The Lockheed L-100 Hercules

More photos of Lockheed L-100 Hercules
More passenger cabin photos...
More cockpit photos...
Powerplants
L-100-30 - Four 3362kW (4508shp) Allison 501-D22A turboprops driving four blade constant speed propellers.

Performance
L-100-30 - Max cruising speed 571km/h (308kt). Range with max payload 2472km (1334nm), range with no payload 8950km (4830nm).
Weights
L-100-30 - Operating empty 35,260kg (77,736lb), max takeoff 70,310kg (155,000lb).
Dimensions
L-100-30 - Wing span 40.41m (132ft 7in), length 34.37m (112ft 9in), height 11.66m (38ft 3in). Wing area 162.1m2 (1745.0sq ft).
Capacity
L-100-30 - Flightcrew of three or four. Max payload of 23,158kg (51,054lb) comprising pallets or containers.
Production
Total L-100 built 114 (incl 22 L-100, 27 L-100-20, and 65 L-100-30).

Type
Medium range freighter

History
Lockheed's L-100 freighters are the civil equivalents of the venerable military C-130 Hercules, and have proven to be of great utility, particularly in undeveloped countries.

Lockheed initiated design of the Hercules in response to a 1951 US Air Force requirement for a turboprop powered freighter. This resulted in the C-130 Hercules, which first flew in prototype form on August 23 1954. Design features included the high mounted wing, four Allison 501/T56 turboprops and the rear loading freight ramp. The USAF ordered the C-130 into series production in September 1952, and since that time more than 2500 have been built.

The C-130's appeal to freight operators led Lockheed to develop a civil version. The first commercial versions were based on the C-130E model, and a demilitarised demonstrator first flew in April 1964. This initial civil development, the L-100 (L-382), was awarded civil certification in February 1965. This model was soon followed up by the series L-100 (L-382B), which introduced an improved freight handling system.

Sales of these initial versions were slow, leading Lockheed to develop the 2.54m (8ft 4in) stretched L-100-20 (L-382E), which offered better freight capacity and operating economics. The L-100-20 was certificated in October 1968, but was soon followed by the even longer L-100-30 (L-382G). The -30 was 2.03m (6ft 8in) longer than the -20, first flew in August 1970, and was delivered from December that year. Most civil Hercules sales have been of the L-100-30 variant. Although basically a civil aircraft, several L-100s are in service with military operators, e.g. in Algeria, Gabon and Kuwait. The last L-100 was built in 1992, while the last military Allison 501/T56 powered C-130 was delivered in 1996.

The L-100J would be a commercial derivative of the new generation C-130J Hercules II. Improvements would include new 3425kW (4591shp) Rolls-Royce (Allison) AE-2100D3 advanced turboprop engines driving six blade props, two crew EFIS flightdeck and significantly lower maintenance and operating costs. The C-130J first flew on April 5 1996, while US FAA civil certification was awarded in September 1998. The L-100J would be based on the stretched fuselage C-130J-30, but in 2000 the program was frozen as Lockheed martin focussed on the military variants.

The Dornier Do 28 & 128

Powerplants
Do 28D2 - Two 285kW (380hp) Lycoming IGSO540A1E flat six piston engines driving three blade constant speed Hartzell propellers. 1286 - Two 300kW (400shp) Pratt & Whitney Canada PT6A110 turboprops driving three blade Hartzell propellers.

Performance
Do 28D2 - Max speed 325km/h (175kt), max cruising speed 306km/h (165kt), economical cruising speed 241km/h (130kt). Initial rate of climb 1160ft/min. Service ceiling 25,200ft. Range with max payload 1050km (566nm). 1286 - Max speed 340km/h (183kt), max cruising speed 330km/h (178kt), econ cruising speed 256km/h (138kt). Initial rate of climb 1260ft/min. Service ceiling 32,600ft. Range with max fuel at econ cruising speed 1825nm (985nm), with a 805kg (1774lb) payload 1460km (788nm).
Weights
Do 28D2 - Empty 2328kg (5132lb), max takeoff 3842kg (8470lb). 1286 - Empty 2540kg (5600lb), max takeoff 4350kg (9590lb).
Dimensions
Do 28D2 - Wing span 15.55m (51ft 0in), length 11.41m (37ft 5in), height 3.90m (12ft 10in). Wing area 29.0m2 (312sq ft). 1286 - Same except for wing span 15.85m (52ft 0in).
Capacity
One or two pilots on flightdeck and seating in main cabin for 10 or 12 seats two abreast with a centre aisle.
Production
Total Do 28 and 1282 production was over 200 units including military orders, total 1286 production approximately 25.

