- Technical Specifications
- Support Documents
The General Dynamics SATCOM Technologies lightweight 2.4-meter motorized flyaway antenna is designed for worldwide transmit and receive operation in C, X, Ku and Ka-band. This flyaway antenna consists of a carbon fiber composite reflector, a cable-driven elevationover-azimuth positioner and an aluminum/CFRP support structure. This results in a low-weight, motorized antenna with superior stiffness and high performance under wind loading conditions.
The unique shape and the accurate reflector surface provide exceptionally low sidelobe and cross-polarization performance meeting INTELSAT and EUTELSAT requirements. Repeatability is maintained with precision registration of the nine reflector segments and the feed support structure. The interchangeable feeds are palletized for quick, easy removal and replacement, allowing the enduser to effectively change frequency bands in the field within minutes. The complete antenna system, including a single feed and a motorized positioner, is packaged in eight robust, portable cases.
- Carbon fiber reflector: Lightweight, precision surface and high stiffness
- Cable-driven positioner: Composite/aluminum construction, lightweight, sturdy
- Easy deployment: Two-person assembly in less than 15 minutes, captive hardware and precision alignment. No tools required for assembly.
- Auto-acquisition with DVB reference
- 24 VDC or 100-240 VAC input
- High performance: Low sidelobes and high EIRP capability – FCC, ITU, DISA, ARSTRAT sidelobe compliant
|Elevation Travel||0° to 90°|
|Polarization Travel||±90° (linear polarization), optional motorized polarization available|
|Reflector Structure||Carbon fiber composite|
|Pedestal Structure||Aluminum/carbon fiber composite/cable drive elevation over azimuth positioner|
|Operational (with ballast)||20 mph (32 km/h) gusting to 30 mph (48 km/h)|
|Survival (with tie-downs)||45 mph (72 km/h) gusting to 60 mph (97 km/h); antenna must be driven to stow position (90° elevation)|
|Pointing Loss (operational winds)||Maximum 2.0 dB peak loss; performance dependent on controller|
|Operational||-22° to +122° F (-30° to +50° C)|
|Survival||-40° to +158° F (-40° to +70° C)|
|Relative Humidity (operational and survival)||0% to 100%|
|Solar Radiation||360 BTU/h/ft2 (1000 Kcal/h/m2)|
|Shock and vibration||As encountered during shipment by commercial air, sea or land|
|Corrosive Atmosphere||As encountered in coastal regions and/or heavily industrialized areas|
|(View our PDF Datasheet for more information)|