Dovpo Across Hazard rta
I've been wanting to try this rta for a while now, not only because of its aesthetics, with that gas mask on the deck, for example, but because it's actually quite versatile and can be used in almost any boro, with some restrictions of course. Thanks to that, this Dovpo Across Hazard rta caught my attention so much and that's why I brought it, even though I know it's been on the market for many years.
This review was made possible by the Healthcabin team, specifically Sue. You can visit their website and learn more about the Dovpo Across Hazard RTA.
This review was made possible by the Healthcabin team, specifically Sue. You can visit their website and learn more about the Dovpo Across Hazard RTA.
| Brand | DOVPO |
| Product Name | Hazard RTA |
| Diameter | 24mm |
| Height | 45.5mm(with drip tip & 510 pin) |
| Capacity | 4ml |
| Coil Type | Single coil |
| Resistance Recommend | 0.8ohm/0.5ohm |
| Insulator Material | German PEEK |
| Threading | 510 thread |
| Filling Type | Top filling |
| Color | Stainless Steel, Gunmetal |
Packaging
This RTA comes in a rather peculiar box that I've never seen before. In this box we are presented with a plastic flap that we must open. The box itself is a very dark blue color, with the letters in white and quite visible. On the flap there is some Across branding and on the other side we see the model, Hazard RTA.
Once we open the flap, we find on one side what is the RTA, with its drip tip, the top cap, the tank plastic and a long etcetera and, on the other side, what is the deck along with the bell, which as I mentioned before, is compatible with most boro tanks and is one of the main reasons why I ordered this product.
Once we open the flap, we find on one side what is the RTA, with its drip tip, the top cap, the tank plastic and a long etcetera and, on the other side, what is the deck along with the bell, which as I mentioned before, is compatible with most boro tanks and is one of the main reasons why I ordered this product.
If we disassemble everything that makes up the RTA we will find this scene, as we can see, there are quite a few pieces in total, but they are easy to assemble.
On the one hand we find the Filling Cap and the tank plastic, these are even more unscrewable, leaving only the plastic on one side and the cap on the other.
We also find the deck, which has a decoration part of the gas mask, the upper part of the deck, that is the bell, which has the other part of the decoration. Finally, we see those two small cream-colored circles that go on each side of the deck, covering what is the cotton area.
If we look closely, we find the top cap, which goes right on top of the filling cap, without any type of thread, simply by pressure. I must emphasize that it is firmly held and more than once I have grabbed it from that area and I have not had any problems at all. And finally, we observe the base of the RTA, which is obviously screwed to the mod.
On the one hand we find the Filling Cap and the tank plastic, these are even more unscrewable, leaving only the plastic on one side and the cap on the other.
We also find the deck, which has a decoration part of the gas mask, the upper part of the deck, that is the bell, which has the other part of the decoration. Finally, we see those two small cream-colored circles that go on each side of the deck, covering what is the cotton area.
If we look closely, we find the top cap, which goes right on top of the filling cap, without any type of thread, simply by pressure. I must emphasize that it is firmly held and more than once I have grabbed it from that area and I have not had any problems at all. And finally, we observe the base of the RTA, which is obviously screwed to the mod.
Atomizer Inspection
In this image (excuse the dirt on the coil, the photo is right after the first test, when changing the cotton) I show you the deck. This deck is connectable to any 510 thread of any mod, so it is really easy to change the cotton whenever we need it, although, I warn from now on, that at least it has given me a very big problem, which we will talk about later.
On the deck we find two cross-head screws that must anchor or hold the legs of the coils, these must be well cut because if they make contact with the bell we will get the short circuit warning. Otherwise, the cotton is really easy to put on. We pass it through the coil and cut it flush with the channels. After that, we must fluff it enough since we have to take into account that it takes the liquid from below, through those two slots it has, since the sides are covered by the cream-colored pieces we saw before.
Otherwise, I have little more to say about the deck, just be careful and tighten the screws well for a good reading of the Ω.