Type
STOL utility transports

History
The Do 28 Skyservant was the second aircraft to bear the Do 28 designation, but is similar only in overall configuration to the first Do 28.

Dornier's original Do 28 first flew in 1959 and was a twin engined development of the high wing single engine Do 27 utility. The Do 28 Skyservant first flew on February 23 1966, and while it retained the earlier Do 28's high wing and unique side mounted engine configuration, was a completely new aircraft. Other design features of this unusual looking aircraft were the fixed tailwheel undercarriage, with the faired mainwheels mounted under the engines. FAA certification was granted on April 19 1968.

The Do 28 was developed into a number of progressively improved variants, from the original D, through the D1 and D2, to the 1282, introduced in 1980. Each variant introduced a number of detail changes. Most Do 28 production was for military customers, notably Germany, although a small number were delivered to commercial operators.

An initial turboprop version of the Do 28, designated the Do 28D5X, first flew in April 1978, fitted with two Avco Lycoming LTP 1016001As derated to 300kW (400shp).

However production turboprop Dornier 1286s feature Pratt & Whitney Canada PT6As, with the first such configured aircraft flying in March 1980. Only a small number were built between then and 1986, when production ceased, and again most aircraft were for military customers.

The Dornier 228

Powerplants
100 - Two 535kW (715shp) Garrett TPE3315 turboprops driving four blade constant speed Hartzell propellers. 212 - Two 560kW (776shp) Garrett/AlliedSignal TPE3315252Ds.

Performance
100 - Max cruising speed 432km/h (233kt). Initial rate of climb 2050ft/min. Service ceiling 29,600ft. Range at max cruising speed 1730km (934nm), or 1970km (1064nm) at long range cruising speed. 212 - Max cruising speed 434km/h (234kt), cruising speed 408km/h (220kt). Initial rate of climb 1870ft. Service ceiling 28,000ft. Range with max pax and reserves at max cruising speed 1037km (560nm), range with a 775kg (1710lb) payload and reserves at long range cruising speed 2445km (1320nm).
Weights
100 - Operating empty 3235kg (7132lb), max takeoff 5700kg (12,570lb). 212 - Empty 3258kg (7183lb), operating empty 3739kg (8243lb), max takeoff 6400kg (14,110lb).
Dimensions
100 - Wing span 16.97m (55ft 7in), length 15.03m (49ft 3in), height 4.86m (15ft 9in). Wing area 32.0m2 (345sq ft). 212 - Same except for length 16.56m (54ft 4in).
Capacity
Flightcrew of two. 100 - Typical passenger seating for 15. 212 - Typical passenger seating for 19 at two abreast and 76cm (30in) pitch. 228212 based 228 Cargo has a max payload of 2340kg (5159lb). 212 based ambulance accommodates six stretchers and up to nine attendants or passengers.
Production
238 Dornier 228s of all models built, with 112 in commercial service in late 2002. Indian licence production of more than 80 228s (mostly for the Indian military).

Type
15-19 seat regional airliner and STOL utility transport

History
In terms of civil sales the 228 series was Dornier's most successful postwar design.

The Dornier 228 incorporates the fuselage cross section of the earlier Do 28 and 128 combined with an all new high technology supercritical wing and TPE331 turboprops. Two fuselage length versions, the 100 and 200, were developed concurrently, the 100 offering better range, the 200 more payload. The 100 was the first to fly taking to the skies for the first time on March 28 1981, the first 200 followed on May 9 that year. The first 228 entered service in August 1982.

