Model：TACT-160LX Frequency：1.80 – 1.85 MHz Impedance：50 Ω VSWR：Less than 2.0 Maximum Power：200 Watts Overall Length：386 cm Weight：980 g Connector：M Ground System Requirement：8 × 10m Radials Recommended Product Overview The TACT-160LX is a high-efficiency portable HF vertical antenna designed specifically for operation on the 160-meter (1.8 MHz) amateur radio band. Constructed with a full carbon fiber radiator, the TACT-160LX combines lightweight portability with an extended radiator length to deliver improved radiation efficiency and enhanced low-frequency performance. With an overall length of 386 cm, the TACT-160LX provides significantly greater effective electrical length than conventional highly shortened 160-meter antennas. The longer radiator helps reduce loading losses, improve radiation efficiency, and enhance long-distance DX communication performance. Designed for portable operation, the modular antenna structure allows for quick assembly and disassembly, making it ideal for POTA, SOTA, field deployment, emergency communications, camping, and portable HF operation. Whether operating from a park, mountain summit, campsite, or temporary communication station, the TACT-160LX offers an effective solution for operators seeking improved 160-meter performance in a portable antenna system. Key Features Full Carbon Fiber Radiator Construction Lightweight and High-Strength Design Optimized for the 160-Meter Amateur Radio Band Extended-Length High-Efficiency Vertical Design Improved Radiation Efficiency Compared to Highly Shortened Antennas Reduced Loading Losses for Better Low-Band Performance Modular Construction for Fast Assembly and Disassembly Ideal for Portable and Field Operation Excellent DX Communication Capability Suitable for POTA, SOTA, Emergency Communications, and Outdoor Operation Applications Amateur Radio Operation on 160 Meters Portable DX Operation POTA (Parks on the Air) SOTA (Summits on the Air) Emergency Communications Camping and Outdoor Activities Temporary Field Communication Stations Portable HF Operating Events