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1.2M Quick-deploy Flyaway Antenna

A 1.2m quick-deploy flyaway antenna is a portable, easy-to-assemble satellite communication solution designed for rapid deployment in remote locations. It supports high-speed data transmission, making it ideal for emergency response, broadcasting, and mobile communication needs in field operations.

1.2 Meter Ku/Ka-Band Quick-Deploy Flyaway Antenna System

The 1.2 Meter Quick-Deploy Flyaway Antenna is a portable satellite communication system designed for rapid field deployment. It combines a six-piece carbon-fiber reflector, a pre-assembled tripod base with pull pins, Ku- and Ka-band feed options, adjustable feet, and engraved azimuth, elevation, and polarization settings. The antenna can be assembled in approximately five minutes without tools for broadcasting, emergency response, government, military, and remote industrial communication applications.





Portable SATCOM System

Rapid Deployment for Field Communications

The 1.2 Meter Quick-Deploy Flyaway Antenna System uses precision-assembled reflector panels and a rugged portable structure for high-speed satellite communication in field environments. Its segmented reflector, tripod base, positioning adjustments, and optional transport cases are designed to support fast setup and practical movement between operating locations.


1.2 m
Reflector diameter option

5 min
Tool-free setup time

Ku / Ka
Feed systems available

6
Carbon-fiber reflector pieces


Key Features

Built for Portable and Accurate Setup

The system combines lightweight reflector construction with mechanical features intended to reduce assembly time and support accurate field alignment.

01


Carbon-Fiber Reflector

The six-piece folding reflector is made of carbon fiber, providing low weight, high structural strength, and accurate reflector geometry.

02


Pre-Assembled Tripod Base

The tripod base uses pull pins for quick assembly and reduces the number of separate installation steps required in the field.

03


Ku- and Ka-Band Options

Ku- and Ka-band feed systems are available to support different satellite communication requirements.

04


Sturdy Equipment Boom

The boom is designed to securely accommodate outdoor units used with the antenna system.

05


Optional Transport Cases

Optional lightweight cases are available to simplify transportation and protect system components during movement.

06


Five-Minute Assembly

The antenna is designed for setup in approximately five minutes without requiring assembly tools.

07


Uneven-Surface Adjustment

Adjustable feet help stabilize the antenna when it is deployed on uneven ground or field surfaces.

08


Engraved Positioning Angles

Azimuth, elevation, and polarization angles are engraved on the antenna to support repeatable positioning and alignment.



Applications

The portable structure and rapid assembly design support temporary and mobile satellite communication requirements across the following operating environments.

1

Satellite News Gathering and Broadcasting

For mobile news crews, temporary broadcast links, and live event communication.

2

Government and Military Operations

For field communication requirements during governmental operations and military exercises.

3

Remote Business Operations

For oil, gas, mining, and other operations located beyond normal terrestrial communication coverage.

4

Emergency Response and Homeland Security

For establishing temporary communication channels during emergency-response activities.

5

Live Streaming and Critical Data Transmission

For live video transmission and other time-sensitive data communication tasks.


Technical Summary

Product Specifications

Parameter Specification
Reflector Material Carbon Fiber
Diameter 0.75 / 1.0 / 1.2 Meters
Frequency Bands Ku and Ka Band
Setup Time 5 Minutes, No Tools Needed
Mount Type Pre-Assembled Tripod Base with Pull Pins
Feed Systems Available Ku and Ka Band
Transportation Optional Lightweight Cases
Adjustment Features AZ, EL, Pol. Angles Engraved, Adjustable Feet



Model Data Sheets

Download the corresponding document for model-specific RF, mechanical, transport, and environmental specifications.



Configuration Information

When discussing a system configuration, specify the required reflector diameter, Ku- or Ka-band feed system, outdoor unit arrangement, positioning requirements, and whether lightweight transport cases are required.

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