Concept

Miles Martinet

Summary
The Miles M.25 Martinet was a target tug aircraft of the Royal Air Force (RAF) and Fleet Air Arm (FAA) that was in service during the Second World War. It was the first British aircraft to be designed specifically for target towing. Work on the Martinet was started in response to the RAF's shortage of obsolete frontline aircraft for target towing duties. A derivative of the Master trainer, it was designed to have as much commonality with existing production aircraft as possible. The first prototype Martinet made its maiden flight on 24 April 1942; quantity production started immediately. A total of 1,724 Martinets were produced, of which the majority were operated either by the RAF or FAA, although some were used by overseas and civilian operators. The Martinet was also developed into a relatively secret aircraft in response to Specification Q.10/43, which called for a radio-controlled target drone. This aircraft, designated the M.50 Queen Martinet, was only produced in small numbers, and its existence was a state secret until 1946. Several other derivatives of the basic airframe were also produced, including a dedicated glider tug and a trainer variant. Before 1941, the target tug role had been met by reusing former frontline aircraft which had either become obsolete or were surplus to requirements. However, while the crucial Battle of Britain was being waged and attrition rates were driven high amongst either side, the RAF found itself with a shortage of frontline aircraft. Seeking to avoid withdrawing existing combat-capable aircraft to perform as target tugs, the Air Ministry opted to procure new build aircraft specifically for this need, approaching Miles Aircraft Ltd with a request to rapidly produce a specialised target tug aircraft based upon the Miles Master trainer aircraft. The requirements were formalised by the Ministry as Specification 12/41. Amongst the listed requirements was a stipulation that, in order simplify manufacturing as much as possible, the envisioned aircraft ought maximise the use of standardised components wherever feasible.
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