Aspire Vape Coils – Find the Right Coil for Your Aspire Device
- MTL coils (0.8Ω–1.2Ω) → best for 50/50 e-liquids & nicotine salts
- Sub-ohm coils (below 0.6Ω) → ideal for 70/30 shortfills
- Compatible with Nautilus, PockeX and BP series
Looking for genuine Aspire replacement coils in Ireland? This collection includes coil options for popular Aspire tanks and pod systems, including the Nautilus, PockeX and BP series, helping you restore clean flavour, reliable vapour production and smooth day-to-day performance without replacing your entire device.
Whether you use MTL, RDL or DTL hardware, choosing the correct Aspire coil resistance helps prevent poor wicking, muted flavour and liquid mismatch. Lower resistance options are typically better suited to higher VG e-liquids such as 70/30 shortfills, while higher resistance Aspire coils are generally preferred for 50/50 nicotine salts and standard 50/50 e-liquids.
- Burnt or harsh taste
- Weak or muted flavour
- Gurgling or leaking issues
- Reduced vapour production
If your current coil delivers a burnt taste, weak flavour or inconsistent performance, replacing it with the correct Aspire coil is often the fastest and most cost-effective solution. All products are intended for adult users aged 18+ in Ireland.
Aspire Coil Heads
Resistance & Heating Element Matrix
| Resistance Range (Ω) | Inhale Style | Recommended VG/PG | Heating Element Type | Thermal Behaviour |
|---|---|---|---|---|
| 0.15Ω – 0.5Ω | DTL / Sub-Ohm | 70/30 VG/PG | Mesh / Multi-wire | Fast ramp-up response, higher heat output |
| 0.6Ω – 0.9Ω | RDL / Restricted MTL | 50/50 – 60/40 | Mesh / Wire | Balanced thermal distribution |
| 1.0Ω – 1.8Ω | Classic MTL | 50/50 VG/PG | Wire / Mesh | Lower thermal load, controlled output |
Material Transparency & Heating Architecture
Mesh: Constructed from perforated metal sheets increasing heating surface area. Supports rapid ramp-up and more uniform heat distribution across the wick.
Kanthal (AF): Iron-chromium-aluminium alloy designed for stable resistance in wattage (power) mode operation.
Stainless Steel (SS316L): Compatible with both wattage and temperature control (TC) modes depending on device capability.
Ni80: Nickel-chromium alloy offering low thermal inertia and fast heat response. Contains nickel; users with nickel sensitivity should verify material compatibility.
Aspire Platform Compatibility & Authenticity
Aspire coil families are platform-specific. Always match the coil series to the correct Aspire device or tank generation.
- Nautilus (BVC / Mesh): Classic MTL ecosystem with wire and mesh variants depending on generation.
- BP Series: Designed for broader output ranges including RDL and DTL configurations.
- AF Series (Flexus): Coil platform used in Flexus devices supporting mesh-based heating structures.
Authenticity: Genuine Aspire coils are supplied with manufacturer verification systems such as holographic labels and scratch-off authentication codes. Verification helps confirm original manufacturing origin and batch traceability.
Thermal Guidance & Ireland Context
Priming: Allow 5–10 minutes after installing and filling before first activation to ensure full wick saturation.
Chain activation: Consecutive high-output activations may exceed capillary replenishment speed inside the wick. Short pauses between activations help maintain structural integrity of the cotton carrier.
Ireland climate note: In cooler ambient temperatures, higher VG liquids become more viscous. This may slow capillary flow in higher resistance coils. Keeping the device at room temperature supports stable saturation.
WEEE Ireland: Used coil heads contain metal components and residual e-liquid. Dispose of coils via appropriate metal recycling or WEEE collection channels in Ireland where applicable.
Technical FAQ – Aspire Coils
Why does 1.2Ω burn with 70/30 liquid?
High-resistance coils use tighter wicking pathways designed for lower-viscosity liquids such as 50/50. A 70/30 blend is thicker and may reduce capillary flow, creating dry spots within the cotton. Under heat, insufficient saturation can lead to cotton scorching and burnt taste.
What causes gurgling or leaking?
Gurgling and leaking may result from over-saturation, overfilling, or internal pressure imbalance. Rapid temperature changes can affect air pressure inside the tank. Excess condensation may also accumulate in airflow channels.
How long to prime?
Allow 5–10 minutes after filling for full capillary equilibrium within the wick structure. Activating too early may overheat partially saturated cotton and reduce coil lifespan.