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896–970 MHz Base Coil NMO Whip for LMR & Machine to Machine Applications | RBCO-896-3-C

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896–970 MHz Base Coil NMO Whip for LMR & Machine to Machine Applications | RBCO-896-3-C

The RFMAX RBCO-896-3-C is a high-performance 896–970 MHz UHF mobile whip antenna engineered for public safety, utility, and mobile radio communications. Designed as a direct replacement for the TE B8965C, the RBCO series delivers reliable wideband performance across the 900 MHz spectrum while maintaining a durable chrome NMO base and loaded base coil construction for demanding vehicle installations.

Optimized for land mobile radio (LMR) and 900 MHz data networks, the RBCO-896-3-C provides excellent efficiency, stable radiation characteristics, and rugged mechanical durability. The antenna utilizes a precision-tuned mobile coil design and stainless steel whip element to maintain consistent impedance matching and radiation performance across the 896–970 MHz band, making it well suited for fleet vehicles, public safety radios, and mission-critical mobile communications systems.

$17.64

Original: $58.80

-70%
896–970 MHz Base Coil NMO Whip for LMR & Machine to Machine Applications | RBCO-896-3-C

$58.80

$17.64

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Description

The RFMAX RBCO-896-3-C is a high-performance 896–970 MHz UHF mobile whip antenna engineered for public safety, utility, and mobile radio communications. Designed as a direct replacement for the TE B8965C, the RBCO series delivers reliable wideband performance across the 900 MHz spectrum while maintaining a durable chrome NMO base and loaded base coil construction for demanding vehicle installations.

Optimized for land mobile radio (LMR) and 900 MHz data networks, the RBCO-896-3-C provides excellent efficiency, stable radiation characteristics, and rugged mechanical durability. The antenna utilizes a precision-tuned mobile coil design and stainless steel whip element to maintain consistent impedance matching and radiation performance across the 896–970 MHz band, making it well suited for fleet vehicles, public safety radios, and mission-critical mobile communications systems.