JPC-7 HF Antennas for Ham Radio 7-50MHz All Band Shortwave Radio Antenna with Low SWR <1.2, 40m-6m 8 Bands Easy Setup for POTA/Field Day

Upgraded Precision Tuning: Get on the air faster with our redesigned induction coil, featuring clear visual markers for 20m (gold) and 40m (silver). Simply slide the manganese steel contact to the desired mark, adjust the telescopic whips, and you are ready to transmit. This eliminates the tedious trial-and-error of initial field tuning, making band-hopping simple and repeatable ^^
No Ground Radials Needed: Unlike standard portable verticals, the JPC-7 hf antenna operates as a true dipole. This means you do not need to waste time untangling, spreading, and tuning a messy web of ground wires. Enjoy a cleaner setup and excellent reception with minimal noise, making it highly efficient for restricted spaces like RV parks, balconies, or dense campsites ^^
Backpack-Ready: Perfect companion for POTA, SOTA activities and off-grid journeys. Weighing merely 1.8 kg (around 4 lbs), it can be disassembled into tiny size and stored in the matched carry bag, delivering great portability. Ideal quick-to-use gear for ham radio enthusiasts, outdoor travelers and survival lovers.
Note: Tripod is not included. Special adapter for tripod connection comes along with the antenna ^^
Multi-Band Support: JPC-7 HF antenna covers 8 frequency bands from 40m to 6m, working within 750MHz with 50 impedance. It supports max 100W SSB power. Enjoy highly efficient, stable transmissions with a low Standing Wave Ratio (SWR) of < 1.3 on the 40m band, and effortlessly tune the remaining bands down to an impressive 1.1 SWR for optimal field performance and reliable global DX contacts ^^ Rugged, Field-Tested
Construction: Designed to withstand the rigors of outdoor deployment, the base connector is molded from high-durability nylon to prevent cracking under wind load. Furthermore, the newly added grooves on the coil contacts, paired with tensioned manganese steel clips, ensure that your connections remain precisely locked in place without slipping or losing signal integrity