Intellitron MA-1912 2M/440 Dual Band Mobile Antenna 40in Tall
MSRP:
$34.95Product description
Elevate your mobile station with the Intellitron MA-1912, a high-performance 2M/440 dual-band antenna precision-engineered for the dedicated amateur radio operator. Standing 40 inches tall, this radiator provides the ideal balance of physical presence and RF efficiency. Whether you are working local repeaters on your daily commute or chasing weak signals from a remote summit, the MA-1912 ensures your signal stays strong with impressive gain across both VHF and UHF bands. Designed to handle up to 200 Watts of power, it is the rugged, high-capacity solution your mobile rig deserves.
True to the Intellitron motto, “Expertly Built, Economically Priced,” this antenna offers professional-grade construction without the high-end cost. The MA-1912 is remarkably versatile; it comes equipped with a standard UHF (PL-259) connector for direct installation and includes a specialized UHF (SO-239) to NMO adapter, allowing you to interface seamlessly with existing NMO mounts. Its 1/2 wave design on 2 meters delivers a stable radiation pattern, while the 5/8 wave configuration on 70cm provides the extra gain needed for superior UHF range. With its sleek finish and durable build, this antenna is ready to handle highway speeds and harsh weather while keeping you in the logs. Available in both classic chrome and a sleek black finish (MA-1912B), it is built to handle highway speeds and tough weather conditions.
Stop compromising on your signal reports. Upgrade to the Intellitron MA-1912 today for unmatched mobile clarity and reliability.
UPC Code: 810106911076
- Dual-Band Versatility: Optimized for peak performance on both the 144-148 MHz and 430-450 MHz bands.
- High Power Capacity: Robust design handles up to 200W, making it compatible with high-power mobile transceivers.
- Versatile Connectivity: Includes both a standard UHF (PL-259) base and a UHF to NMO adapter.
- Fold-Over Hinge: Built-in base hinge allows for quick tilting to clear low-overhead obstacles.




