Aircraft Technical Data

British Aerospace Avro RJ70/85/100

Details
Country of Origin United Kingdom
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.

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.
Related Links British Aerospace Avro RJ70/85/100

The backbone of this section is from the The International Directory of Civil Aircraft by Gerard Frawley and used with permission. To get your own copy of the book click here.