Myth_buster_1
BANNED
- Joined
- Mar 17, 2008
- Messages
- 9,016
- Reaction score
- -1
- Country
- Location
The impact of induction of the P3C Orion Aircraft on the Indian Navys Preparedness: An Assessment
by Commodore RS Vasan IN (Retd)
1. A lot of debate is taking place in the naval circles and amongst maritime analysts to understand the full impact of the induction of the P3C Orion in the sub continent. The deal worth over 1.3 billion US dollars has many more military sophisticated equipment. What however interests the maritime analysts is the inclusion of a major item in the form of eight Orion long range maritime aircraft which can be used for surveillance, Anti Sub marine warfare and Anti Surface warfare. Why is this raising the heckles in the Arabian Sea? To understand this and more there would be a need to look at the aircraft itself and then analyse the pattern of Naval Operations in the Arabian Sea.
Figure 1- P3C Orion
2. A look at the P3C Orion. While the airframe and the design of the aircraft is quite old (almost four decades old), what is notable is the regular updates with which the aircraft has been rendered equal to the present day tasks. The US Navy itself has plans to use the aircraft for the next 15 years and expects to support the fleet elsewhere for another two decades plus. A total of over 480 Aircraft have been built to date since the first built some forty years ago.
3. The Pak Navy is expected to be the recipient of the updated P3C Orion aircraft with a capability that will add a great deal in terms of not just surveillance in the Indian Ocean but also in its ability to neutralize both the Indian Submarines deployed on offensive patrols along enemy coasts and the Surface Combatants who would be out there to exercise Sea Control. Both these missions are integral to most of the Navies of the world who are vested with responsibilities in the ocean areas of interest.
The Long Range Maritime Reconnaissance and Anti Submarine Warfare (LRMRASW) aircraft of the world are capable of undertaking multiple missions in wide areas of interests. With the addition of Air to Surface Missiles, the task of Anti Surface Warfare has now become integral to that of Anti Submarine operations.
4. The older Atlantique aircraft which the Pakistan Navy used in the past (Remember the one that was shot down close to our borders) also was equipped for both Anti Sub and Anti Surface Warfare operations. The P3C Orion is no different and is so designed to take on both these tasks. The effectiveness or otherwise of an aircraft like the P3C is largely dependent on the weapon +equipment mix as well as the crew efficiency to handle such technology and missions. The P3C has an array of equipment to enable it to patrol large areas at fairly high speeds. The details of the equipment are provided on open sites by the manufacturers namely Lockheed Martin. This is appended below:-
a) The IR Maverick Missile is an infrared-guided, rocket-propelled, air-to-ground missile for use against targets requiring considerable warhead penetration prior to detonation. The missile is capable of two pre-flight selectable modes of target tracking. The armor or land track mode is optimized for tracking land-based targets such as tanks or fortified emplacements. The ship track mode is optimized for tracking seaborne targets. The missile is capable of launch-and-leave operation. After launch, automatic missile guidance is provided by an imaging infrared energy sensing and homing device.
b) The AN/AAS-36A Infrared Detecting Set [IRDS] provides passive imaging of infrared wavelength radiation to visible light emanating from the terrain along the aircraft flight path for stand-off detection, tracking, and classification capability. The IRDS update will primarily consist of an improved A-focal lens.
c) The AN/AVX-1 Electro-Optical Sensor System [EOSS] is an airborne stabilized electro-optical system that provides video for surveillance and reconnaissance missions. The AN/AVX-1 EOSS has the capability to detect and monitor objects during the day from exceptionally clear to medium hazes, dawn and dusk, and during the night from a full moon to starlight illumination.
d) The AN/APS-137B (V) 5 Radar is capable of multimode operation to provide periscope and small target detection, navigation, weather avoidance, long range surface search and Synthetic Aperture Radar (SAR) and ISAR imaging modes. SAR provides detection, identification, and classification capability of stationary targets. ISAR provides detection, classification, and tracking capability against surface and surfaced submarine targets. The AN/APS-137B (V) 5 ISAR provides range, bearing, and positional data on all selected targets, and provides medium or high resolution images for display and recording.
e) The EP-2060 Pulse Analyzer works in conjunction with the AN/ALR-66C (V) 3 to detect, direction find, quantify, process, and display electromagnetic signals emitted by land, ship, and airborne radar systems.
f) Three Color High Resolution Display [CHRD] general purpose, dual channel, closed circuit units provide the operator with improved Operator-Machine-Interface and 1024 X 1280 pixel landscape orientation, improved response time to operator commands, and an increase of 300 percent in the video refresh rate to minimize display flicker. Five types of data may be displayed on the CHRD: cursors, cues, tableau, alerts, and raw video.
