Luwu Dynamics’ XGO-Mini2 is an affordable robotic dog that offers coding enthusiasts a platform to experiment with machine vision and robotic automation. The lap-size robot dog boasts a metallic body designed to appeal to the cyberpunk aesthetic rather than trying to be cute, similar to Boston Dynamics’ Spot. The XGO-Mini2, which costs $849, is a robot body peripheral for a Raspberry Pi compute module, and comes with a screen-equipped head module that houses a Raspberry Pi CM4. The dog’s features include an ESP32-based daughterboard, an audio DAC and speaker, SD card slot, four buttons, a camera, Micro HDMI and USB-C ports for compatible components. The XGO-Mini2 supports the OAK-D-Lite computer vision module and LD06 LiDAR sensor.
The XGO-Mini2’s body provides a lightweight platform for other single-board computers and microcontrollers like the Micro:bit and Pico:ed. The robot is easy to manage thanks to modules produced by longtime XGO collaborator Elecfreaks. Users of the first-generation XGO-Mini can upgrade to the XGO-Mini2 with an upgrade kit available for purchase.
The XGO-Mini2 is powered by a battery that drains even when the robot is not in use, but it gives users an hour of estimated functional time. The robot’s standby and wake states, though, are not set up by default. Nonetheless, the XGO-Mini2’s battery life feels generous when it is utilized to run commands.
The most dissonant thing about XGO, according to one review, is having it feature in its AI demos as a cute robot puppy. Certain interactive modes display an unpleasantly cutesy puppy face, which contrasts with the cyberpunk-style of the robot dog’s metal body.
It’s noteworthy that my pre-production model of the XGO-Mini2, which incorporates a 3D-printed metal arm to pick up objects, implies that my experience differs from the final device. According to the article, in the fully polished release version, the metal arm for grabbing objects is likely to be pre-built, and the accompanying software documentation will likely be complete.
Frequently Asked Questions (FAQs) Related to the Above News
What is the Luwu Dynamics XGO-Mini2?
The Luwu Dynamics XGO-Mini2 is an affordable robotic dog designed for coding enthusiasts to experiment with machine vision and robotic automation.
How much does the XGO-Mini2 cost?
The XGO-Mini2 costs $849.
What single-board computer does the XGO-Mini2 support?
The XGO-Mini2 is a robot body peripheral for a Raspberry Pi compute module, and it comes with a screen-equipped head module that houses a Raspberry Pi CM4.
What are the XGO-Mini2's features?
The XGO-Mini2 features an ESP32-based daughterboard, an audio DAC and speaker, SD card slot, four buttons, a camera, Micro HDMI and USB-C ports for compatible components. It also supports the OAK-D-Lite computer vision module and LD06 LiDAR sensor.
Is the XGO-Mini2 easy to manage?
Yes, the XGO-Mini2 is easy to manage thanks to modules produced by longtime XGO collaborator Elecfreaks.
How long does the XGO-Mini2's battery last?
The XGO-Mini2's battery drains even when not in use, but it provides an estimated hour of functional time.
What is the most dissonant thing about the XGO-Mini2?
The most dissonant thing about the XGO-Mini2, according to one review, is having it feature in its AI demos as a cute robot puppy, which contrasts with the cyberpunk-style of the robot dog's metal body.
Is there an upgrade kit for the first-generation XGO-Mini?
Yes, users of the first-generation XGO-Mini can upgrade to the XGO-Mini2 with an upgrade kit available for purchase.
What is included in the pre-production model of the XGO-Mini2?
The pre-production model of the XGO-Mini2 includes a 3D-printed metal arm to pick up objects.
Will the final version of the XGO-Mini2 have a pre-built arm for grabbing objects?
Yes, according to the article, the final version of the XGO-Mini2 is likely to have a pre-built metal arm for grabbing objects. The accompanying software documentation will also likely be complete.
Please note that the FAQs provided on this page are based on the news article published. While we strive to provide accurate and up-to-date information, it is always recommended to consult relevant authorities or professionals before making any decisions or taking action based on the FAQs or the news article.
