preguntas sobre la GBU-12 PAVEWAY
- Tema iniciado liolalia
- Fecha de inicio
Phantom_II
Colaborador
1- el señor Isaac
2- hasta donde se, no
2- hasta donde se, no
alcanse? que es eso?
No le dijeron ya que se cuide?
Mas alla de eso, googleas "GBU-12 PAVEWAY"
y te salen wiki, fas, globalsecurity y muchos mas con informes del arma.
Porque no leer antes y venir con una pregunta inteligente?
Sobre la 1. Que esperabas que te dijeramos? La voluntad divina?
No le dijeron ya que se cuide?
Mas alla de eso, googleas "GBU-12 PAVEWAY"
y te salen wiki, fas, globalsecurity y muchos mas con informes del arma.
Porque no leer antes y venir con una pregunta inteligente?
Sobre la 1. Que esperabas que te dijeramos? La voluntad divina?
y para que existe el subforo su pregunta no molesta? entonces por que no propones que pongan un link hacia google en ves de esta seccion?
Su pregunta no molesta (si te tomaste el trabajo en investigar antes y hacer una buena pregunta)
Ya lo dije mil veces.
Haciendo este tipo de busquedas es donde uno aprende no solo de lo que estaba buscando, sino que ademas se va a encontrar con un montón de información que no sabia que existía.
De vez en cuando pongo links o notas o fotos que simplemente aparecieron porque buscaba una foto de una bombola abajo de un A-4 durante la guerra de Malvinas a pedido del tano.
Tal vez ni encuentre lo que busca, pero va a llegar aca sabiendo mas de la GBU-12 y va a poder hacer una pregunta mucho mas interesante e inteligente que las que hizo.
Y tal vez esa pregunta nos despierte curiosidad a todos y nos haga googlear a todos para encontar la respuesta.
Los buscadores de hoy en dia (para que no digan que le hago publicidad a Google) son una maravillosa herramienta.
Internet es un milagro (frase sacada de los Simpson).
Tenes recursos casi ilimitados de información.
Pero no..... caen en la simplpeza de venir acá a preguntar lo obvio.
Prefiero gastar mi tiempo en este post que en buscar la info de la pregunta.
Porque? Porque este post es mil veces mas util a pesar de haber tardado 20/25/30 veces mas en lo que tardaria en buscar la informacion.
Hay mas de un forista que me puteo por responder asi ero varios de eso ya dijeron que ahora me entienden.
Ya lo dije mil veces.
Haciendo este tipo de busquedas es donde uno aprende no solo de lo que estaba buscando, sino que ademas se va a encontrar con un montón de información que no sabia que existía.
De vez en cuando pongo links o notas o fotos que simplemente aparecieron porque buscaba una foto de una bombola abajo de un A-4 durante la guerra de Malvinas a pedido del tano.
Tal vez ni encuentre lo que busca, pero va a llegar aca sabiendo mas de la GBU-12 y va a poder hacer una pregunta mucho mas interesante e inteligente que las que hizo.
Y tal vez esa pregunta nos despierte curiosidad a todos y nos haga googlear a todos para encontar la respuesta.
Los buscadores de hoy en dia (para que no digan que le hago publicidad a Google) son una maravillosa herramienta.
Internet es un milagro (frase sacada de los Simpson).
Tenes recursos casi ilimitados de información.
Pero no..... caen en la simplpeza de venir acá a preguntar lo obvio.
Prefiero gastar mi tiempo en este post que en buscar la info de la pregunta.
Porque? Porque este post es mil veces mas util a pesar de haber tardado 20/25/30 veces mas en lo que tardaria en buscar la informacion.
Hay mas de un forista que me puteo por responder asi ero varios de eso ya dijeron que ahora me entienden.
si nos les molesta voy a contestar:
estan la GBU-15 O AGM-130 y la AGM-123 que no son mas que bombas de la familia MK-83 con un buscador PAVEWAY, creo que es el II. Estas vienen con un motor cohete.
En estos casos el alcance a gran altitud es de por lo menos 80km.
Tenes varios factores que limitan su alcance : altitud, autonomia del motor cohete,
tené en cuenta que el buscador del laser esta consumiendo energia electrica (pequeña carga ) y esa energia la saca de una fuente de alimentacion interna (en una epoca creia que esa energia la sacaba de algun dispisitivo tipo molinete pero no es asi) , es lo que mas me acuerdo , espero que te sirva mi respuesta.
estan la GBU-15 O AGM-130 y la AGM-123 que no son mas que bombas de la familia MK-83 con un buscador PAVEWAY, creo que es el II. Estas vienen con un motor cohete.