Composites were used in a number of secondary structure areas on the 228 including upper wing skins, nose and tail. At one stage Dornier also planned to offer the Pratt & Whitney Canada PT6A as an optional powerplant, but this never eventuated.

228 developments include the 228-101 with reinforced structure and landing gear for higher weights, the corresponding 228-201 version of the 200, the 228-202 version built under licence production in India with HAL to meet that country's Light Transport Aircraft requirement, and the 228-212.

The 212 is the last Dornier (now Fairchild Aerospace) production aircraft, its improvements include higher operating weights, structural strengthening and a lower empty weight, improvements to enhance STOL performance and modern avionics. The last of 238 Dornier built 228s was completed in 1999. HAL licence production continues.

The British Aerospace Avro RJ70/85/100

Powerplants
RJ70 - Four 27.3kN (6130lb) or 31.1kN (7000lb) AlliedSignal LF-507 turbofans
RJ85/100 - Four 31.1kN (7000lb) AlliedSignal LF-507 turbofans.

Performance
RJ70 - Max operating speed Mach 0.73, cruising speed 763km/h (412kt), long range cruising speed 720km/h (389kt). Range with max fuel 3075km (1660nm), range with max payload 2665km (1440nm).
RJ85 - Same, except range with max fuel 2965km (1600nm), range with max payload 2130km (1150nm).
RJ100 - Same, except range with max fuel 2760km (1490nm), range with max payload 2130km (1150nm).
Weights
RJ70 - Operating empty 23,900kg (52,690lb), max takeoff 43,091kg (95,000lb).
RJ85 - Operating empty 24,600kg (54,239lb), max takeoff 43,998kg (97,000lb).
RJ100 - Operating empty 25.600kg (56,438lb), max takeoff initially 44,225kg (97,500lb), later 46,039kg (101,500lb).
Dimensions
RJ70 - Wing span 26.21m (86ft), length 26.20m (86ft 0in), height 8.61m (28ft 3in). Wing area 77.3m2 (832sq ft).
RJ85 - Same, except length 28.60m (93ft 10 in).
RJ100 - Same, except length 30.99m (101ft 8in).
Capacity
Flightcrew of two.
RJ-70 - Single class seating for alternatively 70 passengers at 84cm (33in) pitch five abreast, or 82 passengers six abreast in a 84cm (33in) pitch configuration, or up to 94 six abreast at 74cm (29in) pitch.
RJ85 - Max seating in passenger cabin for 112 at six abreast and 74cm (29in) pitch. More typical seating configuration for 85 at five abreast and 84cm (33in) pitch.
RJ100 - Maximum seating of 128 passengers at six abreast and 74cm (29in) pitch. Seating arrangements also for 100 at 84cm (33in) pitch and five abreast, and 116 at six abreast.
Production
Production of the Avro RJ series ceased in 2002, after 170 examples had been built, including 12 RJ70, 87 RJ85 and 71 RJ100.

Type
Regional airliner

History
The Avro RJ series are upgraded developments of the BAe-146 family (see separate entry), and like the 146 was built in three fuselage length variants, the RJ70, RJ85 and RJ100.

In 1990 British Aerospace first offered the improved RJ70 and RJ80, both of which were based on the 146-100. They would have seated 70 and 80 passengers respectively, but these two designs matured in the Avro RJ70 (officially Avro 146-RJ70) with improved FADEC equipped LF-507 engines and digital avionics.

The 146-200 based Avro RJ85 was the first member of the new family to fly, on March 23 1992. The biggest member of the family, the 146-300 based RJ100, first flew on May 13 1992. The 146-100 based RJ70 was delivered from late 1993 but due to low customer interest, only 12 were sold.

RJ improvements over the 146 include more reliable and efficient FADEC equipped AlliedSignal (now Honeywell) LF-507 engines, new "Spaceliner" cabin interior and a digital flightdeck. Weight and drag savings were introduced in 1996.

