Elephant Robotics’ MyCobot robotic arm was introduced last year with M5Stack Atom & Basic ESP32 modules with 6-degrees of freedom, a 250 grams max payload, available now for $599. The company has launched a new $699 version – MyCobot-Pi – with most of the same features, except for an upgrade to Raspberry Pi 4B which offers more performance and flexibility.
Elephant Robotics’ $699, 850-gram “MyCobot Pi” is a six-axis manipulation bot that runs Debian and ROS on a RPi 4B. The bot has a 250 g payload, 280mm range, and a LEGO connector for attachments including a suction pump and gripper.
今回発売するmyCobot 280は、同社主力製品と同様である6軸の可動域を持つ。ROS（Robot Operating System）にも対応し、小型／軽量化した学習用ロボットとして開発したモデルだ。制御用マイコンにはM5Stackシリーズを採用している。
The word “robotic arm” normally conjures up images of huge devices used in auto plants or on space shuttles. While there are many types of robotic arms used in a myriad of industries, there has never been one as small and portable as the 850g myCobot – the world’s smallest collaborative robotic arm. And now, the robot has launched a new version…
スイッチサイエンスは5月25日、中国深センの産業用ロボットメーカーElephant Robotics（エレファント・ロボティクス）が開発した低価格なロボットアーム「myCobot」の発売を国内で初めて開始したと発表した。
The Chinese robot manufacturer "Elephant Robotics" is now offering the "myCobot" model at a bargain price of just €476. For this suspiciously low price, you get a visually appealing mini-robot.
There's a growing fear that artificial intelligence combined with robotics will displace the value of humans in many contexts. But could these trends also apply to our traditional four-legged canine and feline companions? After its splash at CES 2020, I had an opportunity to get up close this week with two prototypes of the MarsCat robot developed by Elephant Robotics.
Elephant Robotics' MyAGV autonomous ground vehicle is a robotics platform that can move with the help of advanced sensors and a Pi 4.
The company's myCobot series now features payloads from 250 g to 2 kg
Now coming in September: The MarsCat, coined an intelligent home robot by its makers, uses multiple sensors; voice commands; cameras, and AI to mimic the behavior and interactions of a real feline.