Overall, I recommend the Buddipole BuddiHEX, with some fairly substantial caveats. It has performed well enough to earn its place in my station, especially on the 10- through 15-meter bands. The radio side gives me reasons to keep it. The mechanical side occasionally gives me a project.
My two main uses are chasing rare DX when my other antennas are not getting the job done, and contesting. For those occasions, the effort can be worthwhile. For a quick POTA outing, the calculation changes: by the time I have everything assembled, raised, and sorted out, the word “quick” has usually left the conversation.
This review covers the whole experience: the antenna, its seven-meter mast and tripod, setup on uneven ground, wear and repairs, and the practical effect of operating height. My biggest criticism is the mast’s usable height with the beam installed. That deserves as much attention as the antenna’s advertised performance.
What the antenna brings to the station
The BuddiHEX is a horizontally polarized directional antenna with pre-tuned elements for 20, 17, 15, 12, 10, and 6 meters. Six nested antennas share a common structure and feed point, allowing band changes without adjusting element lengths. Buddipole compares its performance with a two-element horizontal Yagi.
The manufacturer lists an antenna weight of 10 pounds, or 4.54 kilograms, excluding the mast; an 11-foot turning radius; a 50-ohm BNC feed; and a maximum power rating of 1,500 watts. An 11-foot radius means allowing roughly 22 feet of clear turning diameter. Lightweight does not mean pocket-sized.
Published electrical figures include SWR below 1.5:1 at band center, a front-to-back ratio of 15–20 dB, and forward gain of 8 dBi at approximately 30 feet above average ground. These are manufacturer figures, not measurements I have made. The data sheet also explains that ground conditions, height, and nearby structures affect results. See the Buddipole technical data sheet.
My on air experience
My own assessment is more straightforward: it works fairly well on the 10- through 15-meter bands where I have used it. I am not claiming a measured gain figure, a particular signal increase over every other antenna, or a controlled comparison. What matters to me is having a directional option available for a difficult contact or a contest operation.
That distinction is worth keeping. A specification describes what the design is intended to deliver under stated conditions. An owner review describes what living with the equipment is like. In this case, I can appreciate the antenna’s on-air usefulness and still want a better mast, clearer instructions, and fewer repairs.
Takeoff angle matters
At about five meters above ground, the BuddiHEX remains directional, but its takeoff angle is a significant compromise for long-distance DX on 20 and 17 meters. It does not have the same elevation pattern it would at ten meters or higher. Directionality by itself does not remove that height limitation.
On 15, 12, 10, and 6 meters, the same mounting height is a progressively larger fraction of a wavelength and generally supports more favorable low takeoff angles. The improvement is gradual, rather than an abrupt dividing line between bands. Terrain, ground, and the desired path still matter; ten meters is a useful target, not a switch that suddenly turns DX on. For more background, see the ARRL’s Antenna Height and Communications Effectiveness.
The mast height is my biggest reservation
The seven-meter mast has not given me seven meters of practical operating height with the BuddiHEX. My recommendation, based on the bending I have seen, is to leave the top section completely retracted and extend the next section only partially. That brings my usable height closer to five meters. Even without wind, using the top section has allowed more bending than I am comfortable with.
This is my operating recommendation, and it goes further than the general wording in Buddipole’s published quick-start guide. On page 4, the guide says to begin raising the mast with section B and not fully extend section A. It also calls for upper and lower guy lines and recommends a two-person setup. It does not separately spell out the seven- and ten-meter models in that passage. See the Buddipole BuddiHEX Quick Start Guide.
Why I bought the seven meter model
Buddipole also offers a ten-meter Mastwerks mast. When I bought my equipment, I asked about it. As I recall, Buddipole recommended the seven-meter model and told me that most buyers chose it. They explained that the taller mast could not be fully extended with the BuddiHEX and would not provide the additional support I wanted.
That conversation led me to conclude that paying for the taller model offered little benefit for my intended use. This is my recollection of advice at the time of purchase, not a claim about current sales figures or a quotation from a present-day written policy. The Buddipole ten-meter Mastwerks mast is listed separately.
What other owners report
An eHam owner describes restrictions on the ten-meter mast’s upper two sections and pronounced sway after accidentally extending them. In the Buddipole discussion group, several owners describe using the ten-meter mast with those sections retracted. One reports an antenna-base height around 25 feet in that arrangement. These accounts support the concern, although they do not replace a model-specific instruction from Buddipole.
