This new book reviews critically recent studies of fire control, and describes the essentials of naval gunnery in the dreadnought era. With a foreword by Professor Andrew Lambert, it shows how, in 1913, the Admiralty rejected Arthur Pollen's Argo system for the Dreyer fire control tables. Many naval historians now believe that, consequently, British dreadnoughts were fitted with a system that, despite being partly plagiarised from Pollen's, was inferior: and that the Dreyer Tables were a contributory cause in the sinking of Indefatigable and Queen Mary at Jutland. This book provides new and revisionist accounts of the Dreyer/Pollen controversy, and of gunnery at Jutland. In fire control, as with other technologies, the Royal Navy had been open, though not uncritically, to innovations. The Dreyer Tables were better suited to action conditions (particularly those at Jutland). Beatty's losses were the result mainly of deficient tactics and training: and his battlecruisers would have been even more disadvantaged had they been equipped by Argo. It follows the development of the Pollen and Dreyer systems, refutes the charges of plagiarism and explains Argo's rejection.
It outlines the German fire control system: and uses contemporary sources in a critical reassessment of Beatty's tactics throughout the Battle of Jutland.
Buy Dreadnought Gunnery and the Battle of Jutland book by John Brooks from Australia's Online Bookstore, Boomerang Books.
(234mm x 156mm x 20mm)
Frank Cass Publishers
Publisher: Taylor & Francis Ltd
Country of Publication:
Author Biography - John Brooks
John Brooks read Natural and Electrical Sciences at St. Johns' College, Cambridge before joining Elliott Automation in 1964 at the beginning of his industrial career in computing and telecommunications. For many years, he has been a student of the history of technology. His first paper, on circular dividing engines, was published in 1992, when he also joined the Department of War Studies, King's College, London as a part-time post-graduate student. He has since published a number of articles on naval fire control and, after retirement, was awarded his doctorate in 2001.