Aerodriver
New Member
There seems to be a bit of confusion about the Harrier here, so please read....and your welcome to argue some of my conclusions.
Design work on VSTOL began in the 1950's yes, but proper work on the Harrier was much later and work began to build a supersonic VSTOL fighter to meet the needs of the RAF AND Fleet Air Arm. This project, called P1154, was cancelled by the Labour government in 1965. Instead the P1127 was ordered in combat form as a replacement for ground-attack Hawker Hunters of the RAF. The RAF was not very pleased to have this political aircraft placed upon them, but then came the Arab-Israeli War of 1967 when the Arab Air forces were destroyed on their airfields within the first hours of combat. All of a sudden, squadrons of Harriers hidden away in woods looked the only way to survive a Warsaw-Pact surprise attack.
The Harrier was adopted by the US Marine Corps as the AV-8A. The advantages of the Harrier for the support of amphibious operations were highlighted in the Falklands War. In the Falklands war both RAF ground attack Harriers and Navy air defence Harriers were dispatched. The Air defence variant shot down 24 (at the time modern) supersonic aircraft with out loss- a record not equal in recent history. The RAF ground attack aircraft flying at very low level over Argentine positions did not get shot out of the sky by small arms fire as some members seem to think it would be infact was again a major success. The Harrier with proper tactics is a very good ground attack platform.
As a side note a few years before the, the Brits tried to sell it to Argentina and they sad it was not supersonic and therefore not good enough!!
McDonnell Douglas in partnership with British Aerospace built the AV-8B for the USMC. They rebuilt an AV-8A with a new wing made of carbon composite material. This improved the range and nearly doubled the amount of weapons the aircraft could carry. This new model also had improved avionics, an angle-rate bombing system, Forward-Looking Infra-Red (FLIR), built-in radar warning sensors and chaff dispensers. British Aerospace designed a leading-edge extension which improved the turn rate for greater manoeuvrability.
The rate of turn for the Harrier is second to none, beating any current American, European, Russian or Chinese aircraft. By using the vectored thrust, called VIFF. At the red flag exercises the Harrier has in the past achieved a 75% success rate at low level close in aerial combats with F15's, and if the F15 don’t want to get close in, it has to turn away thus making itself more venerable. Low level close in combat is where you will have to engage the Harrier because it is a mud mover. A favourite tactic is to fly 2 harriers ahead let them get engaged, use VIFF to keep the enemy off them and two follow up Harriers take the air defence fighters out. (Watch you six) Down at low a Harrier will eat almost anything for breakfast; VIFFing will get position every time in a SRAAM/gun fight. The American AF made them stop for safety due to a couple of near collisions.
What today is the primary role of a Harrier? In a word, flexibility. If you want an aircraft to fly out to support a counter-insurgency operation in Africa, it had better be the Harrier - unless you have a 90 000 ton carrier nearby. Likewise if you want to transport aircraft into combat on a container ship- yes the Harrier can turn a container ship into a cheap aircraft carrier. Want to give close support to rapid reaction troops in the Gulf or Afghanistan? Harrier again. If you are a country and want a cost effective aircraft carrier, there is only one way.
It's carrying capacity both in terms of fuel and warload is OK, not great but for the areas it can operate from, i.e. no runway it can get a hell of a lot more into the air than some of the “competitor†aircraft some members have mentioned.
As for comments about speed, at low level where it is ment to be it is very fast, it is designed to take off from near enemy position, fly a short hop and get back, land and do it again, it has no need to be supersonic.
GR7 and AV8-B, Max Speed 660 mph (1,065 kph) at sea level.
SEA HARRIER FA2, Max speed 720 mph (1,160 kph) at 1,000 ft (305m).
It is also operated by Spain, Italy and India although less capable than the British and US military versions.
And for those who like figures:
AV-8B weight 6,336 kg ( 13,939lb)
GR. Mk 7 weight 7,050 kg( 15,510lb)
Basic flight design gross weight for 7g operation 10,410 kg( 22,902lb)
Powerplant Pegasus mk 105 21,750lb st.
Pegasus mk 107 23,800lb st
Look at the numbers. Power equal or greater than the max weight. This NOT a sluggish aircraft.
