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Dripping is one of the oldest and most distinctive practices in vaping culture. Long before modern sub-ohm tanks, pods, and prefilled cartridges became mainstream, vapers were dripping e-liquid directly onto exposed coils to achieve better flavour and vapour production. Although less common today, dripping played a crucial role in shaping how vaping technology evolved.
In the early 2010s, most e-cigarettes relied on cartomizers and basic atomizers with small internal wicks. These systems often struggled with flavour consistency and could produce dry or burnt hits as the wicking material failed to keep up.
To overcome these issues, experienced users began dripping e-liquid directly onto the coil through the mouthpiece. This ensured the wick was fully saturated before vaping, delivering stronger flavour and more reliable vapour. At the time, dripping was less a hobby and more a practical solution to hardware limitations.
As vaping grew in popularity, manufacturers responded to the practice of dripping by creating devices designed specifically for this purpose. These became known as Dripping Atomizers (DAs) and later Rebuildable Dripping Atomizers (RDAs).
Early RDAs were simple metal caps with exposed coil decks, minimal or no juice wells and direct airflow over the coil
Users built their own coils and manually dripped e-liquid every few puffs, prioritising flavour over convenience.
Dripping reached peak popularity during the rise of mechanical mods. These unregulated devices delivered raw battery power directly to the coil, making them ideal for RDAs. Coil building became more advanced, cloud chasing became a thing and dripping was regarded as the purest form of vaping.
However, safety issues arose, as those with insufficient knowledge of electrical resistance were using unregulated hardware.
As RDAs evolved, manufacturers added features to improve usability. These included deeper juice wells and decks without posts to simplify coil installation. Dripping became more accessible as a result.
Mechanical mods pose severe risks as they lack circuit boards and safety chips. The dangers include:
Hard Short Circuits
Over-Discharging
Auto-Firing
Exceding Amp Limits
One of the most significant developments tied to dripping was the invention of squonk mods. These devices included a squeezable bottle inside the mod that fed e-liquid upward into the RDA through a hollow 510 pin.
Squonking offered:
For many vapers, squonking replaced traditional dripping while preserving its core advantages.
Today, dripping is no longer the dominant vaping method, but it remains relevant:
E-liquid reviewers often use RDAs for accurate flavour testing
Enthusiasts continue to enjoy the hands-on experience
RDAs are still popular for custom builds and experimentation
Meanwhile, modern sub-ohm tanks and pod systems have closed much of the performance gap, offering strong flavour with far greater convenience.
Dripping’s influence on vaping is undeniable. It certainly drove advancements in coil design and airflow engineering while shaping flavour-focused vaping standards and inspiring innovation.
Fewer vapers drip today, but the practice has laid the groundwork for many of the features now taken for granted in modern vaping devices.