Marine pilot Capt. Seth R. Michaud, of Hudson, Mass,
seen here at the time of his graduation from the Naval Academy, was killed Sunday, June 22, 2003, when bombs dropped from a B-52 landed near forces training in Dijbouti in northeastern Africa.
Posted on 06/24/2003 12:00:03 AM PDT by SAMWolf
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 Family and friends of Marines returning from Iraq gather in front of a hangar on the flight line aboard Marine Corps Air Station Yuma, Ariz. June 7. The returning squadron, Marine Wing Support Squadron 371, is coming off a deployment to the Middle East in support of Operation Iraqi Freedom that lasted almost six months. U.S. Marine Corps photo by Lance Cpl. Keith Underwood  Marines of Marine Wing Support Squadron 371 step off a plane worn by travel but energetic at the sight of family and friends on Marine Corps Air Station Yuma, Ariz. June 7. U.S. Marine Corps. photo by Lance Cpl. Keith Underwood  Family and friends of Marines returning from Iraq gather in front of a hangar on the flight line aboard Marine Corps Air Station Yuma, Ariz. June 7. The returning squadron, Marine Wing Support Squadron 371, is coming off a deployment to the Middle East in support of Operation Iraqi Freedom that lasted almost six months. U.S. Marine Corps. photo by Lance Cpl. Keith Underwood  Luis and his Mother, Ninfa, await the arrival of husband and father, Master Sgt. Julio Delasierra, Marine Attack Squadron 214, Marine Corps Air Station Yuma, Ariz., June 15. The majority of squadron was deployed abroad for almost 11 months. U.S. Marine Corps. photo by Lance Cpl. Keith Underwood  Sgt. Charles Snow, Marine Attack Squadron 214, Marine Corps Air Station Yuma, Ariz., wastes no time before starting to play with daughter, Haley, after returning to MCAS Yuma June 15. U.S. Marine Corps. photo by Lance Cpl. Keith Underwood  A Marine stationed at Marine Corps Air Station Yuma, Ariz., joyfully embraces his family after deplaning at MCAS Yuma June 7. U.S. Marine Corps. photo by Lance Cpl. Keith Underwood  Staff Sgt. Micheal Bitson, from the 48th Communications Squadron, Royal Air Force Lakenheath, U.K., is seen here kissing his wife Iris Miller after returning from a deployment supporting Operation Iraqi Freedom, June 11. U.S. Air Force photo by Airman Stacey Jeanpaul  Scotty is one happy pup now that his owner Gunnery Sgt. MaryAnn Bickel, Combat Service Support Detachment 16, Marine Corps Air Station Yuma, Ariz., is back on the air station June 11. Gunnery Sgt Bickel was deployed four and a half months earlier to the Middle East in support of Operation Iraqi Freedom. U.S. Marine Corps. photo by Lance Cpl. Keith Underwood
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Thanks Sam . . . sniff . . .
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Air Power |
Produced to meet a joint Anglo-French requirement in 1965 for a dual-role advanced/operational trainer and tactical support aircraft, the Jaguar has been transformed into a potent fighter-bomber. The RAF originally intended to use the aircraft purely as an advanced trainer, but this was later changed to the offensive support role on cost grounds.
Starting in the early 1960's, the French Air Force began looking for aircraft to replace its Lockheed T 33 and Fouga Magister trainers as well as its Mystère IV tactical fighters. In April 1964, the Aeronautics Technical Bureau invited French aeronautics companies to respond to a preliminary design in a programme for a twin-engined aircraft to equip ECAT (Ecole de combat and d’appui tactique, or School of Combat and Tactical Support). The ECAT programme resulted in the companies Dassault, with the Cavalier, and Breguet, with the Br 121, entering into competition. On 30th June 1964, the engineering offices of Breguet, headed by Georges Ricard, submitted to the competent authorities the project Br 121, a version of the Br 1001 Taon, with twin Rolls Royce RB 172-45 engines. The project Cavalier was finally abandoned following the choice of the Breguet aircraft.
It quickly became apparent that the RAF also needed an aircraft that corresponded rather closely to the characteristics of the Br 121. On 17th May 1965, the two countries concluded a protocol agreement for the study and joint manufacture of a low-altitude combat and training aircraft. Responsibility fell to Breguet Aviation and the British Aircraft Corporation, under the management of the Franco-British joint-company SEPECAT (Société européenne de production de l’avion d’école de combat and d’appui tactique, or European Company for the Production of Aircraft for the School of Combat and Tactical Support). Breguet Aviation was acquired by the company Dassault in 1967.