En estos casos el alcance a gran altitud es de por lo menos 80km.
Tenes varios factores que limitan su alcance : altitud, autonomia del motor cohete,
tené en cuenta que el buscador del laser esta consumiendo energia electrica (pequeña carga ) y esa energia la saca de una fuente de alimentacion interna (en una epoca creia que esa energia la sacaba de algun dispisitivo tipo molinete pero no es asi) , es lo que mas me acuerdo , espero que te sirva mi respuesta.
La GBU-15 tiene guia TV/IR.
El AGM-130 tiene la misma guia (deriva de la GBU-15)
Ninguna version tiene guia laser.
La AGM-123 tenia un alance teorico de 55 km limitado en la practica a 25 por el designador laser.
Estuvo 10 años en servicio nomas.
Dudo que las GBU-15 y el AGM-130 se usen a tan largo alcance. Primero porque fue diseñada para lanzarse a baja altura mientras se ocultaban de las defensas enemigas y segundo porque la guia depende del datalink con el avion lanzador.
De todas maneras, como alcance teórico, La GBU-15 en las mejores condiciones tal vez puede llegar a los 60 o 70 km y la AGM-130 tal vez un poco mas de 80 km
Sobre las limitaciones de alcance para que responderle?
Digo, energia de lanzamiento (cinetica y potencial) que va perdiendo por resistencia y gravedad.
Afectando la ecuacion cuando aparece elevacion(con su consiguiente resistencia) o propulsión (que mantiene/aumenta la energia cinetica)
Es imaginarlo un poco nomas.
Por eso se invento la GBU-39 planeadora con un alcance de 60 mn y 125 kg de peso
1 - No te voy a responder, no vale la pena
2 - Y vos como sabes si busque o no en google ?
Pregunte por dudar entre tres motivos:
1 - La capacidad del designador del avión.
2 - La autonomia del buscador del arma.
3 - La altura de lanzamiento del arma.
Seguramente habria mas posibles motivos
3 - ¿ como sabes lo que leí o deje de leer ?
Una persona que critica a otra por preguntar en un espacio llamado
SU PREGUNTA NO MOLESTA precisamente no demuestra una actitud muy inteligente
4 - Porque no leer antes y venir con una respuesta inteligente?[/B]
En fin Juanma te lei mejores post.
Saludos
Julian5000
Colaborador
Si, la verdad que esa respuesta tuvo menos onda que una autopsia.
Paveway Laser-Guided Bombs
It has long been clear that the free-fall or 'iron' bomb is a cheap weapon that is also highly effective if it hits its target. Early experience in the Vietnam War (US involvement between 1961 and 1973) persuaded the US Air Force that even its most advanced sights were inadequate to provide the free-fall bomb with the terminal accuracy for the destruction of point targets without an enormous and therefore costly expenditure of such weapons in large numbers of sorties that were also likely to result in the loss of highly trained aircrew and their valuable warplanes. During the mid-1960s, therefore, considerable effort was expended in the creation of a program to improve the terminal accuracy of free-fall bombs. One of the key elements in this program had been started in 1965 by the Armament Development and Test Center at Eglin AFB, Florida, with the industrial partnership of Texas Instruments, with the intention of creating a cheap system for giving any of the Mk 80 series and other tactically important free-fall bombs, most notably the 750 lb (340 kg) M117 and 3,000 lb (1,361 kg) weapons, a high degree of terminal accuracy by the addition of a semi-active laser homing system and associated control package.