The RJ100 was also offered as the RJ115 with extra emergency exits to seat 116 to 128 in a high density six abreast configuration. None were built however. The RJ was also offered as the Avro Business Jet, but also none of these were built.

The RJ series was originally manufactured and marketed by Avro International Aerospace, a separate British Aerospace company, so named as RJ production was undertaken at the former Avro factory near Manchester (most 146s were built at Hatfield). Subsequent plans for a partnership with Taiwan Aerospace, which would have seen the RJ series built in Taiwan fell through and Avro subsequently became part of AI(R) to handle marketing, sales and support of British Aerospace (Avro and Jetstream) and ATR commercial aircraft. However, AI(R) disbanded in mid 1998 and the Avro RJ range became again a British Aerospace (later BAE Systems) product.

The last RJ was delivered in 2002. A modernised development became the Avro RJX, for which see the separate entry.

The British Aerospace ATP

Powerplants
ATP - Two 1978kW (2653shp) Pratt & Whitney Canada PW126A turboprops driving six blade constant speed BAe/Hamilton Standard propellers. J61 - Two 2050kW (2750shp) PW127Ds.

Performance
ATP - Max cruising speed 493km/h (266kt), economical cruising speed 437km/h (236kt). Range with max payload and reserves 630km (340nm), with 69 passengers and reserves 1480km (800nm). J61 - Max cruising speed 500km/h (270kt). Range with 70 passengers and reserves 1180km (637nm).
Weights
ATP - Operating empty 14,193kg (31,290lb), max takeoff 22,930kg (50,550lb). J61 - Max takeoff 23,678kg (52,200lb).
Dimensions
Wing span 30.63m (100ft 6in), length 26.01m (85ft 4in), height 7.59m (24ft 11in). Wing area 78.3m2 (842.84sq ft).
Capacity
Flightcrew of two. Typical one class seating for 64 to 68 in ATP or 70 in Jetstream 61 at four abreast and 79cm (31in) pitch. Combi versions can take passengers and freight.
Production
Total ATP and Jetstream 61 production of 67 (including 4 J61s) built between 1986 and 1993, of which over 50 are in service.

Type
Turboprop powered regional airliners

History
The largest twin turboprop powered western regional airliners currently in service, the ATP and Jetstream 61 trace their development history back to the British Aerospace 748.

The ATP and J61 are stretched developments of the 748, but they incorporate a great number of major and minor detail changes. The 748's fuselage cross section and basic wing structure were retained, but otherwise the ATP and J61 are all new aircraft.

British Aerospace announced it was developing an advanced derivative of the 748 in March 1984. The BAe ATP, or Advanced TurboProp, first flew on August 6 1986, while the first production aircraft flew in February 1988. Certification was granted in March 1988 and the ATP entered airline service that May.

Compared to the 748 the ATP features a stretched fuselage taking maximum seating up to 72 passengers, while Pratt & Whitney Canada PW126 turboprops drive slow turning six blade propellers. Much of the systems and equipment was new or significantly improved. The flightdeck has EFIS instrumentation, while the cabin interior was thoroughly revised and modernised. The nose was reprofiled and some sweep back was added to the tail.

The further improved Jetstream 61 was marketed and built by the newly created BAe division of Jetstream Aircraft. Apart from the name change it introduced a number of minor technical changes including an interior based on the Jetstream 41 (including the innovative arm rests incorporated into the cabin walls for window seats), more powerful PW127D engines and increased operating weights giving higher speeds and longer range. The Jetstream 61 was available for delivery from 1994, but marketing efforts ceased when the AI(R) consortium was formed because it was a direct competitor to the now disbanded consortium's far more successful ATR 72. Just four were completed.

Meanwhile the last three whitetail ATPs were not sold until late 1998 (two went to British World, one to SunAir of Scandinavia).

JUDUL POSTINGAN

Bandara Internasional Juanda Surabaya, yang terletak di Sidoarjo, Jawa Timur

 Bandara Internasional Juanda Surabaya, yang terletak di Sidoarjo, Jawa Timur, memiliki sejarah panjang yang mencerminkan perkembangan sekto...