
| Saab 340 | |
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Saab 340A of Aurigny Air Services |
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| Type | Passenger aircraft |
| Manufacturer | Saab |
| Maiden flight | 25 January 1983 |
| Introduced | 1983 |
| Status | Out of production |
| Primary users | Mesaba Airlines American Eagle Regional Express Colgan Air Loganair |
| Produced | 1983-1999 |
| Number built | 459 |
The Saab 340 is a Swedish two-engine turboprop aircraft designed and initially produced by a partnership between Saab and Fairchild Aircraft in a 65:35 ratio. Under the initial plan Saab built the all aluminium fuselage and vertical stabilizer, and also performed final assembly in Linköping, Sweden while Fairchild was responsible for the wings, empennage, and wing-mounted nacelles for the two turboprop engines. After Fairchild ceased this work, production of these parts was shifted to Sweden.
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Originally designated as the SF340, the aircraft first flew on 25 January 1983. When Fairchild exited the aircraft manufacturing business in 1985 after about 40 units, Saab continued aircraft production under the designation 340A. An improved version, the 340B, introduced more powerful engines and wider horizontal stabilizers in 1989 and all the later standard 340B's also had the active soundproofing system. The final version, the 340B Plus, was delivered for service in 1994 and incorporated improvements that were being introduced at the same time in the Saab 2000. The production run of Saab 340s typically seated between 30 and 36 passengers, with 34 seats being the most common configuration. The last 2 Saabs built were constructed as older configuration 36-seat aircraft for Japan Air Commuter.
One of the improvements introduced in the 340B Plus was the installation of an active noise and vibration control system in the cabin, reducing noise and vibration levels by about 10 dB during cruising flight. This optional feature carried over from the 340B was standard in the 340B plus along with extended wingtips.[1] Another change from earlier models was the moving of the lavatory compartment from the aft of the passenger cabin to just aft of the flight deck. This increased total available cargo volume as the original location intruded into the cargo bin area. While the active soundproofing became standard on all Saab 340Bs in 1994 the first ever 340B Plus with the extended wingtips was delivered new to Hazelton Airlines in Australia in 1995, later operating for Regional Express, and currently for the Japanese Coast Guard.
The military variants are the Saab 340AEW, 340AEW-200 & 340AEW-300, which are airborne early warning (AEW) and airborne early warning & control (AEW&C) aircraft. Production of all 340 models ended in 1999, and Saab ceased all civil aircraft production in 2005.
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As of May 2008, Saab Aircraft AB reports there were 416 Saab 340's in service with 61 operators in 30 countries having accumulated over 13 million flight hours on 14.5 million flights. The workhorse of the fleet (028) with 49,678 hours alone. [2]
Nine SAAB340s have been written off in accidents, 6 of them without fatalities.[citation needed]
The active fleet of current operators from the May 2008 Saab 340 Aircraft Reliability Report:
Regional Express Airlines has committed to lease 25 Saab 340B Plus aircraft in the largest lease deal for the type, which has a redesigned extended wing to increase flight performance and fuel efficiency. They should enter service over the next three to four years and will replace some of the existing units in operation, that includes 4 Saab 340A aircraft that will be converted into freighters and one 340B was retired for spare parts. First Delivery was in May 2007. As of June 2008, 12 have been delivered. These B+ aircraft, all formerly in service with American Eagle, will all be delivered in 2009. [3]
On May 27th 2008 American Eagle Airlines announced via their Eaglewire company newsletter they will retire their entire fleet of Saab 340 aircraft due to the capacity cuts at both American and American Eagle. As of Jun 2008, of the 60 aircraft on their certificate, Eagle only has 28 B models in active service.
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Source: [4]
General characteristics
Performance
Related development
Comparable aircraft
Related lists
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