejected and the IR Seeker dome opened to look at the Target location as designated by the Mission Computer. With the help of Inertial Guidance and IR Seeker the Missile moved for interception.
All events were monitored in real-time by the Telemetry/Range Stations, at various other locations. The mission was completed and the interception parameters were achieved.
Shri Avinash Chander, SA TO RM and Secretary Deptt of Defence R&D congratulated the mission team. Dr VG Sekaran, DS & DG MSS; Dr Satish Reddy Dir RCI; Shri Adalat Ali, Program Director AD, Shri Y Sreenivas Rao RCI project Director AD; Dr PS Goel DRDO chair former chairman RAC; Shri Venu Gopal former Director DRDL; Shri MVKV Prasad Director ITR, Dr Tessy Thomas OS &PD A4 and other senior DRDO officials were present.
Today's Launch Video
Source: Tarmak007
In a significant milestone achieved in the direction of developing a two layered Ballistic Missile Defence system, DRDO today successfully carried out the maiden PDV mission meeting the mission objectives. PDV mission is for engaging the targets in the exo-atmosphere region at about more than 120km altitude.
Both, the PDV interceptor and the two stage target equipped with motors were specially developed for the PDV mission. The target was developed for mimicking a "hostile Ballistic Missile approaching from more than 2000 km away" was launched at 0907 hrs from a Ship in the Bay of Bengal.
In an automated operation, radar based detection and tracking system detected and tracked the enemy's ballistic missile. The computer network with the help of data received from Radars predicted the Trajectory of the incoming Ballistic Missile. PDV that was kept fully ready, took-off once the Computer system gave the necessary command for lift-off.
The Interceptor guided by high accuracy Inertial Navigation System (INS) supported by a Redundant Micro Navigation System moved towards the estimated point of the interception. Once Missile crossed atmosphere, the Heat Shield ejected and the IR Seeker dome opened to look at the Target location as designated by the Mission Computer. With the help of Inertial Guidance and IR Seeker the Missile moved for interception.
All events were monitored in real-time by the Telemetry/Range Stations, at various other locations. The mission was completed and the interception parameters were achieved.
Shri Avinash Chander, SA TO RM and Secretary Deptt of Defence R&D congratulated the mission team. Dr VG Sekaran, DS & DG MSS; Dr Satish Reddy Dir RCI; Shri Adalat Ali, Program Director AD, Shri Y Sreenivas Rao RCI project Director AD; Dr PS Goel DRDO chair former chairman RAC; Shri Venu Gopal former Director DRDL; Shri MVKV Prasad Director ITR, Dr Tessy Thomas OS &PD A4 and other senior DRDO officials were present.
Today's Launch Video
Source: Tarmak007
Mujraparty
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source : Shiv aroor
HariPrasad
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And Nirbhay Cruise missile test
Next month
It is PDV and intended interceptor altitude was 150 kM.
Where is the picture man?
Last edited:
HariPrasad
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More test of New missile is planned this year and it is likely to be completed year end.
Enjoy!!!!!!!!!!!!
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New PDV. Clearly seems more powerful. Exhaust clearly indicates a very high acceleration missile.
Enjoy!!!!!!!!!!!!
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
http://data:image/jpeg;base64,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
New PDV. Clearly seems more powerful. Exhaust clearly indicates a very high acceleration missile.
HariPrasad
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Clearly now, this missile can be converted into a high precision Ground attack missile. It may have a range somewhere between Prithvi III and Agni II. Like prahar is a derivative of AAD, there should be one STS derivative of PAD.
Mujraparty
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can some one explain , what the heck this suppose to mean ..?
Interceptor spot on, though without blast: DRDO
Scientists say Prithvi Defence Vehicle mission achieved important objectives
India’s ambitious mission on Sunday to intercept an “enemy” ballistic missile at a altitude of 120 km seems to have achieved only partial success. While the missile technologists of the Defence Research and Development Organisation (DRDO) say the interception did take place and the mission met its “important objectives,” they concede that the warhead in the interceptor missile, which took off from the Wheeler Island, did not explode.
Avinash Chander, Scientific Adviser to the Defence Minister, said: “The infrared (IR) seeker in the interceptor could track the target, but we have not exploded the target. The target was not to be exploded.”
Asked if the mission was only “partially successful,” Mr. Chander, architect of India’s Agni series of missiles, said, “The mission’s main objective was to track the target missile. We wanted to see the performance of the IR seeker. The warhead in the interceptor missile was not meant to be exploded in this mission. Since we did not fire the warhead, the debris did not fall.”
Another DRDO missile technologist said: “We have recorded the interception.”
Asked whether “a hit-to-kill” took place in the mission as it did in the previous six other interceptor flights from the Wheeler Island, he said: “We have to work out the missed distance between the target missile and the interceptor. Based on that, the hit-to-kill would take place. We are not able to say right now whether the hit-to-kill took place.”
Yet another scientist said, “Whether the target missile was destroyed or not, I cannot say right now.”
