Icom FA-SC25V Portable Helical VHF 136-150 MHz Antenna for ICOM Portable Radios

The Icom FA-SC25V is a portable helical VHF antenna purpose-built for compatible Icom handheld radios operating across the 136–150 MHz frequency range. Its helical construction delivers a compact, low-profile form factor well suited to field environments where a full-length whip would be impractical. Designed as a direct-fit replacement, the FA-SC25V restores factory antenna performance on supported VHF portable models without modification, making it a reliable choice for public safety, industrial, and commercial radio users who depend on consistent VHF coverage.

Key features & benefits

• VHF 136–150 MHz Coverage — Tuned specifically to the 136–150 MHz VHF band, the FA-SC25V is optimized for the frequencies used across a wide range of commercial, industrial, and public-safety VHF channels, ensuring the antenna operates within its intended design envelope rather than as a compromise broadband solution.
• Helical Antenna Design — The helical winding reduces overall antenna length compared to a standard quarter-wave whip while maintaining a practical radiating element, making the FA-SC25V easier to carry and less susceptible to snagging in confined or high-activity environments.
• Direct-Fit Icom Replacement — Engineered to Icom's connector and mechanical specifications for supported portable models, the FA-SC25V installs without adapters or modification, preserving the radio's original handling characteristics and connector integrity.
• Broad Compatible Model Coverage — The FA-SC25V is verified compatible with an extensive list of Icom VHF portable radios spanning multiple product generations, simplifying spare-parts management for fleets that include a mix of supported IC-F and IC-F3 series models.
• Genuine Icom Accessory — As an OEM Icom accessory carrying manufacturer part number FA-SC25V, this antenna meets the design and quality standards set for the supported radio platforms, providing confidence in fit, finish, and RF performance consistency across replacements.