The discussion is not unanimous about which mast is preferable. One owner recommends the ten-meter model with the upper sections retracted. That matters: my conclusion is about what makes sense for me, rather than a claim that every owner finds the taller mast pointless.
Read the eHam BuddiHEX owner reviews and the Buddipole owner discussion about mast height.
What I would really like is a stronger mast designed to support this beam at a full ten meters. Selling extra height and being able to use that height with this antenna are two different things in my purchasing decision.
A good tripod and a less flexible mounting interface
There is plenty to like below the upper mast sections. The guying arrangement is very well done: the lines are quick to secure, the color coding helps, and rotating the antenna is convenient in dry conditions. The tripod itself has been a strong part of the package.
Its adjustable legs handle uneven terrain well, including the relatively steep slope in my photo. One leg is extended substantially farther than the others to accommodate the ground. The built-in bubble level is useful. A portable setup has to work where the ground actually is, and this part of the system does.
I often set up alone. The sandbags help during that process, but I still secure the guy lines; I am describing my practice, not suggesting that ballast replaces the manufacturer’s guying instructions. The tripod’s terrain adjustment deserves credit even though the mast’s usable height remains my biggest drawback.
Using another mast takes work
The antenna’s lower hub is designed around the Mastwerks interface. Buddipole confirms that a circular mast requires an adapter. In my experience, making another pole work takes hands-on engineering, or what I call “jury-rigging.” I would prefer a more straightforward route to a suitable third-party mast.
A QSO Journey reviewer ran into a similar compatibility issue with a Chameleon Porta Mast and designed a 3D-printed adapter. The reviewer otherwise found antenna assembly easy, so that account supports the mounting complaint without supporting every criticism I have made. See the QSO Journey Field Day 2026 review.
Wear repairs and the spare parts question
The low weight is attractive for portability. Unfortunately, the spreader assembly has also been a recurring source of maintenance. The arms tend to warp with use and become uneven. They bend easily, and I have had to order a replacement spar and several ferrules, as well as carry out repairs myself. A portable antenna is more enjoyable when the spare-parts list stays shorter than the contact log.
Uneven tension after repeated setups
The element wires were never particularly taut on my antenna, and they seem to have become slacker with use. After about ten to fifteen setups, I also began noticing uneven tension in the upper support lines. One side would loosen more than the other, leaving the assembly less uniform.
I am considering a modification to draw the center sections closer together and take up the slack. I have not made that modification and cannot present it as a proven fix. I also have not established whether the changing tension comes from the cords, spreader shape, joints, or some combination of them.
Several days outdoors seems harder on it
When I leave the antenna outdoors for several days, more visible warping appears in the spreader arms and associated joints, and it does not seem to go away afterward. Short deployments seem to produce less of it. This is a mechanical observation, not a claim that the radio performance steadily deteriorates during those days.
I have not established a service life through a long-term exposure test. Based on the wear I have actually seen, I prefer deploying the antenna for an operation and taking it down afterward. That is my recommendation for my equipment, rather than a manufacturer prohibition on base-station use.
Repairs can change the ownership cost
Replacement parts from Buddipole have been expensive in my experience. Based on the prices I have encountered, buying components individually can cost more than buying a complete new BuddiHEX. I would almost recommend buying a second antenna for spares, especially for a DXpedition or a remote trip where replacements would be difficult to obtain. This is my assessment of the costs I have seen, not a current itemized comparison of every component.
A Reddit owner discussion includes a damaged mast after a deployment fall and another owner’s reported $65 replacement-spreader cost. Those are different circumstances from my gradual warping, and that price is a historical owner report, not today’s quote. They nevertheless illustrate why a mishap can become expensive. See the owner discussion about deployment and damage.
Setup time instructions and wet weather
Even with experience, my setup time is roughly thirty minutes to an hour, especially when something does not go smoothly. That is one of the main reasons I do not use the BuddiHEX as my routine quick-deployment POTA antenna. For a planned contest or rare-DX effort, the investment can make sense. For a short stop, I have to decide whether I want to operate or spend a substantial part of the outing assembling equipment.