This program led to the 'Paveway' series of laser-guided bombs, of which the first were introduced in 1967 after the initial release of a laser-guided development weapon in 1965. The designation 'Paveway I' was adopted only in 1978, when a PEP (Production Engineering Program) was started for an overall improvement in laser-guided bomb capabilities, and is used for a series of add-on laser-homing kits, which are marked-target seekers and associated control surfaces developed by Texas Instruments. Each kit, designed to be added on the nose of the basic bomb, weighed about 30 lb (13.6 kg) and increased the bomb's overall length by some 6 in (0.15 m): the complete unit was in fact 3 ft 4 in (1.01 m) long, but this was offset by a reduction in the length of the tail surfaces, which were fixed surfaces of trapezoidal planform. The kit could be fitted to standard low-drag bombs for maximum accuracy when used in conjunction with an air- or ground-based laser designator. The 'Paveway I' soon proved in operations from 1968 that its primary benefit, other than the very high degree of terminal accuracy, was that the launch warplane needed no modification to carry the weapon and after weapon release could depart from the target area unless it was also the laser-designator machine. The system worked at night and in poor visibility, and the minimum cloud base for successful operation was 2,500 ft (760 m). The airborne designators most commonly associated with the series were three podded systems, the AVQ-23A 'Pave Spike' day, AVQ-26 'Pave Tack' day and night, and LANTIRN (Low-Altitude Navigation and Targeting Infra-Red for Night) day and night units carried by many US tactical warplanes such as the General Dynamics F-111 interdictor, the Lockheed Martin F-16 Fighting Falcon multi-role fighter, and the McDonnell Douglas F-4E Phantom II and F-15 Eagle multi-role fighters. Moreover, any warplane capable of lifting the baseline 'iron' bomb could deliver a 'Paveway I' weapon against a target designated by a third party. In all cases the guidance unit was the same, the differences between the various systems lying in their attachments and variously enlarged fins. The guidance system drew current from a thermal battery activated at launch, and was steered by canard control fins powered by a hot gas generator.
Paveway II
Resulting from the Production Improvement Program effort and entering service in 1980, this is an improved series based on the same basic concept but with a simpler (thus cheaper) guidance package and a folding wing group (comprising spring-open extensions to the fixed tail fins for extra maneuverability and additional horizontal range) added at the tail. The weapons within this important basic designation are:
* GBU-10C/D/E/F 'Paveway II' based on the 2,000 lb. Mk 84 bomb
* GBU-10G/H/I/J 'Paveway II' based on the 2,000 lb. BLU-109/B Improved 2,000 lb Penetrating Warhead
* GBU-12B/C/D 'Paveway II' based on the 500 lb. Mk 82 bomb
* GBU-16A/B 'Paveway II' based on the 1,000 lb. Mk 83 bomb
* Mk 13/18UK 'Paveway II' based on the 1,000 lb. British Mk 13/18 bomb
In each case the weapon functions in a manner basically similar to that of the 'Paveway I' series: the 3.25 in (0.0825 m) diameter freely gimbaled laser seeker at the extreme nose is aligned by its 6.25 in (0.159 m) ring tail with the velocity vector of the falling bomb, and detects laser radiation (reflected from the 'illuminated' target) at different strengths on each of its four internal quadrants; this strength differential is used to generate error signals passed to the computer in the 8 in (0.20 m) section just forward of the canard control fins; the computer turns these inputs into commands to the four solenoids operating the cruciform of canard control fins (spanning 2 ft 7.25 in/0.79 m in the GBU-10 and 1 ft 5.65 in/0.49 m in the GBU-12), steadily reducing the angular difference between the seeker's line of sight and the velocity vector of the bomb to zero, at which point an equal strength of laser radiation is being received by each of the seeker's quadrants as the weapon is falling directly towards the target. Operational service revealed that while the system was extremely accurate, the use of a 'bang/bang' control system, in which the control surfaces were moved to their maximum deflection position each time a command was received, increased drag and therefore reduced range.
Paveway III
Entering service in 1987 after the start of its development program in 1980, this is an improved version of the 'Paveway II' intended mainly for use in the degraded weather and high-threat scenario of European operations and accordingly fitted with high-lift folding wings at the rear, microprocessor-based control system offering proportional control surface deflections for increased range and accuracy, a digital autopilot (with BAe Dart precision gyro) and an improved scanning seeker. The 'Paveway III' is also designated the Low-Level Laser-Guided Bomb or Laser-Guided Penetrator Weapon, and was designed for release at low level (in either level flight or a zoom climb) and thus fitted with high-lift folding wings, but can also be released at higher altitudes in dives as steep as 60°. The result is a weapon of far greater operational flexibility than its predecessors. The variants with the 2,000 lb Mk 84 bomb and BLU-109/B Improved 2,000 lb Warhead as their payloads, have the service designations GBU-24/A 'Paveway III' and GBU-24/B 'Paveway III' respectively. The variants of these two weapons for internal carriage by the Lockheed F-117A Nighthawk are the GBU-27/A 'Paveway III' and GBU-27/B 'Paveway III' respectively with the adapter collar between the guidance/control section and the warhead shortened by 3 in (0.076 m) to 6 in (0.152 m), canard surfaces of reduced span, the wing group of the 'Paveway II', and a choice of three guidance units in the forms of the WGU-25/B, WGU-25A/B and WGU-39/B systems. The result of these changes to allow the internal carriage of the GBU-27 by the F-117A is a weapon with shorter gliding range, but this is offset by the fact that the ‘stealthy’ F-117A can operate at higher altitudes than less ‘stealthy’ warplanes, and this restores range to a significant degree.
