Aspire AVP PRO Pod Device Review: Are the New Structure and Super Cotton Just Hype?
Although the Aspire AVP pod device may not be the absolute mainstream leader in the market, its flawless build quality and solid, full-bodied pod performance are truly first-rate, which has won over many consumers. So how does the newly released AVP PRO v
The AVP pod system from ASPIRE may not be the absolute mainstream leader in the market, but its impeccable build quality and the solid, full-bodied flavor delivered by its pods are truly first-rate, which has helped it win over quite a few consumers.
So today, let’s take a look at how the newly released AVP PRO performs.
After opening the box, the contents are simply the device and a Type-C charging cable. You can also notice the silver instruction card highlighting two concepts: “revolutionary new technology” and “super cotton coil”.
The body design basically continues the style of the original AVP pod device, while the PRO version looks a bit more rounded and naturally feels better in the hand. The material is still anodized aluminum, with dimensions of 94.4*21.4*12.4mm, and it has a built-in 400mAh battery.
One notable detail is that the body has a separate hole aligned with the internal LED light, which has become one of its more eye-catching design features.
Looking at the contact area, you can see a magnet, two fixing posts, and two electrodes. This structure is clearly not compatible with the original AVP pods, which is something to keep in mind.
The 2ml pod itself looks fairly similar to the original AVP pod, but the structure of the base has changed dramatically. The most obvious difference is the electrode protruding from the bottom of the pod. Before use, this protruding part needs to be pressed back into the pod.
Once the electrode assembly is pushed in, you can see that the oil inlet shifts position, allowing the inlet that was originally sealed by silicone to move into the reservoir and start feeding e-liquid. At first glance, this design seems intended to prevent leakage before the product reaches the user. But in fact, this pod uses a traditional wire-and-cotton coil, and after the cotton is soaked for too long, issues such as flavor deterioration, spitback, and leakage can easily occur. So beyond leak prevention, the main purpose of this design is to ensure that the cotton coil remains in its best possible condition when first used. Compared with using the same design in ceramic coils, where it feels more like a gimmick, it has real practical significance when applied to a cotton coil.
As for the ring of cotton at the bottom of the pod, it serves as a secondary protection design that absorbs condensation and helps prevent leakage.
Since it uses a traditional cotton coil, its flavor performance retains ASPIRE’s consistently excellent characteristics. Unlike ceramic coils or mesh coils, it does not distort the flavor or overemphasize certain aspects. The overall flavor profile is clear and direct, with rich, full-bodied intensity that restores the original taste and character of the e-liquid to a greater extent. In addition, despite having such a small e-liquid inlet, it still maintains a sufficiently smooth feeding speed, while the vapor satisfaction brought by its relatively higher power output is also a plus.
So whether this so-called “super cotton coil” is just hype or not, we can leave that aside for the moment. Judging purely from the overall user experience across various aspects, it really does perform exceptionally well.
In fact, judging from the product positioning of this AVP PRO version, it is not a second-generation AVP product, nor is it simply an upgraded version. The original AVP uses a ceramic coil, while the PRO version uses a cotton coil. Both offer an excellent experience, but the differences in flavor are very obvious, so it should be seen more as a branch product within the “AVP” series. One final point to note: before using a newly opened pod, do not pull the electrode assembly outward, otherwise the structural design will cause the e-liquid to leak out directly. In addition, the pod itself is still designed for disposable use, and its structure does not support repeated refilling. #p#Page Title#e#


