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Many robots and sensors are tested by our R&D engineers. Our tests and comparisons can help you in your purchasing decision.
ROBOTIS products have an excellent reputation. Many universities, engineering schools and R&D centres the world over have already adopted robots such as the TurtleBot3 Burger and the TurtleBot3 Waffle Pi . As a brand, ROBOTIS is not in the habit of resting on its laurels. The Korean firm frequently likes to add new products[…]
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A robot designed for education and research The ROS Shadow Runner RR100 outdoor and indoor mobile platform is designed for research and higher education. It is highly customisable. The Shadow Runner RR100 outdoor and indoor mobile platform is designed for use in research and higher education, as well as by R&D centres of companies wishing[…]
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Dynamixel servos are smart actuator systems developed to be used as connecting joints on a robot or mechanical structure. They are designed to be modular and daisy chained on any robot or mechanical design, with the aim of producing powerful and flexible robotic movements. Dynamixel servos are efficient actuators with a fully-integrated DC (direct current)[…]
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AgileX mobile robots: suited to many industries The AgileX series of mobile industrial robots can be customised and offers different levels of performance. From the fast and agile Scout Mini to the more robust all-terrain Hunter, AgileX covers a wide spectrum of requirements. These mobile robots are suitable for use in education, research and industry.[…]
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Niryo Ned: a cobot designed for teaching and rapid prototyping Niryo Ned arm is a 6-axis collaborative robot designed for education (engineering schools, vocational training establishments, training centres, etc.) and for research laboratories. Niryo lets students take on Industry 4.0 challenges at an early stage in their education. Niryo Ned is ideal for reproducing[…]
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NVIDIA® Jetson™ Systems: Deploy powerful AI in your robotic projects Compact, able to run powerful real-time calculations, while being energy efficient, NVIDIA Jetson nanocomputers adapt perfectly to the constraints of embedded systems. NVIDIA® Jetson™ nanocomputers are used to deploy deep learning applications, manage multiple neural networks in parallel, or process high-resolution data from multiple sensors[…]
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In this article, we’ll be sharing all the information you need to buy the right IMU for your project. You will learn how an IMU works and how to interpret its data. At the end of the article, you will also find some links to tests and resources. Definition – What is an IMU?[…]
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Robotis OP3: a highly versatile medium-sized humanoid robot Robotis OP3 is a reasonably priced, ROS-compatible humanoid robot equipped with a more powerful computer than many of its competitors. Presentation of Robotis OP3 The Robotis OP3 humanoid robot, with its embedded Intel NUC PC, is the most recent addition to the DARwIn series of humanoid robots[…]
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Robot arms that Génération Robots distribute are aimed at laboratories, R&D units, universities. We are providing in this post a comparison table between our four large size, ROS compatible, robot arms (6 and 7 DoF). Which applications for robot arms in the research field? In a laboratory or in a R&D unit, robot arms[…]
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We have conducted extensive tests with the Robosense RS-LiDAR16. The results are compared with other LiDAR (Quanergy M8-1, Sick 551 and RpLiDAR A3) to have a better understanding of its strengths and weaknesses. The distance measurement obtained with a LiDAR can be influenced by internal (hardware components, mathematics computations, communication protocols, etc.) and external (sun[…]
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