Another weapon of the same basic family is the 4,700 lb GBU-28/B 'Paveway III Deep Throat' for use by the F-15E Eagle and F-111F. This is based on the BLU-113 penetration weapon with the BSG-92/B wing group and the WGU-36/B control section, and the full-length adapter collar. This weapon was designed, produced, deployed and used within in a mere 17 days during the 1991 UN-led war against Iraq. The GBU-28 was dropped from high altitude by warplanes in supersonic flight, its resulting gravity-aided speed resulting in such kinetic energy at impact that the BLU-113 core could penetrate more than 20 ft (6.1 m) of reinforced concrete or 100 ft (30.5 m) of earth before detonation in command centers and the like. The GBU-28/B has a diameter of 1 ft 2.5 in., length of 19 ft 2 in (5.84 m), span of 2 ft 4.33 in (0.72 m) closed and 5 ft 6 in (1.68 m) open, weight of 4,700 lb (2,131.9 kg) with a 675 lb (306.2 kg) filling of Tritonal explosive, and the FMU-143/B or FMU-143(D-2)/B fuses. In general terms, the 'Paveway III' weapons allow low-level and off-axis stand-off delivery in conditions of low visibility, with the midcourse guidance providing the possibility of delayed laser-designating and trajectory shaping with all their tactical advantages of a considerably expanded launch envelope. Operators of the 'Paveway' series of laser-guided bombs are known to total some 34 countries including Australia, Canada, Greece, Israel, Netherlands, Saudi Arabia, South Korea, Spain, Taiwan, Turkey, UK and USA.
General characteristics (GBU-10 'Paveway II')
Contractor Texas Instruments
Weight Bomb unit 2,100 lb 953 kg
Warhead - Mk 84 1,970 lb 894 kg
Explosives ( Tritonal) 945 lb 429 kg
Length 14 ft 2 in 432 cm
Diameter 1 fta 6 in 45.7 cm
Wingspan Closed 2 ft 6 in 76.2 cm
Open 5 ft 6 in 167.6
Guidance Semi-active laser-homing
Power plant None
Speed High subsonic
Range from a high-altitude 20,000 yards 18,300 m
from a low-altitude 1,650 yards 1,500 m
Warhead Mk 84 conventional high-explosive/fragmentation
http://www.hrw.org/reports/2003/usa1203/10.htm
[IMG][IMG]http://www.defenseindustrydaily.com/images/ORD_Paveway_IV_Components_lg.jpg[/IMG][/IMG]
---------- Post added at 03:50 ---------- Previous post was at 03:28 ----------
ww.raytheon.com/capabilities/rtnwcm/groups/rms/documents/content/rtn_rms_ps_paveway2_datasheet.pdf
www.raytheon.com/.../capabilities/r...ts/content/rtn_rms_ps_pavewayfm_datasheet.pdf
---------- Post added at 03:51 ---------- Previous post was at 03:50 ----------
http://www.raytheon.com/capabilitie...ts/content/rtn_rms_ps_pavewayfm_datasheet.pdf
It has long been clear that the free-fall or 'iron' bomb is a cheap weapon that is also highly effective if it hits its target. Early experience in the Vietnam War (US involvement between 1961 and 1973) persuaded the US Air Force that even its most advanced sights were inadequate to provide the free-fall bomb with the terminal accuracy for the destruction of point targets without an enormous and therefore costly expenditure of such weapons in large numbers of sorties that were also likely to result in the loss of highly trained aircrew and their valuable warplanes. During the mid-1960s, therefore, considerable effort was expended in the creation of a program to improve the terminal accuracy of free-fall bombs. One of the key elements in this program had been started in 1965 by the Armament Development and Test Center at Eglin AFB, Florida, with the industrial partnership of Texas Instruments, with the intention of creating a cheap system for giving any of the Mk 80 series and other tactically important free-fall bombs, most notably the 750 lb (340 kg) M117 and 3,000 lb (1,361 kg) weapons, a high degree of terminal accuracy by the addition of a semi-active laser homing system and associated control package.