g) The Pilot Color High Resolution Display [PCHRD] provides the ability to display complex tactical and sensor information to the pilot station.
h) The Over-the-Horizon Airborne Sensor Information System [OASIS] III data is received and prepared for transmission via the OASIS III Tactical Data Processor (TDP). OASIS III processes and correlates all data provided via MATT and Mini-DAMA. The OASIS III TDP provides an Officer in Tactical Command Information Exchange System (OTCIXS) message link, coupled with GPS-aided targeting using the AN/APS-137B(V)5 Radar.
j) The OZ-72(V) Multi-Mission Advanced Tactical Terminal [MATT] system will provide Tactical Receive Equipment (TRE) capability to receive and decrypt three simultaneous channels of Tactical Data Information Exchange Subsystem (TADIXS-B), Tactical Related Applications (TRAP), and Tactical Information Broadcast Service (TIBS) information. The system will route the received broadcast data to the OASIS III for further processing.
k) The AN/USC-42(V) 3 Miniaturized Demand Assigned Multiple Access [Mini-DAMA] will provide for secure voice communications. Mini-DAMA provides for the transmission, reception, and decryption of OTCIXS data and the subsequent routing of that data to the OASIS III TDP.
l) The AN/AAR-47 Missile Warning System [MWS] is a passive electro-optical system designed to detect surface-to-air and air-to-air missiles. Upon detection of an incoming missile, the MWS will report the impending threat to the Countermeasures Dispensing System (CMDS).
m) The AN/ALE-47 Countermeasures Dispensing System [CMDS] will be used for dispensing flares, chaff, non-programmable expendable jammers, and programmable jammers.
n) The AN/ALR-66 C (V) 3 Electronic Support Measures Set provides all the same features as an AN/ALR-66 B (V) 3 ESM Set. However, the ALR-66 C (V) 3 Set incorporates the AS-105 spinning DF antenna and the Operational Flight Program is modified to accommodate this configuration difference. Also included is the EP-2060 Pulse Analyzer, an upgrade to the ULQ-16.
p) The Harpoon Missile with advanced features and an expected stand off range in excess of 100 kms.
5. While the details of equipment are applicable to an upgrade programme in the US, the specific equipment cleared for sale to PN is not yet clear. But it can be safely assumed that most of the above equipment and others that are not listed would indeed find its space in an Orion with the crescent and the star. The aircraft has been classified as a counter terrorism aircraft; some description indeed for an LRMRASWand ASUW aircraft! This description has surprised military analysts the world over.
6. Not withstanding the reasons for the sale of this high technology air asset, the fact of the matter is that the P3C Orion is here to stay and would be constantly factored in the tactical and strategic scenarios in the India Ocean.
7. The entire pattern of operations can be simply explained as follows:
>The aircraft based on intelligence is launched to a specific area. The P3C would transit at high speed using all the four engines to reach the area. On reaching the area it could shut down two of its engines to extend its loiter time by operating at Patrol speeds. The Avionics are operated as dictated by the tactical situation. Thus the aircraft could be operating the Radar selectively to prevent enemy Electronic Support Measures (ESM) equipment from detecting and tracking the source of transmission. Simultaneously, the aircraft would be using its own ESM equipment to detect and classify the presence of any hostile transmissions.
> The aircraft would methodically build a surface picture in the target area and also pass on the information in real time to the ground monitoring stations. With friendly inputs from Satellites it would be quite easy to correlate plots. The updated version is designed to be capable of net centric warfare .It is childs play today to have such real time information including transfer of either synthetic or raw pictorial plots to the controlling stations. Certain missions would demand independent prosecution by the Aircraft itself where as certain other missions may demand a coordinated action by other Strike aircraft and Submarines.
>The aircraft has its own stand off Harpoon missile with a range in excess of 100 kms. So the aircraft would be able to release the missile on the target keeping well outside the SAM ranges. However, the aircraft could be vulnerable to integral (Carrier borne) aircraft depending on the scenario existing. Issues related to the Carrier operations are very frequently debated in the Pak online forums. The discussions on the Carrier Operations could form the subject of another analysis.
>As far as the Anti Sub marine operations are concerned, the range of Passive, Active Directional sonobuoys and the Magnetic detector that the aircraft carries provides it the wherewithal to keep probable areas of enemy Submarine deployment under active surveillance. The threat to the P3C would indeed be minimized as it would be operating close to its own shore and would be well with in its shore based fighter cover. On detection and localization, the aircraft has array of weapons including torpedoes and depth charges which could be released with great accuracy enabled by onboard sonic processors and mission computer systems.
