The Geekvape M Series Coils are precision-engineered to deliver exceptional flavour and cloud density for Sub-Ohm enthusiasts. Designed exclusively for the Geekvape Z Max Tank and compatible Geekvape kits, these coils are ideal for vapers who prefer direct-to-lung (DTL) vaping with high VG e-liquids.
Each coil similar to the Geekvape B Series features a large mesh heating surface, ensuring rapid and even heating for a consistently smooth vape. Available in resistances from 0.14Ω up to 0.3Ω, the M Series caters to a variety of vaping preferences – from powerful, high-wattage cloud chasing to more controlled, flavour-focused sessions.
Coil Options
- 0.14 Ohm Mesh (60–80W) – Intense vapour and bold flavour, perfect for high-VG cloud chasing.
- 0.15 Ohm Mesh (85–100W) – The ultimate high-wattage option for maximum cloud output and warm, saturated flavour.
- 0.2 Ohm Mesh (70–85W) – Balanced performance for smooth flavour and dense vapour, ideal for all-day DTL use.
- 0.3 Ohm Mesh (55–65W) – Lower wattage with a longer-lasting lifespan, delivering rich flavour at a cooler temperature.
Why Choose Geekvape M Coils?
- Genuine Geekvape coils, supplied in a pack of 5.
- Designed for Sub-Ohm vape mods with the Z Max Tank.
- Large mesh surface for rapid heating and outstanding flavour clarity.
- Perfect for high VG e-liquids (70% VG and above).
- Wide wattage range to suit different vaping styles.
- Simple push-fit installation.
Compatibility
The M Series coils are compatible with:
- Geekvape Z Max Tank
- Geekvape L200 (Legend 2) Kit (with Z Max Tank)
Contents
- 5 x Geekvape M Series Coils (resistance of your choice)
FAQs
Are these coils suitable for nic salts?
No – the Geekvape M Series coils are designed for Sub-Ohm vaping with high VG e-liquids, not nic salts or high-strength nicotine.
Which coil offers the smoothest vape?
The 0.2 Ohm and 0.3 Ohm coils provide a slightly cooler, smoother inhale compared to the higher wattage options.
How long will a coil last?
With proper priming and high VG e-liquids, you can expect 1–2 weeks of performance per coil, depending on wattage and usage.