The DRDO was looking forward to this mission because it was “challenging” and “complex.” Of the DRDO’s seven interceptor missions, six were successful. The interceptions had taken place either in the endo-atmosphere (below 50 km) or in the exo-atmosphere (between 50 km and 80 km). But this mission was a different ball game because the interception was to be done at 120 km, providing very little time for the interceptor to blast off and waylay the attacker. So the motors in the interceptor called the Prithvi Defence Vehicle (PDV) and the target missile were specially developed. The target missile lifted off a ship in the Bay of Bengal, off Odisha at 9.07 a.m. It was a two-stage missile, “mimicking a hostile ballistic missile approaching from more than 2,000 km away,” a DRDO press release said.
In an automated operation, radar-based systems on the Wheeler Island and in Paradip, Puri and Cuttack detected and tracked the “enemy” missile. The computer network, with the help of data from the radars, predicted its trajectory. The single-stage PDV interceptor took off two-and-a-half minutes later.
The PDV, guided by the highly accurate inertial navigation system and supported by a redundant micro-navigation system, moved towards the point of interception. Once the PDV crossed the atmosphere, its heat shield domes covering the IR and radio frequency (RF) seekers fell off. So the two seeker domes opened to look at the incoming missile’s location. With the help of inertial guidance and the IR seeker, the PDV moved for the interception. “The mission was completed and the interception parameters were achieved,” the press release said.
G. Satheesh Reddy, Director, Research Centre, Imarat , a DRDO missile facility in Hyderabad, said the mission featured several new technologies. Both the missiles had new, powerful motors. The heat shield, covering the IR and RF seekers, ejected for the first time. The seekers worked well. “This is the first time that an imaging seeker has been used for the air defence vehicle. The imaging seeker could see the incoming missile, track it and guide the interceptor towards the target.” The RCI team made the seekers and the inertial navigation and guidance system, Mr. Reddy said.
Adalat Ali was the Programme Director and Y. Sreenivasa Rao, Project Director.
Interceptor spot on, though without blast: DRDO - The Hindu
Interceptor spot on, though without blast: DRDO
Scientists say Prithvi Defence Vehicle mission achieved important objectives
India’s ambitious mission on Sunday to intercept an “enemy” ballistic missile at a altitude of 120 km seems to have achieved only partial success. While the missile technologists of the Defence Research and Development Organisation (DRDO) say the interception did take place and the mission met its “important objectives,” they concede that the warhead in the interceptor missile, which took off from the Wheeler Island, did not explode.
Avinash Chander, Scientific Adviser to the Defence Minister, said: “The infrared (IR) seeker in the interceptor could track the target, but we have not exploded the target. The target was not to be exploded.”
Asked if the mission was only “partially successful,” Mr. Chander, architect of India’s Agni series of missiles, said, “The mission’s main objective was to track the target missile. We wanted to see the performance of the IR seeker. The warhead in the interceptor missile was not meant to be exploded in this mission. Since we did not fire the warhead, the debris did not fall.”
Another DRDO missile technologist said: “We have recorded the interception.”
Asked whether “a hit-to-kill” took place in the mission as it did in the previous six other interceptor flights from the Wheeler Island, he said: “We have to work out the missed distance between the target missile and the interceptor. Based on that, the hit-to-kill would take place. We are not able to say right now whether the hit-to-kill took place.”
Yet another scientist said, “Whether the target missile was destroyed or not, I cannot say right now.”
The DRDO was looking forward to this mission because it was “challenging” and “complex.” Of the DRDO’s seven interceptor missions, six were successful. The interceptions had taken place either in the endo-atmosphere (below 50 km) or in the exo-atmosphere (between 50 km and 80 km). But this mission was a different ball game because the interception was to be done at 120 km, providing very little time for the interceptor to blast off and waylay the attacker. So the motors in the interceptor called the Prithvi Defence Vehicle (PDV) and the target missile were specially developed. The target missile lifted off a ship in the Bay of Bengal, off Odisha at 9.07 a.m. It was a two-stage missile, “mimicking a hostile ballistic missile approaching from more than 2,000 km away,” a DRDO press release said.
In an automated operation, radar-based systems on the Wheeler Island and in Paradip, Puri and Cuttack detected and tracked the “enemy” missile. The computer network, with the help of data from the radars, predicted its trajectory. The single-stage PDV interceptor took off two-and-a-half minutes later.
The PDV, guided by the highly accurate inertial navigation system and supported by a redundant micro-navigation system, moved towards the point of interception. Once the PDV crossed the atmosphere, its heat shield domes covering the IR and radio frequency (RF) seekers fell off. So the two seeker domes opened to look at the incoming missile’s location. With the help of inertial guidance and the IR seeker, the PDV moved for the interception. “The mission was completed and the interception parameters were achieved,” the press release said.
G. Satheesh Reddy, Director, Research Centre, Imarat , a DRDO missile facility in Hyderabad, said the mission featured several new technologies. Both the missiles had new, powerful motors. The heat shield, covering the IR and RF seekers, ejected for the first time. The seekers worked well. “This is the first time that an imaging seeker has been used for the air defence vehicle. The imaging seeker could see the incoming missile, track it and guide the interceptor towards the target.” The RCI team made the seekers and the inertial navigation and guidance system, Mr. Reddy said.
Adalat Ali was the Programme Director and Y. Sreenivasa Rao, Project Director.
Interceptor spot on, though without blast: DRDO - The Hindu
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Bhasad Singh Mundi
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It means what the SA to DM is saying that the target was not to be exploded. This test was performed to assess performance of IR and RF seekers. Now DRDO has the interception parameters that will be used to further fine tune seeker performance.
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