Key Specifications

This pack contains 10 UHF antennas designed for reliable performance on the 403-527MHz frequency range.

• Quantity: 10 pieces
• Frequency Range: 403-527MHz
• Type: UHF Antenna

Compatibility

These antennas are specifically designed as replacement accessories for a wide array of Motorola two-way radio models. Ensure seamless communication by using compatible parts for your essential devices.

• Compatible with Motorola XIR P8668i
• Compatible with Motorola XIR P8600
• Compatible with Motorola XIR P8608
• Compatible with Motorola GP328D
• Compatible with Motorola GP338D
• Compatible with Motorola DGP8550
• Compatible with Motorola DGP5050
• Compatible with Motorola DEP550
• Compatible with Motorola DEP350

Reliable Communication

Maintain optimal performance and clear communication with your Motorola radios using these high-quality UHF antennas. They are built to meet the demands of professional communication environments, ensuring your team stays connected.

Why Choose These Antennas?

These antennas offer a cost-effective solution for replacing damaged or lost antennas, or for equipping multiple units with backup communication capabilities. Their specific design ensures a proper fit and function with compatible Motorola models.

Frequently Asked Questions:

What is the frequency range of these UHF antennas?

These UHF antennas operate on a frequency range of 403-527MHz. This range is suitable for many professional two-way radio communication systems.

Which Motorola radio models are compatible with these antennas?

These antennas are compatible with a wide range of Motorola models, including XIR P8668i, P8600, P8608, GP328D, GP338D, DGP8550, DGP5050, DEP550, and DEP350.

How many antennas are included in this package?

This package includes a set of 10 UHF antennas. This provides ample replacements or spares for your radio communication needs.

Are these antennas suitable for professional use?

Yes, these UHF antennas are designed for reliable performance and are suitable for professional two-way radio communication environments.