The OXVA VPRIME 2 is a pod system designed to offer more power and customization than a typical compact device. Its combination of a 3400mAh battery, adjustable output reaching 60W, and dual-mesh cartridge technology gives it a feature set that places an emphasis on performance and extended operation.
Beyond its power specifications, the VPRIME 2 includes a 6mL e-liquid capacity, two operating modes, and compatibility with previous-generation VPRIME pods. These features make it a notable option within OXVA's existing lineup, although its size and cartridge design are important considerations when evaluating whether it fits a particular preference.
OXVA VPRIME 2: Battery Capacity and Charging Performance
The VPRIME 2 is equipped with a built-in 3400mAh battery. This capacity is one of the device's defining features, providing a substantial power reserve for a pod system with an adjustable output of up to 60W.
Battery performance will vary depending on several factors, including the selected wattage, cartridge resistance, and frequency of use. Operating at higher power levels generally requires more energy, so users should expect battery consumption to change as they adjust the device's settings. The larger capacity provides additional flexibility, but it does not guarantee a specific amount of operating time.
Charging is handled through a USB Type-C connection with support for 3A fast charging. OXVA indicates that the device can recharge in approximately 20 minutes under supported conditions. Actual charging times may vary based on the charger, cable, and remaining battery level.
For a device with this battery capacity, faster charging is a practical addition that can reduce downtime between uses.
Understanding the VPRIME 2 Dual-Mesh Cartridges
Cartridge technology plays a central role in the VPRIME 2's performance. The system uses dual-mesh heating elements intended to distribute heat more evenly across the coil assembly. This design is meant to support consistent vapor production and flavor delivery throughout operation.
The device includes two cartridge options with different resistance ratings and recommended wattage ranges:
- 0.4-ohm dual-mesh cartridge: Rated for 28–60W. This option supports the device's higher-output range.
- 0.6-ohm dual-mesh cartridge: Rated for 20–50W. It provides an alternative operating range with a different resistance level.
These ratings are important because resistance and wattage work together to determine how a cartridge performs. Users should follow the recommended range for the installed cartridge rather than assuming that every available power setting is appropriate for both options.
The VPRIME 2 is primarily designed for restricted-direct-lung (RDL) and direct-lung (DL) styles. Its included cartridge options are not intended to replicate the tighter draw associated with many traditional mouth-to-lung (MTL) pod systems.
Six-Milliliter Capacity and UNITECH 3.0 Technology
The VPRIME 2 features a 6mL pod capacity, offering more e-liquid storage than many smaller refillable pod systems. Capacity can affect how frequently a pod needs to be refilled, although consumption depends on output settings, cartridge resistance, and usage patterns.
OXVA also incorporates UNITECH 3.0 technology, a design intended to improve leak resistance. Managing e-liquid leakage is an important consideration for refillable devices, particularly when they are carried regularly. While the technology is designed to help reduce leakage, no refillable pod system should be assumed to be completely leakproof.
Proper filling and cartridge installation remain important parts of routine device maintenance.
Eco and Boost Modes Explained
Another feature of the VPRIME 2 is its selection of Eco and Boost operating modes. These settings provide different approaches to device performance.
Eco mode is designed around more conservative power consumption, while Boost mode emphasizes higher-output operation. Switching between them can influence vapor production, battery usage, and the way certain e-liquid flavors are perceived.
However, higher output does not automatically produce a better result. Some sweeter or more complex e-liquids may taste less balanced when used in Boost mode. The most appropriate setting depends on the cartridge, recommended wattage range, and characteristics of the e-liquid.
Understanding this relationship can help users make more informed adjustments instead of relying exclusively on the highest available output.
Dimensions and Previous-Generation Compatibility
The VPRIME 2 measures approximately 113.12 x 41.2 x 27.7mm and weighs around 151 grams. These dimensions reflect its larger battery and overall feature set, but they also make it heavier than many compact pod systems.
Portability is therefore one of the main considerations. Users who prioritize a lightweight device may prefer a smaller alternative, while those who place greater importance on battery capacity and adjustable output may find the larger construction reasonable.
Compatibility with previous-generation VPRIME pods is another practical feature. Existing users can continue using compatible cartridges with the updated device, reducing the need to replace every component when moving to the newer model.
OXVA VPRIME 2: We Like it and Here's Why...
The OXVA VPRIME 2 combines several performance-focused features in one pod system. Its 3400mAh battery, 3A USB-C charging, adjustable output up to 60W, and 6mL capacity provide a foundation for extended operation and customization. Dual-mesh cartridges add another layer of performance flexibility, while Eco and Boost modes allow users to adjust how the device operates.
Its larger dimensions and RDL/DL-oriented cartridge options may limit its appeal for people seeking a lightweight device or a tight MTL draw. Boost mode can also affect the flavor balance of some e-liquids, making wattage selection an important consideration.
Overall, the VPRIME 2 is a substantial addition to the OXVA VPRIME lineup. Its strengths are centered on battery capacity, charging speed, cartridge technology, and adjustable performance, making those specifications the most important factors to consider when evaluating the device.
