It looks like a watch and comes in a handy plastic case like a wrist-watch... But in fact its a development platform for ESP32 applications with color-display and acceleration sensor and its own Lipo inside. Arduino code with ESP32 libraries should fit in. So its the perfect platform for standalone ESP32 devices such as Smarthome Status, OBD2 Car Displays etc. And perhaps - some people might even use it as a watch... Great little hardware, nicely made - good value!

It looks like a watch and comes in a handy plastic case like a wrist-watch... But in fact its a development platform for ESP32 applications with color-display and acceleration sensor and its own Lipo inside. Arduino code with ESP32 libraries should fit in. So its the perfect platform for standalone ESP32 devices such as Smarthome Status, OBD2 Car Displays etc. And perhaps - some people might even use it as a watch... Great little hardware, nicely made - good value!

It looks like a watch and comes in a handy plastic case like a wrist-watch... But in fact its a development platform for ESP32 applications with color-display and acceleration sensor and its own Lipo inside. Arduino code with ESP32 libraries should fit in. So its the perfect platform for standalone ESP32 devices such as Smarthome Status, OBD2 Car Displays etc. And perhaps - some people might even use it as a watch... Great little hardware, nicely made - good value!

A tinkerer's watch. You'll need to do some work yourself to make this into the watch you want. Hardware is nice, though there are concerns about the longevity of the bands and rear cover. There is an active development scene on GitHub. The documentation needs a bit more work as it is pretty sparse. If LilyGo would release a schematic that would enable a greater understanding of the hardware. As for modifications: There's almost enough space to install Qi wireless charging in the back of the device. There are two gpios, and 1 gpi usable on the ESP32 itself, and the Axp202 pmu has two open drain gpios free. You'll need to do some micro soldering to get at these though.

A tinkerer's watch. You'll need to do some work yourself to make this into the watch you want. Hardware is nice, though there are concerns about the longevity of the bands and rear cover. There is an active development scene on GitHub. The documentation needs a bit more work as it is pretty sparse. If LilyGo would release a schematic that would enable a greater understanding of the hardware. As for modifications: There's almost enough space to install Qi wireless charging in the back of the device. There are two gpios, and 1 gpi usable on the ESP32 itself, and the Axp202 pmu has two open drain gpios free. You'll need to do some micro soldering to get at these though.

A tinkerer's watch. You'll need to do some work yourself to make this into the watch you want. Hardware is nice, though there are concerns about the longevity of the bands and rear cover. There is an active development scene on GitHub. The documentation needs a bit more work as it is pretty sparse. If LilyGo would release a schematic that would enable a greater understanding of the hardware. As for modifications: There's almost enough space to install Qi wireless charging in the back of the device. There are two gpios, and 1 gpi usable on the ESP32 itself, and the Axp202 pmu has two open drain gpios free. You'll need to do some micro soldering to get at these though.