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Upgraded 150W HF End Fed Antenna, 1-30MHz CW FM AM FT4 FT8 SSB End Fed Half Wave Radio Antenna 4 Band 8 Band for Outdoor 1:64 1:49

Upgraded 150W HF End Fed Antenna, 1-30MHz CW FM AM FT4 FT8 SSB End Fed Half Wave Radio Antenna 4 Band 8 Band for Outdoor 1:64 1:49

$27.99 USD
$35.99 USD $27.99 USD
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  • Wide Frequency Range: GOOZEEZOO Multiband End Fed Half Wave Radio Antenna is a wide-range HF antenna covering 1-30 MHz. Supports up to 100W operating power with stable signal transmission, delivering reliable performance across multiple HF bands for portable and base station use
  • Easy Installation: The end fed antenna is a portable HF communication solution built for fast deployment.
    Single-end feed design allows simple hanging installation on trees, masts, or portable supports. Its compact size, lightweight body make it ideal for long-term outdoor setups or temporary field operations such as POTA, SOTA, and emergency communications
  • Mode-Specific Power Endurance：The half wave antenna is engineered to withstand different operating modes safely. SSB: < 150 W; CW: < 120 W; Digital modes (FT8 / FT4): < 60 W. Designed to meet diverse operating needs while maintaining thermal stability and reliable impedance matching
  • Wire Length & Band Coverage: A 1:49 / 1:64 End Fed Half Wave Radio Antenna is a multi-band HF antenna system designed for flexible wire configurations. Prepare approximately 2.5 ㎡ antenna wire: 4-Band operation: 20 m / 65.6 ft; 8-Band operation: 40.4 m / 132.5 ft. Wire length can be trimmed to target frequencies using an antenna analyzer or tuner, allowing precise resonance matching for real operating environments
  • Durable Construction: A 1:49 / 1:64 EFHW Antenna is built with high-strength ABS material for long-term reliability. The enclosure features high hardness, wear resistance, and impact resistance, protecting the internal impedance transformer from outdoor stress and extending service life in field conditions
  • Optimized Frequency and Power: The optimized 1:64 matching ratio minimizes signal loss and maximizes reception efficiency, guaranteeing superior signal quality, reliability, and stability. This feature is especially beneficial for long-range transmission and weak signal environments
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