The most important asset of the P3C Orion, in my opinion is the Inverted Synthetic.
Aperture Radar (ISAR) which makes it possible for the crew to identify the targets at well over missile release ranges. This does complicate the matters for the Surface Action Group (SAG) or a Carrier Battle Group (CBG) manoeuvring in the areas where Sea Control is desired.
>Similarly, the use of onboard chaffs and jammers would provide some sort of protection from missile (SAMs and AAMs).
In the light of above, let us see how the task of the IN is complicated in the Arabian
Sea and what counters are available to IN in the present context. The element of surprise is something that would be compromised as the P3C aircraft has the means to identify the surface targets at extended ranges. It would enable the planners in Pakistan to develop a surface picture that forewarns them of the possibilities related to a time frame. Thus the most essential aspect of time and space in relation to surface dispositions would be known for mounting counter operations. This doubtlessly would affect the classical missions of Sea Control and Blockade.
It is not as if the entire advantage in the Arabian Sea is nullified in one stroke with the introduction of the Orion aircraft; after all, the IN has lived with the presence of the Atlantique aircraft which similarly threatened the surface forces and submarines in the past. The equation was also less favourable to the Indian Navy then with the absence of any credible air early warning with IN till just a couple of years ago.
How would the IN cope with coordinated saturation attacks from many directions (for example by dozens of Mirages, Three to four P3C Orions and anything else that could be thrown in to the arena) would be a matter of clever tactics and battle of wits. The PN would like to see that the operation resembles the peeling of the onion, meaning that they would concentrate on taking out the pickets engaged in the outer periphery to protect the Carrier or any other Surface vessel till they reach the Carrier. The closer co operation between the IAF and the IN to optimize the reach of the Sukhoi aircraft and Tankers to take out the Orion in the initial stages would enable subsequent classical naval operation.
In conclusion, P3C Orion will definitely change the strategic and tactical dimensions of naval warfare in the Arabian Sea. The induction of high technology sensors and precision weapons endangers IN operations. The Navy doubtlessly would be busy in evaluating the changed parameters caused by this induction for developing counters to see that it continues to enjoy the maritime supremacy in the Arabian Sea.
_____________________
- how many P-3 does PN have at the moment and when will they all be upgraded?
-10 P-3C + 3 P-3C AEW
?
by Commodore RS Vasan IN (Retd)
1. A lot of debate is taking place in the naval circles and amongst maritime analysts to understand the full impact of the induction of the P3C Orion in the sub continent. The deal worth over 1.3 billion US dollars has many more military sophisticated equipment. What however interests the maritime analysts is the inclusion of a major item in the form of eight Orion long range maritime aircraft which can be used for surveillance, Anti Sub marine warfare and Anti Surface warfare. Why is this raising the heckles in the Arabian Sea? To understand this and more there would be a need to look at the aircraft itself and then analyse the pattern of Naval Operations in the Arabian Sea.
Figure 1- P3C Orion
2. A look at the P3C Orion. While the airframe and the design of the aircraft is quite old (almost four decades old), what is notable is the regular updates with which the aircraft has been rendered equal to the present day tasks. The US Navy itself has plans to use the aircraft for the next 15 years and expects to support the fleet elsewhere for another two decades plus. A total of over 480 Aircraft have been built to date since the first built some forty years ago.
3. The Pak Navy is expected to be the recipient of the updated P3C Orion aircraft with a capability that will add a great deal in terms of not just surveillance in the Indian Ocean but also in its ability to neutralize both the Indian Submarines deployed on offensive patrols along enemy coasts and the Surface Combatants who would be out there to exercise Sea Control. Both these missions are integral to most of the Navies of the world who are vested with responsibilities in the ocean areas of interest.
The Long Range Maritime Reconnaissance and Anti Submarine Warfare (LRMRASW) aircraft of the world are capable of undertaking multiple missions in wide areas of interests. With the addition of Air to Surface Missiles, the task of Anti Surface Warfare has now become integral to that of Anti Submarine operations.