The first prototype, Jaguar A, flew from Istres (Bouches-du-Rhône, France), on 08 September 1968.
Difficulties in cooperation, due to the lack of a true main contractor, and changes in the definition delayed the Jaguar entering service until 1972. Originally a program for a trainer aircraft, it ended up as a ground attack aircraft with little in common, either in terms of size or cost, with the model initially foreseen. The French and British versions also were not identical, since each country had imposed, for its own models, nationally-sourced equipment.
In the end, a total of 573 aircraft were ordered. France and Britain purchased 403 to which were added 54, exported to three countries (Oman, Ecuador and Nigeria), and 116 to India of which 70 were produced under license in that country.
The first RAF aircraft took to the air in October 1969, and each air force placed orders for 200 aircraft - the RAF opting for 165 single-seat and 35 two-seat aircraft. Deliveries to No 226 OCU at Lossiemouth began in 1973, and at its peak the Jaguar equipped 8 front-line and 1 training squadron; Nos 14, 17, 20 and 31 Sqn at Bruggen (strike/attack), II(AC) Sqn at Laarbruch (reconnaissance) as well as the three Coltishall based squadrons (6, 41 and 54) and Lossiemouth based 16(Reserve) Sqn.
India acquired the Jaguar strike fighter to meet the IAF's Deep Penetration Strike Aircraft (DPSA) requirement to replace the Canberra and Hunter aircraft. After many years of evaluation and negotiation, the Anglo-French fighter was contracted for, an interim batch of ex-RAF Jaguars being accepted to re-equip No. 14 Squadron. IAF pilots and technicians received conversion training with the RAF and British Aerospace in Lossiemouth, Coltishall and Warton before ferrying the first Jaguars to India in July 1979. These were followed by a batch of U.K. built Jaguars to re-equip No. 5 Squadron even as simultaneously, HAL prepared for production of the aircraft, its powerplants, avionics and accessories in India. By the mid-1980s, the Jaguar was in service with Nos. 5, 14, 16 and 27 Squadrons while a flight of No.6 Squadron was equipped with the Maritime Jaguar carrying the new generation Sea Eagle anti-ship sea-skimming missile. The Jaguar strike fighter was equipped also with Magic air-to-air missiles on unique overwing pylons, featured advanced attack systems and able to carry formidable warload till the far ends of the sub-continent.
The Jaguar has a long sleek fuselage with a large swept tail fin and rudder. The fuselage features a long, pointed, chiseled nose, and the body widens at the air intakes rectangular to the exhausts. Relatively short-span swept wings are shoulder-mounted on the fuselage. The internal jet engines, mounted to the rear of the cockpit, have rectangular air intakes either side of the fuselage behind the cockpit, with their top surfaces forming an extension of the wing. The engine exhausts show prominently under the forward portion of the tail. The rear jetpipes are located forward and below the tailplane which has marked anhedral. The raised bubble canopy is set above the sharply-pointed nose. The twin mainwheels of the undercarriage retract into the fuselage.
A variety of weapons including cluster, freefall, retard and laser guided bombs, as well as rockets can be carried on the four wing and one fuselage stations. Two 30mm cannon are mounted internally. To mark targets for laser-guided weapons, the aircraft carries the thermal imaging and laser designation (TIALD) pod. For self-defence, overwing Sidewinder infra-red missiles are carried and the aircraft is fitted with a comprehensive suite of electronic countermeasures. Perhaps the Jaguar's most impressive feature is its navigation and attack system. With mission data fed into the computer, all the necessary information for a pinpoint attack is relayed to the head-up display. From the display, the pilot knows exactly where the target is located and precisely when to release his weapons for maximum effect.
The RAF fleet is currently undergoing an upgrade program, and this will see aircraft fitted with new cockpit displays, helmet-mounted sights, the ability to carry the new Advanced Short Range Air-to-Air Missile (ASRAAM) and other system improvements to further extend the life of the aircraft well into the next century.
The Jaguar has been with the RAF for over 25 years and yet, in terms of technology growth, the late 1990s have seen the aircraft expand its operational capability by a greater degree than during any other period of its lifetime. In fact, today's RAF Jaguar actually merits respect as a weapons platform and allows its operators the opportunity to produce the kind of results that they have long deserved. For those of you who have missed the recent advance of this often ridiculed Anglo-French machine, read on; you may be pleasantly surprised to discover that the curvature of the earth will shortly be surplus to requirements!
