Wideband GPS/UHF 2 dB Gain Antenna, 403–527 MHz

Motorola

$181.43
(No reviews yet) Write a Review
Part Number:
HAE6019A
Adding to cart… The item has been added
Need Help?

Need Help?

Our team of experts is here to help.

Need Help?

Request Quote

We are Online.

Need Help?

Call Us Today

(302) 281-1548

The Motorola HAE6019A is a wideband combination GPS and UHF mobile antenna that provides two-way radio communication and satellite-positioning reception through one professional vehicle installation.

Its 2 dB gain design covers the exceptionally broad 403–527 MHz UHF range, making it a versatile antenna solution for compatible Motorola mobile radio systems.

Featuring permanent through-hole mounting and a Mini-UHF radio connector, this genuine Motorola antenna supports voice, data and GPS vehicle-location applications.


Key Features

  • Combination UHF and GPS antenna

  • Wide UHF frequency range of 403–527 MHz

  • 2 dB UHF gain

  • Integrated GPS reception

  • Permanent through-hole mounting

  • Mini-UHF radio-frequency connector

  • Approximately 11-inch antenna height

  • Supports voice, data and vehicle-location applications

  • Reduces the need for separate UHF and GPS antennas

  • Genuine Motorola accessory

  • Motorola part number HAE6019A

Important Frequency Correction

Motorola officially specifies the HAE6019A for operation from 403–527 MHz, rather than 450–527 MHz.

This broader range is an important selling feature because it allows the antenna to support compatible radios across much of the commercial UHF spectrum. The connected radio must still operate within its own approved frequency split.

Combined Radio and GPS Coverage

The HAE6019A combines a wideband UHF communication antenna and GPS antenna into one vehicle-mounted assembly. It supports two-way voice and data communication while providing satellite reception for compatible radio location and fleet-tracking features.

This combined design creates a cleaner installation and requires less mounting space than separate UHF and GPS antennas.

Wideband 2 dB Performance

The antenna’s 2 dB gain design provides a balance of broad frequency coverage and dependable mobile communication performance. Its wide 403–527 MHz range can simplify antenna selection for organizations operating different compatible UHF radio configurations.

Actual communication range depends on the connected radio, terrain, mounting location, surrounding structures and system configuration.

Permanent Through-Hole Installation

The HAE6019A is designed for permanent installation through a suitable metal vehicle roof or trunk surface. Mounting near the center of a metal roof generally provides the strongest available ground plane and the most consistent UHF performance.

Professional installation is recommended to ensure proper placement, weather sealing, cable routing and connector installation.

Radio Compatibility

The HAE6019A is compatible with select GPS-capable Motorola UHF mobile radios operating within the 403–527 MHz range and using the appropriate Mini-UHF connection, including properly configured models from several MOTOTRBO mobile radio families.

Compatibility depends on:

  • The radio’s exact UHF frequency split

  • GPS capability

  • Antenna connector type

  • Radio programming and location-service configuration

Confirm all compatibility requirements before ordering.

Important GPS Requirement

The connected radio must support GPS functionality for the integrated GPS portion of the antenna to operate. Location features may also require proper radio programming, compatible dispatch software or an active fleet-management configuration.

Why Choose the Motorola HAE6019A?

The HAE6019A combines exceptionally broad UHF coverage, 2 dB gain and GPS reception in one professional antenna system. It is an excellent choice for fleets that need a versatile 403–527 MHz antenna and vehicle location reporting without installing separate antennas.

For assistance confirming radio compatibility or selecting the correct combination antenna, contact Delmarva Communications before ordering.