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Datasheet Number STRUCTURE TECHNICAL SUMMARY CLASSIFICATION RADOME MAIN APPLICATION GEOMETRIC PATTERN DESIGN WIND SPEED DESIGN CODES EXTERNAL FINISH PSR & MSSR RADAR GEODESIC 75 m/s BS5950, BS6651 RAL RANGE – SEMI GLOSS OUTSIDE DIA. 16m INSIDE FREE . RADOME SHAPE DES. SNOW LOAD OPERATING TEMP. OPERATING ENV . 15.7m DOUBLE CURVATURE 150 kg/ m 2 -40 0 C TO + 60 0 C ARCTIC, TROP, DESERT PRODUCT DESCRIPTION The AlanDick 16m Geodesic Radome has been designed to house military or civilian radar antennas, typically for PSR & MSSR. The structure comprises 71 geometric panels to create a full sphere. The radome is formed by bolting the panels together using stainless steel fixings. The radome is secured to the supporting structure via an integral return flange at its truncated base which incorporates the necessary bolt holes. The radome panes are RF engineered to ensure that antenna attenuation is compliant with the Customer’s specification. The RF design takes into account the radome interpanel flanges and any accessories required. STRUCTURES DATASHEET Radomes for Satcomms, ATC, PSR, MSSR & Weather Radars www.alandickrc.com [email protected]

STRUCTURES DATASHEET Radomes for … Number Elevation View STRUCTURES DATASHEET Radomes for Satcomms, ATC, PSR, MSSR & Weather Radars [email protected] Alan Dick Radar & Cellular

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Page 1: STRUCTURES DATASHEET Radomes for … Number Elevation View STRUCTURES DATASHEET Radomes for Satcomms, ATC, PSR, MSSR & Weather Radars contact@alandickrc.com Alan Dick Radar & Cellular

Datasheet Number

STRUCTURE TECHNICAL SUMMARY

CLASSIFICATION RADOME

MAIN APPLICATION

GEOMETRIC PATTERN

DESIGN WIND SPEED

DESIGN CODES

EXTERNAL FINISH

PSR & MSSR RADAR

GEODESIC

75 m/s

BS5950, BS6651

RAL RANGE – SEMI GLOSS

OUTSIDE DIA. 16m

INSIDE FREE .

RADOME SHAPE

DES. SNOW LOAD

OPERATING TEMP.

OPERATING ENV .

15.7m

DOUBLE CURVATURE

150 kg/ m2

-400 C TO + 600 C

ARCTIC, TROP, DESERT

PRODUCT DESCRIPTION

The AlanDick 16m Geodesic Radome has been designed to house military or civilian radar antennas, typically for PSR & MSSR.

The structure comprises 71 geometric panels to create a full sphere. The radome is formed by bolting the panels together using stainless steel fixings. The radome is secured to the supporting structure via an integral return flange at its truncated base which incorporates the necessary bolt holes.

The radome panes are RF engineered to ensure that antenna attenuation is compliant with the Customer’s specification. The RF design takes into account the radome interpanel flanges and any accessories required.

STRUCTURES DATASHEETRadomes for Satcomms, ATC, PSR, MSSR & Weather Radars

www.alandickrc.com

[email protected]

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Alan Dick Radar & Cellular Ltd Kestrel Court, Waterwells Drive Quedgeley, GLOUCESTER GL2 2AT U.K. Tel.+44 1452 260097
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Page 2: STRUCTURES DATASHEET Radomes for … Number Elevation View STRUCTURES DATASHEET Radomes for Satcomms, ATC, PSR, MSSR & Weather Radars contact@alandickrc.com Alan Dick Radar & Cellular

Datasheet Number

Elevation View

STRUCTURES DATASHEETRadomes for Satcomms, ATC, PSR, MSSR & Weather Radars

www.alandickrc.com

[email protected]

alodge
Typewritten Text
Alan Dick Radar & Cellular Ltd Kestrel Court, Waterwells Drive Quedgeley, GLOUCESTER GL2 2AT U.K. Tel.+44 1452 260097
alodge
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Typewritten Text
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