403–527 MHz 2 dB Wideband UHF Mobile Antenna

Cover an exceptionally broad range of UHF frequencies with the Motorola HAE6022A 2 dB Wideband Through-Hole Antenna.

Motorola currently specifies this genuine mobile antenna for 403–527 MHz, providing substantially broader coverage than the older 403–470 MHz description associated with some catalogs.

Its 2 dB gain, permanent through-hole mount and Mini-UHF radio connection make it a versatile choice for commercial fleets using compatible Motorola UHF mobile radios.

Key Features

• Covers the wide 403–527 MHz UHF frequency range

• Provides 2 dB gain for balanced wide-area performance

• Supports multiple commonly used UHF radio segments

• Omnidirectional pattern provides coverage around the vehicle

• Through-hole mount creates a secure permanent installation

• Mini-UHF connector supports compatible Motorola mobile radios

• Approximately 11-inch antenna height

• Genuine Motorola Solutions antenna accessory

Product Specifications

• Manufacturer: Motorola Solutions

• Part Number: HAE6022A

• Product Type: Wideband UHF mobile antenna

• Frequency Range: 403–527 MHz

• Frequency Band: UHF

• Gain: 2 dB

• Radiation Pattern: Omnidirectional

• Approximate Antenna Height: 11 inches

• Mounting Type: Through-hole

• Radio Connector: Mini-UHF

• Installation Type: Permanent vehicle mount

Important Frequency Clarification

Some older product descriptions identify the HAE6022A as covering 403–470 MHz. Motorola’s current product specification lists the complete operating range as 403–527 MHz.

This broader range covers several common UHF segments, including:

• 403–430 MHz

• 430–450 MHz

• 450–470 MHz

• 470–494 MHz

• 494–512 MHz

• Frequencies extending through 527 MHz

The antenna must still match the radio’s programmed frequencies and authorized system configuration.

Wideband UHF Flexibility

The HAE6022A can reduce the need to stock several narrowly tuned antennas for fleets using different UHF radio ranges. This makes it particularly useful for:

• Mixed UHF radio fleets

• Fleet standardization

• Radio-service departments

• Vehicles that may be reassigned between systems

• Organizations using frequencies across multiple UHF segments

Balanced 2 dB Performance

The 2 dB design provides a balance between horizontal gain and vertical coverage. It offers increased gain compared with many standard quarter-wave antennas without producing the extremely compressed vertical pattern associated with higher-gain models.

This makes it suitable for urban, suburban and moderately varied terrain.

Compatible Radio Families

Designed for select Motorola UHF mobile radios operating within 403–527 MHz, including compatible:

• CM200d

• CM300d

• XPR 2500

• XPR 4000 Series

• XPR 5000 Series

• XPR 5000e Series

• CDM Series

• MOTOTRBO DM and DGM Series

• Select GM, PM and XiR mobile radios

Compatibility depends on the radio’s exact frequency range and Mini-UHF antenna connection. Please verify both before ordering.

Permanent Through-Hole Installation

Installation requires drilling an appropriate mounting hole through a suitable vehicle roof or conductive metal surface. Professional installation is recommended to ensure:

• Proper antenna grounding

• Weather-resistant sealing

• Safe coaxial-cable routing

• Correct antenna placement

• Verification of antenna tuning and reflected power

• Compliance with RF-exposure requirements

Important Product Distinction

The HAE6022A is a complete non-GPS RF antenna configuration with a Mini-UHF connection. It is different from the HAE6029A, which is the antenna element only and requires a separate compatible NMO mounting base and cable.

Package Contents

• One Motorola HAE6022A 403–527 MHz antenna

• Through-hole mounting base

• Attached coaxial cable

• Mini-UHF radio connector

Mobile radio, GPS equipment and installation tools are not included.

Why Buy from Delmarva Communications?

Delmarva Communications supplies genuine Motorola Solutions antenna equipment backed by knowledgeable support. Our team can help verify frequency compatibility and determine whether this wideband antenna is appropriate for your radio system.