How does VW mode work in practice?

In VW mode, you typically set values between 5 and 200 watts. The chip then delivers exactly this power throughout the duration of the draw. This has two noticeable advantages: you can switch to the same coil and continue using your favourite wattage, and you get the same vapour output even with a half-empty battery as you would with a full charge. Typical wattage ranges for common coils MTL coils (1.0–1.8 ohms): 8–15 watts, for mouth-to-lung draws with 10ml e-liquids and nicotine salts Restricted DL (0.4–0.8 ohms): 18–35 watts, a good balance of flavour and vapour Sub-ohm mesh (0.15–0.3 ohms): 50–90 watts, for dense vapour with short fills High-Power Mesh (under 0.15 ohms): 80–150 watts, for cloud-chasing setups Each coil usually has a recommended wattage range printed on the side. Start at the lower end and work your way up in 1–2-watt increments until the flavour and draw feel right.

Technik & Einstellungen

Variable wattage: Set and use VW mode correctly

Variable wattage explained: How the VW mode works, how to regulate the wattage and what you should look out for in a VW battery carrier. All tips in the guide.

Variable wattage is the standard mode on modern e-cigarettes and allows you to freely select the output power in watts. Instead of a fixed voltage, you control how hot your coil gets – and thus how much vapour, flavour and temperature you get with each puff. VW mode has largely replaced the older variable voltage control because it delivers a consistent vaping experience regardless of the resistance of the coil. In this guide, you’ll learn how variable wattage works technically, which wattage suits which coil, and what you should look out for when buying a VW mod.

Variable Wattage refers to a control mode in the mod (also known as a mod) where you set the output power in watts. The chipset electronics measure the resistance of your coil in ohms and automatically calculate the necessary voltage to deliver exactly the set power. The result: consistent heating power from the first to the last puff, even as the battery discharges.

Distinguish VW clearly from two related modes. Variable Voltage (VV) only adjusts the voltage – if the coil resistance changes, the power output changes unintentionally. Temperature Control (TC) does not regulate the wattage, but rather the coil temperature based on the rise in resistance of special wires such as Ni200 or SS316L. VW is the middle ground: more precise than VV, simpler than TC and compatible with virtually all Kanthal and mesh coils.

In VW mode, you typically set values between 5 and 200 watts. The chip then delivers exactly this power throughout the duration of the draw. This has two noticeable advantages: you can switch to the same coil and continue using your favourite wattage, and you get the same vapour output even with a half-empty battery as you would with a full charge.

Typical wattage ranges for common coils

MTL coils (1.0–1.8 ohms): 8–15 watts, for mouth-to-lung draws with 10ml e-liquids and nicotine salts
Restricted DL (0.4–0.8 ohms): 18–35 watts, a good balance of flavour and vapour
Sub-ohm mesh (0.15–0.3 ohms): 50–90 watts, for dense vapour with short fills
High-Power Mesh (under 0.15 ohms): 80–150 watts, for cloud-chasing setups

Each coil usually has a recommended wattage range printed on the side. Start at the lower end and work your way up in 1–2-watt increments until the flavour and draw feel right.

A good variable wattage mod makes the difference between reliable vaping and constant readjustment. You should check the following points:

Power range: 5–80 watts is sufficient for most setups. Only if you regularly use sub-ohm coils below 0.15 ohms is 150 watts or more worthwhile.
Battery configuration: Built-in batteries (1500–3000 mAh) are beginner-friendly. Two 18650 or 21700 batteries provide more capacity and can be charged externally.
Chipset quality: Brand-name chips such as Axon, Gene or YiHi respond faster (ramp-up time under 0.01 s) and provide reliable protection against short circuits, overheating and reverse polarity.
Operation: A colour display, clearly labelled buttons and a USB-C port with at least 2 A charging current are standard today.
Thread and compatibility: The 510 thread fits almost all vaporisers. With large tanks, ensure there is sufficient clearance for the base diameter.

Avoid the most common mistake: too high a wattage with too little e-liquid in the tank. This burns the cotton (dry hit) and ruins the coil within a few puffs. Top up in good time and allow a new coil two to three minutes to settle after installation.

What is the difference between VW and VV?

VW (Variable Wattage) controls the power directly in watts and keeps it constant. VV (Variable Voltage) only adjusts the voltage – with different coil resistances, this also changes the power output. VW is the more practical choice for beginners and advanced users.

What wattage is suitable for beginners?

Start with 10–15 watts on an MTL pod or a coil around 1.0 ohm. This provides a controlled draw, saves e-liquid and is gentle on the battery. Higher settings require more practice and are suited to sub-ohm vapes.

Can I set the wattage too high?

Every coil has a maximum value printed on it. If you exceed this, you risk dry hits, a burnt taste and a significantly shortened coil life. If in doubt, always start at the lower end.

Do I need special e-liquids for VW mode?

No, in principle any e-liquid will work. At high power settings from 40 watts upwards, VG-heavy short fills are better suited because they produce more vapour and clog the coils less quickly than heavily sweetened flavours.

Variable wattage is the foundation of modern vaping: you control temperature, vapour production and flavour via a single setting. If you select the wattage to suit the coil and approach it cautiously, you’ll get the most out of every setup. You’ll find suitable devices with precise VW mode in our selection of VW mods – compare the power ranges and put together a setup that suits your vaping style.