This program led to the 'Paveway' series of laser-guided bombs, of which the first were introduced in 1967 after the initial release of a laser-guided development weapon in 1965. The designation 'Paveway I' was adopted only in 1978, when a PEP (Production Engineering Program) was started for an overall improvement in laser-guided bomb capabilities, and is used for a series of add-on laser-homing kits, which are marked-target seekers and associated control surfaces developed by Texas Instruments. Each kit, designed to be added on the nose of the basic bomb, weighed about 30 lb (13.6 kg) and increased the bomb's overall length by some 6 in (0.15 m): the complete unit was in fact 3 ft 4 in (1.01 m) long, but this was offset by a reduction in the length of the tail surfaces, which were fixed surfaces of trapezoidal planform. The kit could be fitted to standard low-drag bombs for maximum accuracy when used in conjunction with an air- or ground-based laser designator. The 'Paveway I' soon proved in operations from 1968 that its primary benefit, other than the very high degree of terminal accuracy, was that the launch warplane needed no modification to carry the weapon and after weapon release could depart from the target area unless it was also the laser-designator machine. The system worked at night and in poor visibility, and the minimum cloud base for successful operation was 2,500 ft (760 m). The airborne designators most commonly associated with the series were three podded systems, the AVQ-23A 'Pave Spike' day, AVQ-26 'Pave Tack' day and night, and LANTIRN (Low-Altitude Navigation and Targeting Infra-Red for Night) day and night units carried by many US tactical warplanes such as the General Dynamics F-111 interdictor, the Lockheed Martin F-16 Fighting Falcon multi-role fighter, and the McDonnell Douglas F-4E Phantom II and F-15 Eagle multi-role fighters. Moreover, any warplane capable of lifting the baseline 'iron' bomb could deliver a 'Paveway I' weapon against a target designated by a third party. In all cases the guidance unit was the same, the differences between the various systems lying in their attachments and variously enlarged fins. The guidance system drew current from a thermal battery activated at launch, and was steered by canard control fins powered by a hot gas generator.
Paveway II
Resulting from the Production Improvement Program effort and entering service in 1980, this is an improved series based on the same basic concept but with a simpler (thus cheaper) guidance package and a folding wing group (comprising spring-open extensions to the fixed tail fins for extra maneuverability and additional horizontal range) added at the tail. The weapons within this important basic designation are:
* GBU-10C/D/E/F 'Paveway II' based on the 2,000 lb. Mk 84 bomb
* GBU-10G/H/I/J 'Paveway II' based on the 2,000 lb. BLU-109/B Improved 2,000 lb Penetrating Warhead
* GBU-12B/C/D 'Paveway II' based on the 500 lb. Mk 82 bomb
* GBU-16A/B 'Paveway II' based on the 1,000 lb. Mk 83 bomb
* Mk 13/18UK 'Paveway II' based on the 1,000 lb. British Mk 13/18 bomb
In each case the weapon functions in a manner basically similar to that of the 'Paveway I' series: the 3.25 in (0.0825 m) diameter freely gimbaled laser seeker at the extreme nose is aligned by its 6.25 in (0.159 m) ring tail with the velocity vector of the falling bomb, and detects laser radiation (reflected from the 'illuminated' target) at different strengths on each of its four internal quadrants; this strength differential is used to generate error signals passed to the computer in the 8 in (0.20 m) section just forward of the canard control fins; the computer turns these inputs into commands to the four solenoids operating the cruciform of canard control fins (spanning 2 ft 7.25 in/0.79 m in the GBU-10 and 1 ft 5.65 in/0.49 m in the GBU-12), steadily reducing the angular difference between the seeker's line of sight and the velocity vector of the bomb to zero, at which point an equal strength of laser radiation is being received by each of the seeker's quadrants as the weapon is falling directly towards the target. Operational service revealed that while the system was extremely accurate, the use of a 'bang/bang' control system, in which the control surfaces were moved to their maximum deflection position each time a command was received, increased drag and therefore reduced range.
