AVL Technologies Model 1098FA 1.0m Mobile Motorized VSAT FlyAway antenna
Ideal for fly and drive applications such as newsgathering, remote internet and emergency communications.
1098FA Case Based PIB MVSAT
AVL Technologies Model 1098FA Mobile Motorized VSAT FlyAway antenna is an ideal system for MVSAT applications that require DSL, T1, and Cable internet speeds in remote areas. The 1098 FA series packs into two rugged and compact transport cases which provide extreme portability and easy mobility. This system is easily deployed by two personnel.
Field Upgradable
The 1098's versatile platform also features an upgraded fly & drive kit which allows the antenna system to be mounted to a large assortment of vehicles including compact cars, trucks, all-terrain vehicles and trailers.
Lightweight
AVL's composite reflector construction provides a ruggedized yet light weight platform which delivers exceptional gain characteristics while maintaining a highly versatile mobile footprint. A 2-port precision Ku-Band feed also comes standard.
Typical applications of the 1098 antenna include:
Broadband internet access
Military - Net-Centric Communications Logistics
Special forces
War fighters
Homeland Security & Defense
First Responders
Emergency backup and recovery services
Police & Law enforcement
Fire-Fighting
Ambulance
Red Cross
FEMA Local government services
Mobile Libraries (book mobiles)
Disaster recovery
Remote medicine
Insurance companies
Oil and gas exploration
Mining, forestry and construction operations
Secure, high speed digital communications
Voice, data, fax, communications
Teleconferencing Wide area private network extension
Video broadcasting IP based communcations
Data Collection - Natural resources; Remote construction; mobile office; Mobile Sports and News Reporting
Movie Productions
Recreational vehicles
Mechanical |
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Az/El Drive |
Motorized AvL Low Backlash Cable Drive System (Patent Pending) |
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Polarization Drive System |
Motorized Worm Gear |
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Reflector Construction |
Composite Resin/Fiber Construction |
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Axis Travel |
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Azimuth |
400 _ (±200°) |
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Elevation (reflector boresight) |
0 _-90 _ antenna boresight (true elevation readout from calibrated inclinometer) |
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Polarization |
_ 95° |
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Az/El Speed |
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Slewing/Deploying (typical) |
2 _/second azimuth; 2 _/second elevation; 2 _/second polarization |
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Peaking |
0.2 _/second |
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Motors |
24V DC variable speed, constant torque |
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Standard Integration Interfaces |
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Tx Input @ Feed |
Ku: WR 75 Cover Flange at Feed Tx Port; Type F coax from BUC to base |
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Rx Input (AvL-supplied coax) |
Type F coax from LNB to base |
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BUC (& other CFE) Mounting |
Feed boom (maximum weight 16 lbs.) |
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Controller Interface |
One 30-ft. cable with connector from base connector panel to controller |
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Manual/Emergency Drive |
Common handcrank for az, el, and pol axes |
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Weight – Std. Positioner Case |
TBD |
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Weight – Std. Reflector Case |
Dependent on reflector size and segmentation – TBD |
Environmental |
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Wind – Survival |
Deployed: 75 mph (121 kph); Stowed: 100 mph (161 kph) |
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Wind - Operational |
45 mph (72 kph) |
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Pointing Loss in Wind (Ku RX): |
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20 mph (32 kph) |
0.5 dB (0.5 deg) typ. |
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30 gusting 45 mph (48/72kph) |
1.0 dB (1.0 deg) typ. |
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Temperature: |
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Operational |
-25°F to 125°F (-32°C to 52°C) |
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Survival |
-40°F to 140°F (-40°C to 60°C) |
Great for a multitude of satellite communications applications ranging from remote video broadcasting, disaster communications, portable and semi portable internet access services, emergency communications and SNG
