This is the Blueye X1: a mini research robot that can perform inspection under water. It has a 3300lm work light for low conditions. The X1 can be deployed in 90 seconds. Its battery lasts up to 5 hours. This robot works with the Newton gripper that can be controlled from your smartphone.
Robots doing backflips and other challenging moves with agility is nothing new. MagicLab has shared a new video that shows a humanoid robot performing a somersault. They used a D190 joint module with a rated output torque of 150Nm, a maximum output torque of over 525Nm and a maximum speed of over 110RPM.
This is the X1 Robot Bed Vacuum: a smart robot that keeps your bed clean of dust mites and bacteria. Unlike other robots of this kind, it has smart path planning and sensors to get around obstacles and avoid falls.
This is the OTTO 600: a mid-size autonomous mobile robot that can move loads up to 1322lbs. This nimble robot has max speed of 2 m/s. It measures 70cm wide, so it can operate in small spaces. This robot has a total footprint of 1050 x 700 x 320 mm. It has Ethernet, USB, GPIO, and other ports.
This robot uses 2 x forward facing 3D cameras, 2 LiDARs, and a 6-axis IMU. It has a fanless embedded computer. You can find out more about it here.
The Raspberry Pi is a wonderful platform for learning electronics and building custom robots. The ANTBEE 4WD Smart Robot Kit comes with everything you need to get started faster.
This robot comes with mecanum wheels, so it can move in every direction and turn on a dime. It has a STM32 control driver.
Robots are going to do our planetary exploration missions for us in the future. Plenty of researchers and companies are working on perfecting them. These robots will need to learn how to work together to take on complex tasks. This video from DLR RM shows the Arches crater exploration project which involved 2 tethered rovers working together to safely explore a crater with loose volcanic soil.
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Here is another robot designed for wind turbine blade inspection. Inspectorbots’ Wind Turbine Blade can crawl down the inside of the blade looking for damage or points of failure. They use 16 LEDs for great visibility in dark environments. The below video shows these turbine robots in action:
There are plenty of powerful robot vacuums with all kinds of fancy features that cost a lot of money. The Tesvor S5 Max is an app connected vacuum and mop with 6000Pa suction power. It comes with LiDAR navigation. It has a 5200mAh battery that lasts up to 260 minute on battery.
This is the Mercury Humanoid Robot: a smart robot that can grab items, open draws, and do a whole lot more. As this video from Elephant Robotics shows, it can be operated in VR. The Mercury X1 is a wheeled humanoid with 19DOF. It uses dual NVIDIA Jetson controllers. It also has an advanced perception system.
Figure 01 is an AI powered general purpose humanoid robot that can be taught a variety of tasks. It stands 5’6″, weighing 60kg. It has payload capacity of 20kg. It can handle various tools. In this video update, the company demonstrates how the robot can now make coffee autonomously. As you can see, the robot can insert the capsule and get the coffee machine started. Figure 01 has learned to self correct mistakes:
