Kathrein HREIN Mobile Communication Antenna 62-300 MHz 0 dB Gain with RG58 Cable 5 m and Spring Base, 1285 mm

Reliable radio communication in vehicles demands an antenna that can withstand constant vibration and harsh weather while maintaining a stable signal across VHF and UHF bands. The Kathrein HREIN antenna answers this challenge with a rugged spring-loaded base and a broadband design covering 62–300 MHz, making it a dependable choice for land mobile radio (LMR) applications in commercial fleets, public safety, and amateur radio setups.

Who is it for

This antenna is built for professionals who depend on clear two-way radio communication on the move: truck drivers, utility crews, emergency responders, and radio enthusiasts. Its 0 dB gain provides omnidirectional coverage, ideal for urban areas with repeaters or for short-to-medium range communication where a broad radiation pattern is more important than directional gain.

Main features

• Wide frequency range from 62 MHz to 300 MHz covers VHF low band, VHF high band, and parts of UHF, ensuring compatibility with many radio systems.
• Spring-loaded base absorbs shocks and impacts, protecting the antenna from damage when hitting low obstacles or during high-speed driving.
• Includes a 5-meter RG58 coaxial cable, offering flexibility in installation and routing to your radio.
• 50 Ohm impedance matches standard mobile radio equipment for optimal power transfer and minimal signal loss.
• Durable construction with a total length of 1285 mm provides good reception without being overly tall for most vehicles.

Specifications

• Brand: Kathrein
• Model: HREIN
• Frequency Range: 62 - 300 MHz
• Gain: 0 dB
• Cable Type: RG58
• Cable Length: 5 m
• Impedance: 50 Ohm
• Antenna Length: 1285 mm
• Mounting Feature: Spring-loaded base
• Application: Land Mobile Radio (LMR), VHF/UHF Communication
• EAN: 4021121344817
• MPN: K50534

Tips

For optimal performance, mount the antenna on a metal surface to provide a proper ground plane. Route the cable away from ignition systems and other sources of electrical noise to minimize interference.