Paveway III
Entering service in 1987 after the start of its development program in 1980, this is an improved version of the 'Paveway II' intended mainly for use in the degraded weather and high-threat scenario of European operations and accordingly fitted with high-lift folding wings at the rear, microprocessor-based control system offering proportional control surface deflections for increased range and accuracy, a digital autopilot (with BAe Dart precision gyro) and an improved scanning seeker. The 'Paveway III' is also designated the Low-Level Laser-Guided Bomb or Laser-Guided Penetrator Weapon, and was designed for release at low level (in either level flight or a zoom climb) and thus fitted with high-lift folding wings, but can also be released at higher altitudes in dives as steep as 60°. The result is a weapon of far greater operational flexibility than its predecessors. The variants with the 2,000 lb Mk 84 bomb and BLU-109/B Improved 2,000 lb Warhead as their payloads, have the service designations GBU-24/A 'Paveway III' and GBU-24/B 'Paveway III' respectively. The variants of these two weapons for internal carriage by the Lockheed F-117A Nighthawk are the GBU-27/A 'Paveway III' and GBU-27/B 'Paveway III' respectively with the adapter collar between the guidance/control section and the warhead shortened by 3 in (0.076 m) to 6 in (0.152 m), canard surfaces of reduced span, the wing group of the 'Paveway II', and a choice of three guidance units in the forms of the WGU-25/B, WGU-25A/B and WGU-39/B systems. The result of these changes to allow the internal carriage of the GBU-27 by the F-117A is a weapon with shorter gliding range, but this is offset by the fact that the ‘stealthy’ F-117A can operate at higher altitudes than less ‘stealthy’ warplanes, and this restores range to a significant degree.
Another weapon of the same basic family is the 4,700 lb GBU-28/B 'Paveway III Deep Throat' for use by the F-15E Eagle and F-111F. This is based on the BLU-113 penetration weapon with the BSG-92/B wing group and the WGU-36/B control section, and the full-length adapter collar. This weapon was designed, produced, deployed and used within in a mere 17 days during the 1991 UN-led war against Iraq. The GBU-28 was dropped from high altitude by warplanes in supersonic flight, its resulting gravity-aided speed resulting in such kinetic energy at impact that the BLU-113 core could penetrate more than 20 ft (6.1 m) of reinforced concrete or 100 ft (30.5 m) of earth before detonation in command centers and the like. The GBU-28/B has a diameter of 1 ft 2.5 in., length of 19 ft 2 in (5.84 m), span of 2 ft 4.33 in (0.72 m) closed and 5 ft 6 in (1.68 m) open, weight of 4,700 lb (2,131.9 kg) with a 675 lb (306.2 kg) filling of Tritonal explosive, and the FMU-143/B or FMU-143(D-2)/B fuses. In general terms, the 'Paveway III' weapons allow low-level and off-axis stand-off delivery in conditions of low visibility, with the midcourse guidance providing the possibility of delayed laser-designating and trajectory shaping with all their tactical advantages of a considerably expanded launch envelope. Operators of the 'Paveway' series of laser-guided bombs are known to total some 34 countries including Australia, Canada, Greece, Israel, Netherlands, Saudi Arabia, South Korea, Spain, Taiwan, Turkey, UK and USA.
General characteristics (GBU-10 'Paveway II')
Contractor Texas Instruments
Weight Bomb unit 2,100 lb 953 kg
Warhead - Mk 84 1,970 lb 894 kg
Explosives ( Tritonal) 945 lb 429 kg
Length 14 ft 2 in 432 cm
Diameter 1 fta 6 in 45.7 cm
Wingspan Closed 2 ft 6 in 76.2 cm
Open 5 ft 6 in 167.6
Guidance Semi-active laser-homing
Power plant None
Speed High subsonic
Range from a high-altitude 20,000 yards 18,300 m
from a low-altitude 1,650 yards 1,500 m
Warhead Mk 84 conventional high-explosive/fragmentation
http://www.hrw.org/reports/2003/usa1203/10.htm
[IMG][IMG]http://www.defenseindustrydaily.com/images/ORD_Paveway_IV_Components_lg.jpg[/IMG][/IMG]
---------- Post added at 03:50 ---------- Previous post was at 03:28 ----------
ww.raytheon.com/capabilities/rtnwcm/groups/rms/documents/content/rtn_rms_ps_paveway2_datasheet.pdf
www.raytheon.com/.../capabilities/r...ts/content/rtn_rms_ps_pavewayfm_datasheet.pdf
---------- Post added at 03:51 ---------- Previous post was at 03:50 ----------
http://www.raytheon.com/capabilitie...ts/content/rtn_rms_ps_pavewayfm_datasheet.pdf
Bue si no googleaste entonces no te calentaste en hacer una pregunta acorde a la informacion que podes obtener.
