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160-6m capabilities of a traditional 135-foot dipole in just 79 feet. ◊ PLUS *instantly customizable* antenna patterns! ◊ PLUS up to 9x extreme weather durability. Antenna wire can't stretch or snap. ◊ Work the world -- with high performance -- in a fraction of the space! ◊ Computer-designed hybrid wire antenna for the modern era of ham radio.™
79-ft. HybridDX™
vs. 135-ft. dipole.
w Optimized combination of horizontal, vertical, and efficient linear-loading! w Full legal-limit power handling. w 94% average Radiated Power (94.17w/100w, 4NEC2) across all HF bands (160-6m). w Superior to ordinary dipoles, G5RVs, and old-school wire designs. w Perfect for DX chasing. Great edge in contesting, too! w Up to 9x durability!* Patented design -- no linear tension on the antenna wire. The wire is suspended from the support rope by U.V. stabilized polymer spreaders. *770-pound break strength of 3/16" marine grade, U.V. stabilized, double-braided black Dacron/polyester rope vs. 213-pound break strength of 14 AWG hard-drawn copper wire or 85-pound break strength of 18 AWG hard-drawn copper wire. w Unsurpassed combination of all-HF-band tunability, efficiency, broadside performance, and weather durability. w The result of more than a decade of R&D with the latest technology tools and computer analysis, PLUS real-world use by actual hams. It's the dipole antenna -- reinvented -- for the modern era of ham radio.™ w 75 feet of quality 450-ohm ladder line included! For maximum efficiency, transition to quality coax via a 1:1 current balun (rated 1.8-54 MHz). Coax should be < 20 feet; the shorter the better to maintain efficiency. Connect to tuner, ideally external. INSTANTLY CUSTOMIZABLE ANTENNA PATTERNS: In seconds you can customize your HybridDX™ antenna to your precise operating needs. Our simple Antenna Clip-Up™ system lets you fine-tune the antenna
to create various antenna patterns.
4NEC2 analysis.
All wire types and conditions identical. Data at 60' AGL.
ADDITIONAL INFO: w Great primary QTH antenna. While no antenna is impervious to all weather conditions, the HybridDX™ gives you a distinct advantage for rough-weather survivability. w Excellent, no-compromise antenna for Field Day, emergency communications, etc. w Multiple U.S. patents issued and other patent IP pending. w 12 years of R&D. Initial prototype still in service after a decade of New England winters! w Designed and manufactured in the U.S.A. w The HybridDX™ system includes: Pre-measured / pre-cut solid copper antenna wires (18 AWG), 75 feet of quality 450-ohm ladder line, rugged feedline interface, ultra-durable 3/16" support rope, polymer spreaders, stainless-steel hardware, ring lug connectors (pre-soldered to the antenna wires), and complete instructions. TECHNICAL TIPS: You can easily optimize frequency matching without removing the antenna from the support rope. Just tweak the vertical wire lengths for spot-on tuning. It's another unique, ease-of-use benefit of the HybridDX™ antenna! As mentioned above, we recommend transitioning from the supplied 450-ohm ladder line to quality coax via a 1:1 current balun (1.8-54 MHz). There are excellent wide-range 1:1 current baluns from Balun Designs, DX Engineering, LDG, MFJ, and Palomar Engineers. Many of these have been tested with actual HybridDX™ installations. Why a 1:1 balun and not a 4:1 balun? The fine technical team at DX Engineering provides an excellent answer for all multi-band dipole-style antennas: "DO NOT match the balun impedance to the transmission line impedance. On non-resonant doublet antennas the transmission line is grossly mismatched. This means the impedance at the balun and tuner varies greatly from band-to-band. Tuners have an easier time with modest to high impedances. They don't work well into very low impedances. A balun with a ratio of 4:1 or more will transform the already low impedances appearing on some bands to even lower values. This will greatly reduce system efficiency and reduce tuner power ratings. The 1:1 ratio balun will just pass the low impedance through. In addition, higher ratio baluns will not handle differential impedance extremes nearly as well as 1:1 current baluns." https://www.dxengineering.com/techarticles/balunsandfeedlinechokes/baluns-choosing-the-correct-balun As is typical with multi-band antennas fed with ladder line, for optimal performance you may need to add or subtract an odd 1/8 wavelengh of feedline if a band is fidgety to tune. Please refer to this fine reference for additional info: https://kv5r.com/ham-radio/ladder-line/ladder-line-page-3/ The 79-ft. HybridDX™ is engineered to replicate the performance of a 135-ft. dipole antenna. All 135-ft. dipoles can be challenging to tune on 160m. Even so, with a wide-range 160m-capable tuner, solid performance can be achieved with the HybridDX™ on this band. The HybridDX™ has been tested on 160m with both modern and vintage tuners, including the MFJ-993B IntelliTuner™, MFJ-969 Deluxe Versa Tuner II, and Ten-Tec 228 and 229 tuners. As every home and installation situation is unique, experimenting with the length of your ladder line, as mentioned above, can be helpful. Manufactured and marketed under license by JSC
Wire and Cable. (800) 346-4378. |