4. The older Atlantique aircraft which the Pakistan Navy used in the past (Remember the one that was shot down close to our borders) also was equipped for both Anti Sub and Anti Surface Warfare operations. The P3C Orion is no different and is so designed to take on both these tasks. The effectiveness or otherwise of an aircraft like the P3C is largely dependent on the weapon +equipment mix as well as the crew efficiency to handle such technology and missions. The P3C has an array of equipment to enable it to patrol large areas at fairly high speeds. The details of the equipment are provided on open sites by the manufacturers namely Lockheed Martin. This is appended below:-
a) The IR Maverick Missile is an infrared-guided, rocket-propelled, air-to-ground missile for use against targets requiring considerable warhead penetration prior to detonation. The missile is capable of two pre-flight selectable modes of target tracking. The armor or land track mode is optimized for tracking land-based targets such as tanks or fortified emplacements. The ship track mode is optimized for tracking seaborne targets. The missile is capable of launch-and-leave operation. After launch, automatic missile guidance is provided by an imaging infrared energy sensing and homing device.
b) The AN/AAS-36A Infrared Detecting Set [IRDS] provides passive imaging of infrared wavelength radiation to visible light emanating from the terrain along the aircraft flight path for stand-off detection, tracking, and classification capability. The IRDS update will primarily consist of an improved A-focal lens.
c) The AN/AVX-1 Electro-Optical Sensor System [EOSS] is an airborne stabilized electro-optical system that provides video for surveillance and reconnaissance missions. The AN/AVX-1 EOSS has the capability to detect and monitor objects during the day from exceptionally clear to medium hazes, dawn and dusk, and during the night from a full moon to starlight illumination.
d) The AN/APS-137B (V) 5 Radar is capable of multimode operation to provide periscope and small target detection, navigation, weather avoidance, long range surface search and Synthetic Aperture Radar (SAR) and ISAR imaging modes. SAR provides detection, identification, and classification capability of stationary targets. ISAR provides detection, classification, and tracking capability against surface and surfaced submarine targets. The AN/APS-137B (V) 5 ISAR provides range, bearing, and positional data on all selected targets, and provides medium or high resolution images for display and recording.
e) The EP-2060 Pulse Analyzer works in conjunction with the AN/ALR-66C (V) 3 to detect, direction find, quantify, process, and display electromagnetic signals emitted by land, ship, and airborne radar systems.
f) Three Color High Resolution Display [CHRD] general purpose, dual channel, closed circuit units provide the operator with improved Operator-Machine-Interface and 1024 X 1280 pixel landscape orientation, improved response time to operator commands, and an increase of 300 percent in the video refresh rate to minimize display flicker. Five types of data may be displayed on the CHRD: cursors, cues, tableau, alerts, and raw video.
g) The Pilot Color High Resolution Display [PCHRD] provides the ability to display complex tactical and sensor information to the pilot station.
h) The Over-the-Horizon Airborne Sensor Information System [OASIS] III data is received and prepared for transmission via the OASIS III Tactical Data Processor (TDP). OASIS III processes and correlates all data provided via MATT and Mini-DAMA. The OASIS III TDP provides an Officer in Tactical Command Information Exchange System (OTCIXS) message link, coupled with GPS-aided targeting using the AN/APS-137B(V)5 Radar.
j) The OZ-72(V) Multi-Mission Advanced Tactical Terminal [MATT] system will provide Tactical Receive Equipment (TRE) capability to receive and decrypt three simultaneous channels of Tactical Data Information Exchange Subsystem (TADIXS-B), Tactical Related Applications (TRAP), and Tactical Information Broadcast Service (TIBS) information. The system will route the received broadcast data to the OASIS III for further processing.
k) The AN/USC-42(V) 3 Miniaturized Demand Assigned Multiple Access [Mini-DAMA] will provide for secure voice communications. Mini-DAMA provides for the transmission, reception, and decryption of OTCIXS data and the subsequent routing of that data to the OASIS III TDP.
l) The AN/AAR-47 Missile Warning System [MWS] is a passive electro-optical system designed to detect surface-to-air and air-to-air missiles. Upon detection of an incoming missile, the MWS will report the impending threat to the Countermeasures Dispensing System (CMDS).
m) The AN/ALE-47 Countermeasures Dispensing System [CMDS] will be used for dispensing flares, chaff, non-programmable expendable jammers, and programmable jammers.
n) The AN/ALR-66 C (V) 3 Electronic Support Measures Set provides all the same features as an AN/ALR-66 B (V) 3 ESM Set. However, the ALR-66 C (V) 3 Set incorporates the AS-105 spinning DF antenna and the Operational Flight Program is modified to accommodate this configuration difference. Also included is the EP-2060 Pulse Analyzer, an upgrade to the ULQ-16.
p) The Harpoon Missile with advanced features and an expected stand off range in excess of 100 kms.
