Paper
23 December 1980 RF-5E Tactical Reconnaissance Standoff Photography Concept
Ronald M. Gibb
Author Affiliations +
Abstract
Standoff oblique photography should become an increasingly important requirement for tactical reconnaissance systems in any future conflict. Strongly defended targets and limited command resources may make over-flights undesirable, with the result that intelligence data may be obtained from standoff imagery. Rapidly changing scenarios and new hardware development make it mandatory that tactical recon systems provide full-flight envelope data acquisition capability. Photography is a very efficient and cost-effective data collection system and is compatible with many of the world's air forces' resource capabilities. The RF-5E reconnaissance aircraft has been developed to meet the standoff oblique photography requirements in addition to the standard vertical photo and infrared reconnaissance requirements. The RF-5E incorporates prism type panoramic cameras, combined with aircraft primary V-type windows to permit in-flight selection by the pilot of vertical or wide angle, left or right, standoff photos. In addition, the RF-5E incorporates a pallet concept which permits mission reconfiguration from a 24-inch focal length pan camera to a 66-inch focal length multiframe camera. This paper describes the develop-ment history, concepts and capabilities of the RF-5E aircraft relative to standoff photography.
© (1980) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Ronald M. Gibb "RF-5E Tactical Reconnaissance Standoff Photography Concept", Proc. SPIE 0242, Long Focal Length, High Altitude Standoff Reconnaissance, (23 December 1980); https://doi.org/10.1117/12.959261
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KEYWORDS
Cameras

Sensors

Photography

Reconnaissance

Panoramic photography

Nose

Fourier transforms

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