Como vamos a suponer que preguntas por las limitaciones operativas y no la distancia que puede volar?
Fijate que de movida Phantom dijo Isaac, o sea, nadie te entendió.
Es obvio que depende de la altura y velocidad del lanzamiento. Si dudas del alcance de designacion entonces pregunta por ese lado, lo cual es un poco mas interesante.
Tambien la distancia a la que el arma toma el blanco.
Ya que estamos, actualmente hay capacidad "lock-on after launch" o sea, que el avion puede estar inclusive fuera de su capacidad de designacion al momento de lanzar la bomba y esta ser guiada por un equipo en tierra cerca del blanco.
(por cierto, en el ultimo tercio del vuelo aprox. es donde el arma enciende su buscador, antes lleva trayectoria balistica).
Si, mi actitud viene siendo una mierd@ pero al menos cuando pregunto, pregunto para que se me entienda y siendo especifico. Eso tambien puede ser inteligente.
Y como si fuera poco busco información antes de preguntar o responder.
Tal vez esto te ayude
[IMG]http://i258.photobucket.com/albums/hh265/juanma_atp/faq-graph.jpg[/IMG]
S
SnAkE_OnE
uh diagramacion logica hasta para preguntar, uds estan muy mal jaja
Julian5000
Colaborador
Phantom respondió Isaac por Isaac Newton que descubrió( o enunció) la ley gravedad además de la teoría de la luz crepuscular y el cálculo infinitesimal ( creo que lo ayudo un tal Leibniz ó Leitniz, no me acuerdo)
Así que lo entendieron.
Lo bueno es que reconocés que tu actitud no es tan friendly como a la que nos tenés acostumbrados y eso es algo para remarcar.
Buen finde.
Saludos.
Así que lo entendieron.
Lo bueno es que reconocés que tu actitud no es tan friendly como a la que nos tenés acostumbrados y eso es algo para remarcar.
Buen finde.
Saludos.
Gracias, pero creo que el problema pasa en que tal vez no me interese cambiar.
Y sobre ese tal Isaac, si, algo tuve que leer de ese señor.
Recuerdo en una clase
Profesor: A ver, enunciame una de las leyes de Newton.
Alumno: Fuerza igual masa por aceleración.
Profesor: Así me lo vas a decir? Ni siquiera me vas a dar un besito antes?
Y sobre ese tal Isaac, si, algo tuve que leer de ese señor.
Recuerdo en una clase
Profesor: A ver, enunciame una de las leyes de Newton.
Alumno: Fuerza igual masa por aceleración.
Profesor: Así me lo vas a decir? Ni siquiera me vas a dar un besito antes?
1 - Me podes explicar en donde escribi que no busque en google.
2 - Leyendo, mi pregunta fue ¿ Que limita el alcance de esta arma ?
Segun la Real Academia Española, que en su diccionario define ALCANCE como;
1.m. Seguimiento, persecución.
2.m. Capacidad de alcanzar o cubrir una distancia. Alcance de la vista, de un proyectil, de una emisora de radio.
3 - En referencia a Phantom, el humor es señal de inteligencia.
Al mencionar a Isaac, por si no entendiste se refiere a Isaac Newton quien enuncio la ley de la gravedad, se referia a la accion de la gravedad sobre
la bomba, por lo que si entendio la pregunta. Espero que no sea necesario aclarar nada mas.
4 - Yo no pregunto para hacer una pregunta interesante para alguien, pregunto para solventar una duda, aunque si para alguien es interesante mejor.
De todos los factores actuantes sobre el arma, uno en concreto sera el mas limitante, por lo que sera el que condicione a los demas.
5 - No pregunte desde donde se puede designar el blanco, ni en que momento se activa el buscador.
6 - Lamento que tu actitud sea una M......., un cambio de actitud seria muy inteligente por tu parte.
Un saludo
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