It is inevitable for "Moto Z Force" and "LG G6" to be compared with each other. They have quite a number of similarities though it can be seen on their façade that they differ a bit.

When it comes to their design and materials used, Z force has an all-metal back, which can increase its functionality through Moto Mods, while "LG G6" has a metal frame and glass backing. The backings of Z Force enables the device to take the large camera which is quite protruding from the back. The "LG G6" small bezels make it look conventional and a new display with 18:9 aspect ratio even provided a taller and narrower appearance, reported Android Headlines.

In addition to the list of "Moto Z Force" and "LG G6" things in common, the size of "LG G6's" display is just a 0.2 larger than Z Force but both of them have QHD resolution but what G6 has is QHD+, says Engadget. Both of the devices is powered by Qualcomm Snapdragon processor and coupled by Adreno GPU but the G6 is using the latest Snapdragon 821.

When it comes to their storage, both have 4GB RAM which is expandable through a micro SD card. Their front cameras have the same 5MP. They are also the same in having a fingerprint sensor, which can also be used for authorizing mobile payments aside from its usual unlocking feature. The only difference about the sensor is the location in the device where it is placed.

In "Moto Z Force," the fingerprint sensor is on the front of the device while in "LG G6," it can be found on the back of the phone. Their batteries are big and non-removable but capable for rapid charging and with water resistance. Z Force battery is nano-coated while G6 is IP68 certified. They use the same Wi-Fi but differ in Bluetooth, v4.1 for Z Force and v4.2 for G6, also the same Type-C port used for charging as well as in transferring data.

These details about "Moto Z Force" and "LG G6" might help smartphone consumers in choosing the best phone that will suit their preferences. However, it is advised by the tech expects that looking deeper into the pros and cons of a device is necessary.