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Shop Aspire Nautilus 2 BVC Coils, designed for the Nautilus AIO, Nautilus 2, Nautilus Tank and Nautilus Mini. First appearing with the Nautilus 2 Tank, the 0.7ohm BVC-2 Coil is rated for 18W - 23W, while the 1.8ohm is rated for 10W - 14W. The shorter chimney design results in superior flavour experience due to the minimal airflow travel, it's a fantastic mouth-to-lung experience. A bottom vertical structure enables the best flavour and cloud experience partnered with ample wicking ports.
Note: The 0.7ohm Nautilus BVC Coil is not compatible with the Nautilus AIO.
Aspire Nautilus GT Tank
Nautilus BVC: 1.8ohm (10W - 14W / 4.2 - 5.0V)
Nautilus BVC: 1.6ohm (12W - 15W)
Nautilus 2: 0.7ohm (18W - 23W)
Nautilus 2S: 0.4ohm (23W - 28W)
Nautilus 2S: 0.7 mesh (20W - 25W)
note: labeled for use specifically for use with nicotine salts, but works equally well with freebase nicotine
Not compatible with any other tank systems!
Warning: Please ensure to properly prime each coil and pod before you use them. Always use proper precautions and handling. If the coils has a sub-ohm resistance, sufficient technical knowledge and understanding is required on the use of batteries, mods, and kits that can handle Sub-Ohm coils. If you are unsure whether you are familiar or not on particular products and/or set-ups, please do not use. Never use short or flat 510 connections on any hybrid/hybrid style devices. There is always an inherent risk when using any rechargeable batteries at any time and under any circumstances. Please ensure that you have great knowledge on all rechargeable batteries before you use them with your vaping device. Always charge batteries at the clean and fire-proof surface. Never leave charging batteries or vape devices unattended. If batteries are visibly damaged, do not use. Please have sufficient understanding of the batteries/chargers and any rechargeable cells you are using and how to care for them properly. Always store, keep and transport the rechargeable cells in a safe, non-conductive container in a controlled environment whenever possible. Rechargeable cells are very sensitive to charging characteristics and may explode or burn if mishandled.