Icom IAFASC450US Stubby Antenna Portable Radio UHF 430-470MHz F4001 F2000 F62D

The Icom IAFASC450US is a stubby UHF antenna engineered for compatible Icom portable radios operating across the 430–470 MHz frequency range. Its reduced-profile, compact form factor makes it well-suited for professional environments where a standard whip antenna would be cumbersome or impractical—such as public safety support roles, commercial field operations, industrial facilities, and IDAS digital radio deployments. By lowering the overall antenna height, the IAFASC450US reduces the risk of snagging in tight workspaces while maintaining the reliable UHF signal performance that demanding communications applications require. The antenna is designed to integrate seamlessly with a broad selection of Icom analog, IDAS, and LTE portable radios, making it a practical replacement or spare for organizations already standardized on the Icom platform.

Key features & benefits

• Stubby Low-Profile Design — The compact stubby form factor significantly reduces the antenna's physical footprint compared to a standard whip, improving maneuverability and comfort during extended wear in the field.
• 430–470 MHz UHF Coverage — Tuned specifically for the 430–470 MHz UHF band, the antenna is optimized for reliable signal performance across the frequencies used by a wide range of commercial and professional radio systems.
• Broad Icom Radio Compatibility — Designed for use with select Icom analog, IDAS digital, and LTE portable radio models, allowing organizations to standardize on a single antenna accessory across multiple device types within their Icom fleet.
• Purpose-Built for Professional Use — Constructed to meet the demands of commercial and industrial communications environments, including IDAS digital radio deployments and hybrid LTE radio communication systems.
• Enhanced Portability — The reduced antenna length improves overall portability and reduces the likelihood of interference with equipment, vehicles, or confined workspaces—an important consideration for users operating in tight or high-activity environments.