• Airborne Maritime Surveillance Radar, Volume 1
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Airborne Maritime Surveillance Radar, Volume 1

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Today, air-to-surface vessel (ASV) radars, or more generally airborne maritime surveillance radars, are installed on maritime reconnaissance aircraft for long-range detection, tracking and classifi...
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  • 07 August 2018
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Today, air-to-surface vessel (ASV) radars, or more generally airborne maritime surveillance radars, are installed on maritime reconnaissance aircraft for long-range detection, tracking and classification of surface ships (ASuW—anti-surface warfare) and for hunting submarines (ASW—anti-submarine warfare). Such radars were first developed in the UK during WWII as part of the response to the threat to shipping from German U-boats. This book describes the ASV radars developed in the UK and used by RAF Coastal Command during WWII for long-range maritime surveillance.
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Price: £29.56
Publisher: Morgan & Claypool Publishers
Imprint: Morgan & Claypool Publishers
Publication Date: 07 August 2018
ISBN: 9781643270654
Format: eBook
BISACs:

SCIENCE / Applied Sciences, SCIENCE / Physics / General, TECHNOLOGY & ENGINEERING / Materials Science / Electronic Materials
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A Note on units Acknowledgements Author biography List of abbreviations 1.ASV Radar Development 1.1.Introduction 1.2.RAF Coastal Command 1.3.Airborne Radar Development and Trials Organizations 1.3.1.Post WWII1.4.The First Airborne Radar 1.5.Outline of the book 1.6.References 2.ASV Mk. I and II 2.1.ASV Mk. I 2.2.ASV Mk. II 2.2.1.LRASV development 2.2.2.ASV Mk. II equipment 2.2.3.Radar Installations 2.2.4.ARI 5136, Common T & R 2.2.5.Performance of ASV Mk. II 2.2.6.Leigh Light 2.2.7.Disappearing Contacts 2.2.8.The Vixen Attenuator 2.3.The value of ASV Mk. II 2.4.References 3.ASV Mk. III 3.1.Operational Requirement for ASV in October 1942 3.2.Centimetric Airborne Radar Development and Trials 3.3.ASV Mk. III Description 3.3.1.Waveform Generator Type 26 3.3.2.Transmitter-Receiver (T2R Unit) TR. 3191 or TR. 3159 3.3.3.Receiver Unit 3.3.4.Indicator Unit Type 162 3.3.5.Switch Unit Type 207 3.3.6.Scanner Type 51 3.3.7.Power Unit, Type 280 3.3.8.Setting up and operating the radar 3.4.ASV Mk. IIIC3.5.Improvements to ASV Mk. III 3.5.1.ASV Mk. IIIB 3.5.2.Sea Return Discriminator 3.6.Detection Performance of ASV Mk. III 3.7.Conclusions 3.8.References 4.ASV Mk. VI 4.1.Requirement for ASV Mk. VI 4.2.ASV Mk. VI, ARI 5568 4.2.1.Scanner Type 67 4.2.2.Modulator Type 158 4.2.3.Transmitter Receiver TR3519 4.2.4.Receiver R3553 or R3554 4.2.5.Attenuator, Type 53 4.2.6.Switch Unit 4.2.7.Indicator Unit Type 162B 4.2.8.Wavemeter Type 1632 (Echo Box) 4.3.ASV Mk. VIA, ARI 5571 4.3.1.Scanning Unit, Type 68 4.3.2.Strobe Unit Type 63 4.3.3.Strobe Control Unit Type 454 4.3.4.Leigh Light Indicator and Pilot’s Indicator 4.4.ASV Mk. VIB, ARI 5604 4.4.1.AFC 4.4.2.Attenuator Type 58 4.4.3.Indicating Unit Type 162C 4.5.ASV Mk. VIA in a Wellington XIV 4.6.ASV Mk. VIC on Sunderland aircraft, ARI 5634 4.7.ASV Mk. VI Performance 4.7.1.ASV Mk. VIA Performance 4.8.Improvements to ASV Mk. VI 4.9.References 5.ASV Mk VII 5.1.Development of ASV Mk. VII 5.2.References 6.Lucero 6.1.The Lucero Interrogator 6.2.Lucero Trials results 6.3.References 7.Comparative Performance Assessment 7.1.Introduction 7.2.ASV Mk. II & III 7.3.ASV Mks III, VI & VII 7.3.1.Comparative Trials 7.3.2.Predicted performance of ASV Mks III, VI and VII 7.4.References 8.Conclusions 8.1.Other ASV Radars 8.1.1.USA radars 8.1.2.ASV for Coastal Command Strike Aircraft and FAA 8.2.The Schnorkel 8.3.Coastal Command at the end of WWII 8.4.References