Omron has released its LD-250, the company’s strongest mobile robot capable of transporting payloads of up to 250kg. Its structure is optimized for items like transmission blocks, automotive seats and ...

The robot actually listens to his voice and recognizes his face. The body of the robot is the common “Rover 5” platform, to which [Saral] added a number of 3D printed parts.

In the future, robots will utilize more sensor technology both onboard and remote to share large amounts of data across vehicles. This data will be more useful with the adoption of AI, cloud ...

ArUCo_Mobile_Robot Introduction This project aims to design and implement a wheeled mobile robot, to address the challenges of missed parcel deliveries and theft in outdated delivery systems and ...

Autonomous mobile robots are robots which can navigate itself in any environment by using obstacle avoidance algorithm and navigation algorithm combined together to operate. It can operate in any ...

A novel mobile robot design is introduced. To realize high maneuverability such as getting over high steps or no deadlocks when it overturned, a rotational symmetrical structure and a center of ...

Posted in Robots Hacks Tagged 3d printed, arduino, CSAIL, design, flat pack, foldable, mit, origami, robotics, servo, simulator ← Superconference Interview: Alan Yates ...

Autonomous mobile robot design directed by the product design concept, it is can take transport task for some complex medical environment in the future. We design an autonomous mobile robot which ...

An autonomous aerial robot test in a tunnel is part of an Autonomous Robots Lab research project to help nuclear waste clean-up efforts by the Department of Energy. Designing and building cutting-edge ...

Mobile Industrial Robots' MiR200 includes a payload capacity of 200kg and offers a MiRHook option for autonomous towing of carts up to 500kg. The Mobile Industrial Robots MiR200 is an autonomous ...