Rex Pierson

Rex Pierson
Born 9 February 1891
Little Fransham, Norfolk, England
Died 10 January 1948
Cranleigh, Surrey, England
Nationality United Kingdom
Education Felsted School
Work
Engineering discipline Aircraft designer
Institution memberships Vickers Limited
Vickers-Armstrongs Limited
Significant design Vickers Vimy
Significant awards Commander of the Order of the British Empire

Reginald Kirshaw "Rex" Pierson CBE (1891–1948) was an English aircraft designer and chief designer at Vickers Limited later Vickers-Armstrong.[1] He was responsible for the Vickers Vimy heavy bomber during the first world war and the first aircraft to cross the atlantic non-stop and was chief designer of the 1930s Vickers Wellington.[1]

Pierson was born 9 February 1891 at Little Fransham, Norfolk the son of the rector the Reverend Kirshaw T. Pierson and his wife Helen Mary, he was educated at the Felsted School in Essex.[1] Although his father wanted him to work in a Bank young Pierson started an apprenticeship in 1908 with Vickers at Erith.[1] As soon as the company started an aircraft section in 1911 he joined that part of the company and learned to fly.[1] He gained Royal Aero Club Aviators's certificate number 660 on 14 October 1913 at Brooklands.[1] By 1917 he was chief aircraft designer at Vickers.[1]

In 1917 he designed the twin-engined Vickers Vimy biplane heavy bomber which entered service with the Royal Air Force in 1919.[1] A Vimy was used to make the first non-stop crossing of the Atlantic Ocean by Alcock and Brown in June 1919.[1] Among his designs were the Vickers Vespa which held a world height record in 1932 and the Vickers Wellesley which held a world long distance record in 1938.[1] He later was chief designer of the Vickers Wellington twin-engined bomber.[1]

He died after a long illness at his home in Cranleigh, Surrey on 10 January 1948 aged 56.[1]

References

  1. ^ a b c d e f g h i j k l "Mr.R.K.Pierson - Designer of the Wellington" (Obituaries). The Times (London). Monday, 12 January 1948. Issue 50966, col E, p. 7.