A Winter Field Day report from KM1NDY describes roughly an hour each for setup and takedown and says it is best done with two people. That closely matches my concern about the time commitment. It does not mean every owner needs an hour, but it is useful context for someone expecting an especially quick portable beam. Read the KM1NDY Winter Field Day 2023 report.
Instructions that leave questions
The instructions I used left some basic assembly details unclear to me. My example is wire placement: should the wires sit inside or outside the upturned umbrella shape of the spreaders? An experienced hexbeam builder may find the arrangement obvious. A first-time owner should not have to rely on that experience.
The published guide does contain assembly instructions, including the orientation of the wire clips and the order of wire installation. My criticism is that the explanation was not clear enough for me, not that no instructions exist. DK1DK’s October 2024 eHam review also criticizes confusing instructions and drawings, while recommending the antenna overall.
That same review discusses mast flex and advises against extending the upper sections. The combination is familiar: an owner can like what happens on the air and still have reservations about how the equipment gets there. See the eHam BuddiHEX owner reviews.
Support experiences differ
My experience with technical support has been disappointing. I would like clearer practical guidance on setup, repairs, and getting the structure back into the intended shape. That is an important part of ownership when the equipment needs attention.
Other owners have had better experiences. One eHam reviewer reports receiving replacement spreaders promptly and without charge. I would not erase that positive account simply because it differs from mine. It shows that the support experience can vary, and it keeps this review grounded in what happened to me.
Rotation in rain
In dry conditions, the rotation arrangement is a feature I like. Once the setup gets wet in rain, I have found it does not rotate as smoothly. I have not isolated the cause, and I am not attributing it to a particular bearing, material, or design fault without evidence. For now, the useful owner observation is that wet-weather handling has been less satisfactory than dry-weather handling.
The WiMo alternative and my recommendation
One alternative I would consider is the WiMo Foldingantennas five-band portable hexbeam. It is a folding hexbeam rather than a single dipole, covers 20 through 10 meters, and keeps its wires and cords attached when folded. The manufacturer claims assembly in a maximum of ten minutes; raising and guying the supporting mast can add time.
Published weight is about six kilograms, approximately a kilogram and a half heavier than the BuddiHEX. The WiMo listing checked for this review shows €699 including VAT, before shipping; export pricing and future prices may differ. I have not used this model, so its folding mechanism is an attractive feature to investigate, not proof that it is more durable or performs better. See the WiMo Foldingantennas portable hexbeam listing and Foldingantennas specifications.
The antenna may fold but the mast still has to travel
When I inquired about supporting the WiMo model, I was advised against fiberglass and carbon fiber in favor of aluminum. The examples I saw used poles around five meters high. That is the advice and imagery I encountered, not a universal engineering ban on every composite mast or a hard five-meter limit.
I do not know whether a suitably rated heavy-duty fiberglass pole could work. Weight alone does not settle it: wind loading, mounting fit, and the stresses involved in raising and lowering the antenna also matter. To reach ten meters, I would want a properly specified support system rather than assume an extra kilogram and a half is the whole story.
This looks especially interesting for temporary home use, where an appropriate mast could remain installed while the antenna is put up and taken down. For portable use, carrying and erecting the stronger support could cancel some of the convenience of the folding antenna. I would evaluate the complete system before making that switch.
Would I recommend the BuddiHEX?
Yes, with the caveats in this review. It is a functioning, useful directional antenna that earns its place in my station for rare DX and contesting. The adjustable tripod, convenient guying arrangement, and dry-weather rotation are strengths. The time spent putting it up can be worthwhile when the operating session justifies it.
My biggest reservation is still the usable mast height. At roughly five meters, it remains directional, but the takeoff-angle compromise on 20 and 17 meters matters. I would prefer a suitably rated mast that puts it closer to ten meters or higher. I also want buyers to account for setup time, spreader wear, slack and uneven tension, repair costs, and the less convenient rotation I have experienced in rain.
For me, this is an antenna to deploy deliberately, operate, and take down. It is not my first choice for a quick portable stop or a setup I intend to leave exposed indefinitely. A stronger purpose-built mast and better mechanical durability would make the recommendation much easier. As it stands, I like having the BuddiHEX available; I would simply rather spend more of our time together making contacts than arranging repairs.