GeekVape presents the Bident, a newly designed pod system for those that desire a simple vaping experience. The GeekVape Bident pod system features a USB charging port, replacement MTL pods designed for salt nicotine, a large 950mAh battery capacity, and an innovative dual coil layout with resistance of 0.5 to 3.0 ohms. This device is easy to use and doesn't sacrifice size or flavor.
The GeekVape Bident remains fairly compact with its overall measurements being 88mm by 32mm by 17mm, and featuring new colors and finishes for a customized look. A sleek and minimalistic design covers this device as the only button found on this device is the on and off switch, which doubles as the firing button. Located around the firing button is an integrated LED which displays battery life and device safety notifications. The LED lights will correspond with the remaining battery life with three colored lights flashing 2 times; At maximum charge to 70%, there will be a green LED, from 69% to 31%, there will be an blue LED, from 30% or lower, there will be a red LED notifying the user to charge the device. Draining this devices battery will be a difficult matter since the battery capacity is a whopping 950mAh integrated battery. Another great upgrade to this device is the utilization of USB-Type C located at the bottom of the device.
Moving forward, the GeekVape Bident Replacement pod securely fits atop the device and protrudes enough for a comfortable draw. This system features a whistle tip styled drip tip and is approximately 20mm wide for a comfortable vaping experience. Juice can be filled through a orange silicone tab located on the bottom of the pod with a maximum juice capacity of 3.5ml. The replacement pods come in two different styles. One of which is the Bident Pod B1 which is a 0.8 ohm N80 coil, best used at 14 to 18W. The other variation of pod is the Bident Pod B2 which is a 1.2 ohm N80 coil, designed to be vaped at 9 to 12W. Both pods deliver smooth and flavorful vapor in every puff. Each pod is securely connected to the device via friction fit connection.