It’s quite a performance for a device with such modest components. At the moment, the gripper is controlled via remote; the researchers plan on adding sensors and AI autonomous control.

I wanted to experiment with a LIDAR unit so I thought I'd make a robot that can look for objects and shoot them with NERF Blasters. I'm using an RPLidar A1 and just processing the data on an Arduino ...

Global Specialties has introduced a small autonomous mobile robot suited for those new to the robotics world as well as experienced Arduino fans. Designed using the Arduino open-source prototyping ...

An AI system trained on videos of operations successfully guided a robot to carry out gall bladder surgery on a dead pig, ...

If you would like to learn a little more about electronics, Arduino and robotic arms you might be interested in new project created by James Bruton this month which shows how to build your very ...

An Arduino Uno is employed to run the servos and read the attached sensors. As force is applied by the servo, the spring begins to stretch.

Currently, the gripper is controlled remotely; however, the team behind it is already planning improvements to make it more autonomous.

We’re all for Iron Man- style homebrew robotics here at The Verge, and this robotic gripper is a perfect example. Built by recently-graduated high school students Sam Baumgarten and Graham ...

Researchers have developed a self-healing robotic gripper for use in soft robotics that is adaptable, recyclable and resilient to damage, thanks to heat-assisted autonomous healing.

If you're tired of using your real arms for chores like pouring a glass of orange juice, or you just feel like getting a bit more Iron Man into your wardrobe, this DIY robot gripper is the way ...