Pet society

Boston Dynamics Tiny Robot Dog Is A Cute, Affordable Android Pet That Can Follow Commands

Say hello to Bittle – he doesn’t look as dangerous as his older brother, the Boston Dynamics robot dog Spot. In fact, Bittle’s name rhymes with “little” for a reason. Weighing just 10.2 ounces (290 grams) and measuring just 7.9 inches from nose to tail, Bittle is literally the size of a palm…but don’t let its small size fool you. Armed with 10 servo motors that power his limbs and neck, Bittle is about as capable as the Boston Dynamics robot dog. In fact, he can even follow commands, learn tricks, and perform them at will! Sounds like Bittle is quite an expensive little pet, right? Well, designed to be more of a robot building system and a STEM education tool that people can learn and play with, Bittle only costs around $299.

Creator: Rongzhong Li

Click here to buy now: $278 $299 (7% discount with promo code “yanko7”). Hurry, sale ends May 20.

Built on an open-source platform, Bittle is a nifty patent-pending robot that makes learning to code an absolute “treat”! The robot building kit comes with a plastic body that you can buy flat and assemble yourself, or pay an extra $10 to ship pre-assembled and ready to go. Each Bittle comes with 10 servos, plastic body parts, an exclusive Arduino Uno compatible circuit board, Bluetooth and WiFi dongles, a 7.4V rechargeable battery and an infrared remote control to control him and your dog perform tricks. For the most part, Bittle sports a modular design, and you can add/subtract elements to create the dog you dream of (if you’re looking for something like the Boston Dynamics bot, the head pops right up).


They say an old dog doesn’t learn new tricks, but that’s not really the case with Bittle. Your programmable bionic buddy understands many languages, C++ via Arduino IDE, Python, Codecraft (a Scratch and Drop-like coding environment) and a bunch of human languages ​​(requiring the use of a Raspberry Pi for voice command recognition ). It can also be programmed to easily walk, jog, jump and climb obstacles. You can attach an infrared sensor that will help Bittle detect obstacles, and the incredibly nimble and flexible limbs even help Bittle get back up if he falls down. Plus, its open-source design based on OpenCat, Petoi’s quadruped robotic pet framework, means all of Bittle’s code is in a GitHub repository so you can start tinkering right away, and an ever-expanding community. always provides new tips and tricks you can use to get Bittle to do your bidding… just promise us you won’t make it sensitive.


Build a robot dog yourself!

Self-righting after falling from a slope (triggered by an infrared remote control)

If you want a little more Bittle than just shaking paws and sitting on command, its modular design really gives you the freedom to explore this little dog’s true abilities. Bittle’s mouth can be clipped with something like a little camera module that allows the dog to capture a video feed and see things and react programmatically. Even though the dog weighs only a few ounces, he can carry almost double his weight, which makes him perfect for performing odd tasks like carrying Oreos for you (sometimes you really want an Oreo) or other tiny items. . Bittle’s battery pack provides an hour of continuous use, unlocking loads of fun possibilities, and adventure-loving tinkerers can also swap Bittle’s head with other 3D print structures or paint Bittle’s body, by adjusting his appearance to make Bittle look like other animals. .

Peto Nybble

Petoi, the creators of Bittle (and its cat counterpart Nybble), designed the quadruped robot to be everything from a cute toy to a powerful learning platform that gives you insight into how robots work and how they understand signals and commands. Bittle comes with an infrared remote that lets you control it, as well as mobile/desktop apps that provide the perfect foundation for experimenting with robotics… without breaking the bank!

Click here to buy now: $278 $299 (7% discount with promo code “yanko7”). Hurry, sale ends May 20.


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