Joyetech RIFTCORE Solo Or Geekvape Ammit MTL, Which Is Better?

Hey guys! Today I'm gonna make a comparison between two RTAs. One is newly released by Joyetech and the other is from Geekvape. Just buy them from the vape shop if you like. Now let's check them out.

1. Joyetech RIFTCORE Solo RTA

Featuring the innovative coil-less design, the Joyetech RIFTCORE Solo RTA is now using the famous RFC heater, which lasts longer than ever. Thanks to the molecule heating technology, it heats evenly while working. And the single RFC heater takes a horizontal building way to achieve a pure and delicate flavor (best at 30w). RIFTCORE Solo also comes with a self-cleaning feature, that means the carbon deposit can be simply cleaned by igniting the RFC heater. All you need is to replace the cotton regularly when flavor gets worse. What's more, it adopts the push-to-open top filling design. Simply push the top cap to reveal the filling hole. Then you're free to go. The bold airflow structure on the RIFTCORE Solo atomizer was designed to deliver massive vapor production. All in all, it is really worth buying.

[Parameter]
Size: Φ26.0*46.5mm
Capacity: 3.5ml
Colors: Black, Silver, Gold, Dazzling
Applicable with Joyetech RFCTM heater only
Resistance: 0.5ohm
Wattage: 25-35w (best at 30w)

2. Geekvape Ammit MTL RTA

The RTA Geekvape Ammit MTL is the first mouth to lung RTA from Geekvape, it comes with 24mm diameter and 4ml e-juice capacity. The highlight of Ammit MTL is the 3D airflow transferring from top to bottom, the surround airflow design delivers from three different directions directly at the coils to produce unbeatable flavor while retaining leak-proof capability. And there are also 12 airflow adjustment options provide the most variable restrictions for different preferences.

[Parameter]
Size: 24x 40mm
Drip tip diameter: 2mm/3mm
Top to bottom airflow
Leak-proof design
Professional MTL drip tip with two different diameters
12 airflow adjustment options for the perfect restriction
Innovative dual-layer chamber structure to provide outstanding heat dissipation effect