5. While the details of equipment are applicable to an upgrade programme in the US, the specific equipment cleared for sale to PN is not yet clear. But it can be safely assumed that most of the above equipment and others that are not listed would indeed find its space in an Orion with the crescent and the star. The aircraft has been classified as a counter terrorism aircraft; some description indeed for an LRMRASWand ASUW aircraft! This description has surprised military analysts the world over.
6. Not withstanding the reasons for the sale of this high technology air asset, the fact of the matter is that the P3C Orion is here to stay and would be constantly factored in the tactical and strategic scenarios in the India Ocean.
7. The entire pattern of operations can be simply explained as follows:
>The aircraft based on intelligence is launched to a specific area. The P3C would transit at high speed using all the four engines to reach the area. On reaching the area it could shut down two of its engines to extend its loiter time by operating at Patrol speeds. The Avionics are operated as dictated by the tactical situation. Thus the aircraft could be operating the Radar selectively to prevent enemy Electronic Support Measures (ESM) equipment from detecting and tracking the source of transmission. Simultaneously, the aircraft would be using its own ESM equipment to detect and classify the presence of any hostile transmissions.
> The aircraft would methodically build a surface picture in the target area and also pass on the information in real time to the ground monitoring stations. With friendly inputs from Satellites it would be quite easy to correlate plots. The updated version is designed to be capable of net centric warfare .It is childs play today to have such real time information including transfer of either synthetic or raw pictorial plots to the controlling stations. Certain missions would demand independent prosecution by the Aircraft itself where as certain other missions may demand a coordinated action by other Strike aircraft and Submarines.
>The aircraft has its own stand off Harpoon missile with a range in excess of 100 kms. So the aircraft would be able to release the missile on the target keeping well outside the SAM ranges. However, the aircraft could be vulnerable to integral (Carrier borne) aircraft depending on the scenario existing. Issues related to the Carrier operations are very frequently debated in the Pak online forums. The discussions on the Carrier Operations could form the subject of another analysis.
>As far as the Anti Sub marine operations are concerned, the range of Passive, Active Directional sonobuoys and the Magnetic detector that the aircraft carries provides it the wherewithal to keep probable areas of enemy Submarine deployment under active surveillance. The threat to the P3C would indeed be minimized as it would be operating close to its own shore and would be well with in its shore based fighter cover. On detection and localization, the aircraft has array of weapons including torpedoes and depth charges which could be released with great accuracy enabled by onboard sonic processors and mission computer systems.
The most important asset of the P3C Orion, in my opinion is the Inverted Synthetic.
Aperture Radar (ISAR) which makes it possible for the crew to identify the targets at well over missile release ranges. This does complicate the matters for the Surface Action Group (SAG) or a Carrier Battle Group (CBG) manoeuvring in the areas where Sea Control is desired.
>Similarly, the use of onboard chaffs and jammers would provide some sort of protection from missile (SAMs and AAMs).
In the light of above, let us see how the task of the IN is complicated in the Arabian
Sea and what counters are available to IN in the present context. The element of surprise is something that would be compromised as the P3C aircraft has the means to identify the surface targets at extended ranges. It would enable the planners in Pakistan to develop a surface picture that forewarns them of the possibilities related to a time frame. Thus the most essential aspect of time and space in relation to surface dispositions would be known for mounting counter operations. This doubtlessly would affect the classical missions of Sea Control and Blockade.
It is not as if the entire advantage in the Arabian Sea is nullified in one stroke with the introduction of the Orion aircraft; after all, the IN has lived with the presence of the Atlantique aircraft which similarly threatened the surface forces and submarines in the past. The equation was also less favourable to the Indian Navy then with the absence of any credible air early warning with IN till just a couple of years ago.
How would the IN cope with coordinated saturation attacks from many directions (for example by dozens of Mirages, Three to four P3C Orions and anything else that could be thrown in to the arena) would be a matter of clever tactics and battle of wits. The PN would like to see that the operation resembles the peeling of the onion, meaning that they would concentrate on taking out the pickets engaged in the outer periphery to protect the Carrier or any other Surface vessel till they reach the Carrier. The closer co operation between the IAF and the IN to optimize the reach of the Sukhoi aircraft and Tankers to take out the Orion in the initial stages would enable subsequent classical naval operation.
In conclusion, P3C Orion will definitely change the strategic and tactical dimensions of naval warfare in the Arabian Sea. The induction of high technology sensors and precision weapons endangers IN operations. The Navy doubtlessly would be busy in evaluating the changed parameters caused by this induction for developing counters to see that it continues to enjoy the maritime supremacy in the Arabian Sea.
_____________________
- how many P-3 does PN have at the moment and when will they all be upgraded?
-10 P-3C + 3 P-3C AEW
?