The Harrier, old yes, coming to the end of its life, yes. As bad as some of you guys seem to think - NO WAY.
Design work on VSTOL began in the 1950's yes, but proper work on the Harrier was much later and work began to build a supersonic VSTOL fighter to meet the needs of the RAF AND Fleet Air Arm. This project, called P1154, was cancelled by the Labour government in 1965. Instead the P1127 was ordered in combat form as a replacement for ground-attack Hawker Hunters of the RAF. The RAF was not very pleased to have this political aircraft placed upon them, but then came the Arab-Israeli War of 1967 when the Arab Air forces were destroyed on their airfields within the first hours of combat. All of a sudden, squadrons of Harriers hidden away in woods looked the only way to survive a Warsaw-Pact surprise attack.
The Harrier was adopted by the US Marine Corps as the AV-8A. The advantages of the Harrier for the support of amphibious operations were highlighted in the Falklands War. In the Falklands war both RAF ground attack Harriers and Navy air defence Harriers were dispatched. The Air defence variant shot down 24 (at the time modern) supersonic aircraft with out loss- a record not equal in recent history. The RAF ground attack aircraft flying at very low level over Argentine positions did not get shot out of the sky by small arms fire as some members seem to think it would be infact was again a major success. The Harrier with proper tactics is a very good ground attack platform.
As a side note a few years before the, the Brits tried to sell it to Argentina and they sad it was not supersonic and therefore not good enough!!
McDonnell Douglas in partnership with British Aerospace built the AV-8B for the USMC. They rebuilt an AV-8A with a new wing made of carbon composite material. This improved the range and nearly doubled the amount of weapons the aircraft could carry. This new model also had improved avionics, an angle-rate bombing system, Forward-Looking Infra-Red (FLIR), built-in radar warning sensors and chaff dispensers. British Aerospace designed a leading-edge extension which improved the turn rate for greater manoeuvrability.
The rate of turn for the Harrier is second to none, beating any current American, European, Russian or Chinese aircraft. By using the vectored thrust, called VIFF. At the red flag exercises the Harrier has in the past achieved a 75% success rate at low level close in aerial combats with F15's, and if the F15 don’t want to get close in, it has to turn away thus making itself more venerable. Low level close in combat is where you will have to engage the Harrier because it is a mud mover. A favourite tactic is to fly 2 harriers ahead let them get engaged, use VIFF to keep the enemy off them and two follow up Harriers take the air defence fighters out. (Watch you six) Down at low a Harrier will eat almost anything for breakfast; VIFFing will get position every time in a SRAAM/gun fight. The American AF made them stop for safety due to a couple of near collisions.
What today is the primary role of a Harrier? In a word, flexibility. If you want an aircraft to fly out to support a counter-insurgency operation in Africa, it had better be the Harrier - unless you have a 90 000 ton carrier nearby. Likewise if you want to transport aircraft into combat on a container ship- yes the Harrier can turn a container ship into a cheap aircraft carrier. Want to give close support to rapid reaction troops in the Gulf or Afghanistan? Harrier again. If you are a country and want a cost effective aircraft carrier, there is only one way.
It's carrying capacity both in terms of fuel and warload is OK, not great but for the areas it can operate from, i.e. no runway it can get a hell of a lot more into the air than some of the “competitor†aircraft some members have mentioned.
As for comments about speed, at low level where it is ment to be it is very fast, it is designed to take off from near enemy position, fly a short hop and get back, land and do it again, it has no need to be supersonic.
GR7 and AV8-B, Max Speed 660 mph (1,065 kph) at sea level.
SEA HARRIER FA2, Max speed 720 mph (1,160 kph) at 1,000 ft (305m).
It is also operated by Spain, Italy and India although less capable than the British and US military versions.
And for those who like figures:
AV-8B weight 6,336 kg ( 13,939lb)
GR. Mk 7 weight 7,050 kg( 15,510lb)
Basic flight design gross weight for 7g operation 10,410 kg( 22,902lb)
Powerplant Pegasus mk 105 21,750lb st.
Pegasus mk 107 23,800lb st
Look at the numbers. Power equal or greater than the max weight. This NOT a sluggish aircraft.
The Harrier, old yes, coming to the end of its life, yes. As bad as some of you guys seem to think - NO WAY.