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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.
Booster T1: the humanoid development platform for researchers and developers Booster Robotics has been developing humanoid robots for 20 years, with recognized expertise, notably through their participation in the RoboCup. In 2024, the brand launched the Booster T1 robot, a1m20 humanoid robotic platform capable of performing difficult movements such as kicking a ball, doing[…]
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In recent years, humanoid robots have taken centre stage in the news, raising both fascination and questions: will they replace humans? Why are they so expensive? Are they capable of cleaning or cooking? Although impressive videos are circulating, it’s important to remember that these robots are still at an experimental stage, a long way from[…]
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ALOHA mobile robotics: a step towards autonomous collaborative robots Robotics is making great strides, and the Mobile ALOHA project, developed by researchers at Stanford University, is an excellent example. This robot combines mobility and bimanual manipulation to perform complex household tasks autonomously. With only 50 human demonstrations needed to learn each task, Mobile ALOHA achieves an[…]
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Professional cleaning robots: comparison of the best all-rounders The market for professional cleaning robots is evolving rapidly, offering businesses a wide choice of autonomous solutions adapted to a variety of environments. While some robots specialise in a particular task, others, such us the CC1 from Pudu Robotics, stand out due to their versatility and complete[…]
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Service robots: a key asset for optimising human-robot collaboration in the hospitality industry The hospitality industry, a dynamic and constantly evolving sector, is facing increasing challenges: rising customer expectations for personalised service, pressure to incorporate innovative technologies while keeping costs competitive and the need to comply with ever more stringent health and sustainability standards. Against[…]
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Large humanoid robots: what tasks can they perform? Robotics is gradually being integrated into a wide variety of industries. Mobile robots (or quadrupeds) remain the most widely used, along with robotic arms. Combinations of the two are increasingly sought-after. Lately, large-scale humanoid robots have been arriving on the market. Boston Dynamics, Xiaomi, Tesla to name a[…]
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Why choose a quadruped robot for your university or research unit? Quadruped robots have recently gained in popularity due to their ability to explore difficult and potentially dangerous environments for humans. Their rapid evolution over the last few decades reflects a growing demand for mobile robots capable of navigating varied terrain while offering innovative solutions[…]
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Génération Robots, an integrator capable of designing mobile manipulator robots In a world of constant technological change, mobile robots equipped with robotic arms offer effective solutions in a wide range of sectors, from agriculture and manufacturing to scientific research. With our engineering design office (GRLAB), we are proud to be one of the leaders in[…]
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In the realm of robotics, mapping, and autonomous navigation, LiDARs have become indispensable tools for perceiving and understanding the environment around us. In this article, we delve into Slamtec‘s LiDAR series, renowned for its reliability, precision, and cost-effectiveness. We review the various models in the A series and S series, focusing on their technical specifications,[…]
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Over the last few decades, quadruped robots have experienced significant growth, stimulated by an increasing demand for mobile robots capable of exploring environments deemed too risky for humans. Compared with other mobile robots, robot dogs stand out for their adaptability, stability, and manoeuvrability. Quadruped robots are particularly well-suited to an urban environment designed for humans:[…]
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