Here I show you the airflow pin, which is one of the culprits of the problem I mentioned earlier. To talk about the problem, I'm going to give some context. In the base of the RTA we find a pin that must make contact with this airflow pin to be able to read the ohms, transfer the power to the coil and etc. Well, I don't know if it's my unit, or why it happens, but if the airflow pin is completely tightened, they never touch. To solve it I had to loosen the airflow pin quite a bit, then it made contact, but surprise, another problem arises, now the RTA has leaks in the airflow area, causing a lot of liquid to come out.
This that happened to me is really frustrating, imagine that you have bought an RTA, which is not specifically cheap and this happens to you. That's why I had to comment on it, and it's clearly going to be a disadvantage unless it is confirmed that it is a problem with my unit. Clarify that this does not happen if we move it to a boro.
Well, once the problem has been commented on, let's talk about the airflow pin. This is screwed in and can be done practically by hand. In addition, several airflow diameters are included in the packaging, such as (insert size)
In my case, I left the largest diameter one, to try to get a DL or an RDL according to taste.
On the deck we find two cross-head screws that must anchor or hold the legs of the coils, these must be well cut because if they make contact with the bell we will get the short circuit warning. Otherwise, the cotton is really easy to put on. We pass it through the coil and cut it flush with the channels. After that, we must fluff it enough since we have to take into account that it takes the liquid from below, through those two slots it has, since the sides are covered by the cream-colored pieces we saw before.
Otherwise, I have little more to say about the deck, just be careful and tighten the screws well for a good reading of the Ω.
Here I show you the airflow pin, which is one of the culprits of the problem I mentioned earlier. To talk about the problem, I'm going to give some context. In the base of the RTA we find a pin that must make contact with this airflow pin to be able to read the ohms, transfer the power to the coil and etc. Well, I don't know if it's my unit, or why it happens, but if the airflow pin is completely tightened, they never touch. To solve it I had to loosen the airflow pin quite a bit, then it made contact, but surprise, another problem arises, now the RTA has leaks in the airflow area, causing a lot of liquid to come out.
This that happened to me is really frustrating, imagine that you have bought an RTA, which is not specifically cheap and this happens to you. That's why I had to comment on it, and it's clearly going to be a disadvantage unless it is confirmed that it is a problem with my unit. Clarify that this does not happen if we move it to a boro.
Well, once the problem has been commented on, let's talk about the airflow pin. This is screwed in and can be done practically by hand. In addition, several airflow diameters are included in the packaging, such as (insert size)
In my case, I left the largest diameter one, to try to get a DL or an RDL according to taste.
At the top, after removing the top cap, we find the filling system. With this small cap, it comes off continuously, so it brings another one that stays fixed every time we open it, which at least for me is much more comfortable.
Vaping Time
Well, we come to the moment of Vaping Time, after assembling the coil that came in the contents of the box and wicking the RBA for the second time, I can give my conclusion about vaping.After the problems caused, I must say that the RBA itself provides an incredible flavor, really very good. The air sensation is great too, if we close it partially it provides a very, very satisfactory RDL. However, I cannot ignore the problem it has given me with the pin and the detection of the coil, it is really frustrating.
I admit that the experience of the RBA in a Boro is infinitely superior to that of the RTA, because I did not find those problems with the airflow pin or anything like that, everything worked like silk.
The materials themselves of the RTA are very good, and in general it is very well built, but again, I cannot ignore that error. If someone else has it and has had the same or something similar, please comment on this post or write to me privately, I would be interested to know.
Pros And Cons
Pros | Cons |
Good Build Materials | Defective RBA Airflow Pin (due to not making contact) |
RBA Provides Incredible Flavor | |
Exceptional Style and Decoration | |
Conclusion
In summary, the Dovpo Across Hazard RTA boasts an attractive design and delivers incredible flavor when vaping, especially when used in a boro. However, it presents a significant issue with the airflow pin, which hinders ohm reading and causes liquid leaks. Additionally, the filling system is not entirely practical and can lead to spills. Despite its good construction materials, the airflow pin problem and the filling system are significant drawbacks to consider.
