E-Phoenix The Fury V2 BF Mod

Vape experts, E-Phoenix offers to vary your vape experience with this hybrid mod supplied in 18650 single battery (not included).

Without a screen or any settings, The Fury V2 has a mosfet chipset bringing electronic protection to this mod.

The Fury V2 does, however, require some knowledge of mechanical equipment. It's also essential to use a suitable battery and to respect the rules governing storage and recharging.

The Fury V2 mod is designed for use with minimum resistances of 0.08ohm.

E-Phoenix's The Fury V2 mod with Titanide's Leto RDA 24mm dripper

A light mod thought for BF

Impeccably machined by the Swiss brand, its polycarbonate structure makes it a lightweight mod (76G without battery) with a high-quality design.

Measuring 80mm high by 51mm wide, the mod will accommodate all your drippers with a maximum diameter of 24mm.

A magnetic panel provides access to the battery compartment, micro-USB port, and 7ml squonk bottle.

This mod is aimed at vape experts and especially bottom-feeding aficionados!

E-Phoenix's The Fury V2 mod

A hybrid mod?

What makes this hybrid mod so special is the way it works: you don't have to make any adjustments!

In concrete terms, The Fury V2 has only one Fire button, enabling you to turn your mod on and off and to vape.

Although it requires in-depth mechanical equipment knowledge, this mod incorporates a mosfet chipset for minimum electronic security.

By choosing The Fury V2, you're opting for a mechanical mod-style vape experience.

The power delivered will be directly linked to the voltage of the battery used, as well as to the value of your coil.

The Fire button of E-Phoenix's The Fury V2 mod

A capacity in a single battery

The Fury V2 mod presents 24K gold-plated contactors meant to hold an 18650 battery (not included).

Insert your battery in the dedicated compartment after taking the magnetic panel off.

The single battery compartment of E-Phoenix's The Fury V2 mod

The Fury V2 mod is made by E-Phoenix. It is sold without a battery and requires knowledge of mechanical functioning.