'Jaguar 97' is the UK Jaguar Force fleet standard machine and, at first glance, only the finest enthusiasts would recognise the differences between a '97' model and the trusty steed that first appeared in RAF livery in 1973. There are no design or aerodynamic changes but enhanced engines, offering a potential 25% thrust increase, will eradicate pilots' concerns during take-off in hot and high locations! It is inside the cockpit that the new toys will be most obvious to those familiar with the 'old machine'. A new stick top and hand controller have brought true HOTAS functions to the Jaguar pilot, reducing time spent 'head in cockpit' dealing with navigation button-pressing and weapon aiming facilities. A 1:1 ratio wide-angle Head Up Display (HUD) and associated up-front controller has replaced the peculiar 5:1 geared version of old and with this new HUD comes the capability to display a multitude of real-time information. Out goes the microfilm fed moving map display and in comes Multi-Purpose Colour Display (MPCD). The MPCD displays a digitally generated map or the image seen through the newly acquired TIALD pod by displaying TV/IR imagery in video style format.
The introduction of Ferranti's FIN 1064 Inertial Navigation system in 1985 allowed the Jaguar to be operated accurately and reliably at low level. This excellent INAS has now been updated by integrating a GPS receiver and a Terrain Profile-matching system (TerProm) to give outstanding accuracy and performance with weapon aiming and navigation; no more excuses for missing any targets! An in-built Ground Proximity Warning System (GPWS) also utilises the Digital Terrain Elevation Database (DTED) of TerProm warning of an impending collision with either granite or significant man made obstructions! All the new hardware is linked by a 1553 databus plus imagery from both the HUD and TIALD can be recorded onto S-VHS compact videocassettes for debriefing purposes.
On the ground, planning a sortie is now done on the Jaguar Mission Planner (JMP), a PC-based system using a similar database to that of TerProm. It allows pilots to choose very careful routes through known Surface-to-Air Missile threat areas and minimise aircraft exposure in hostile territory. Now that the new hardware is in place, in both aeroplane and on the ground, future upgrades can be easily implemented through upgrades of software and databases. Self defence was enhanced during the Gulf Conflict by arming the Jaguar with overwing mounted AIM-9L missiles; it will soon be possible to launch these missiles via a helmet mounted sight system, something that will significantly improve the respect given to a Jaguar in an air-to-air engagement.
In terms of operational capability, the Jaguar is currently a day/VFR medium and low-level ground attack/recce aircraft with an ever-expanding arsenal of weapons in its inventory. The Night Vision Goggle (NVG) re-equipment programme should soon produce enough aircraft to allow limited 'night combat ready' to be declared by the Jaguar Force. It is not yet a Harrier GR7 or Tornado GR1/4 competitor but it may not be long before the addition of a Forward Looking Infra Red system creates yet another 'electric aeroplane' to add to the RAF nocturnal inventory. Fortunately, there have not been any more attempts to produce a maritime Jaguar and, within the latest modification programme, there is still space to stow one's golf clubs for those well-earned relaxing moments in exotic locations.....
Finally, in a world of tight finances and knotted purse strings, the Jaguar is regarded favourably. The upgrade to the RAF Jaguar fleet will be completed within a diminutive budget and within a commendable timescale; true value will be gained from using state-of-the art equipment when it is most useful, now! Yet, despite undergoing major avionics and engine upgrades, this 25 year-old aircraft remains an inexpensive, reliable and highly deployable commodity that can deliver a modest punch in virtually all scenarios that could be expected of a rapid reaction force.
Specifications:
Builder team: Anglo-French co-operation Dassault / BAe
Primary Function: Close Air Support (CAS), Battlefield Air Interdiction (BAI)
Powerplant: Two Turbomeca/Rolls-Royce Adour 104 turbofans of 7,305lb st.
Crew: GR1B pilot only
Dimensions:
Span: 28ft 6 in (8.69m)
Length: 55ft 2.5in (16.83m)
Height: 4.80 m
Weight: empty / maximum at takeoff : 7.5 t / 15 t
Fuel capacity: 4,200 l internal / 7,800 maximal / In-flight refuelling
Performance:
Max Speed: Mach 1.35 990mph (1,593km/h) at 36,000ft (11,000m).
Operational ceiling: 40,000 ft
Armaments:
Two 30mm Aden / DEFA 553 guns
up to 10,000lb (4,500kg) stores including
Matra Magic R550 air-to-air missile ;
AS 30 laser air-to-surface missile,
laser guided bombs
Martel rockets
laser-guided bombs.
Special equipment:
Electronic counter measures,
photo recce capacity with Omera 40 camera,
gyroscopic guidance
All photos Copyright of Global Security.Org/a>
Here's to your return and the hope that I never have to deal with in-laws.
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