AvL Model 930 98cm Tri-Band Motorized Fly-Away Satellite Antenna

AvL Model 930 98cm Tri-Band Motorized Fly-Away Satellite Antenna

The AvL Model 930 is a high-performance 98 cm motorized fly-away satellite antenna engineered for rapid deployment in military, government, broadcast, emergency response, and enterprise SATCOM applications. Featuring high-efficiency tri-band RF optics, a lightweight carbon fiber reflector, and an integrated motorized auto-acquisition positioner, the Model 930 delivers fast, reliable satellite connectivity for mission-critical communications.

Designed for single-operator deployment, the Model 930 can be assembled in less than five minutes and typically completes automatic satellite acquisition in approximately seven minutes. The antenna supports Ku-band, Ka-band, and X-band feed configurations, including commercial, military, WGS, and GX applications. A web-based Ethernet interface, quarter-turn feed engagement, and flexible BUC integration make the Model 930 an ideal solution for demanding mobile SATCOM operations.

Key Features:

• 98 cm motorized fly-away satellite antenna

• High-efficiency tri-band RF optics

• Motorized automatic satellite acquisition

• Less than five-minute deployment

• Typical seven-minute acquisition time

• Lightweight nine-piece carbon fiber reflector

• Web-based Ethernet acquisition interface

• Quarter-turn bayonet RF feed engagement

• Supports Ku-, Ka-, and X-band feed options

• Commercial, military, WGS, and GX compatible

• Rear-mounted or remote BUC installation

• Compact two-case transport system

• Designed for military, government, broadcast, and emergency communications

Why Choose the AvL Model 930?

The AvL Model 930 combines a larger 98 cm reflector, motorized auto-acquisition, and high-efficiency tri-band RF optics to deliver exceptional RF performance in a highly portable platform. Designed for demanding field deployments, it supports Ku-, Ka-, and X-band satellite communications with fast deployment, automatic acquisition, and compatibility with commercial, military, WGS, and GX satellite networks.