Here is a commercial autonomous robot lawn mower designed for complex lawns. KUMAR can be used at large parks, gardens and forests. It uses 4 ultrasonic radars and LiDAR for mapping and obstacle avoidance. It uses a GPS-RTK satellite positioning system and combines with your phone to respect virtual boundaries.
Meet the LG CLOi GuideBot: an autonomous guide robot that can answer questions and accompany guests to their destination. It stands under 5ft tall and has a 9.2-inch “LCD” face display to express itself. It also has dual 27-inch touchscreens located on its front and back to show interactive content.
Meet the Robosen K1 Pro: a programmable humanoid robot that can walk, dance, and perform other moves. It comes with app control and voice commands. You can also manually record poses and have the robot play it back. The Robosen K1 Pro has 17 servos for smooth movement. It supports up to 80 voice commands.
Here is another crawling robot that you can drive with a Raspberry Pi. The XiaoR Geek Hexapod Robot Kit can perform 18 bionic actions. It is ready for a Raspberry Pi 4B. This robot has face recognition, color recognition, and line tracking functions. It has a 2DOF camera and can be programmed with Python or C++.
Meet the MechArm 270 Pi from Elephant Robotics: a 6-axis robot arm for makers, programmers, and everyone in between. It has a compact, lightweight design, so you can easily fit it in your back. It has a working radius of 270mm and max payload of 250g. This robot is ready for Python, C#, and C++. It can also be programmed via drag & drop. It has a Raspberry Pi 4 brain.
Here is another robot designed for lunar surface exploration. The SORA-Q is a deformable lunar robot created by JAXA, TAKARATOMY, Sony Group, and Doshisha University. This robot is in sphere form when released from the lander. It begins to deform and transforms into a rover when it lands on the surface.
Meet David the Robot: an anthropomorphic robot that can use a 7DOF arm and fully articulated 5-finger hand to handle fragile items. It comes equipped with passive-variable spring stiffness. The below video shows it using a pipette.
As the researchers explain:
To localize the object, we combine multi-object tracking with proprioceptive measurements. Together with path planning, this allows for controlled in-hand manipulation
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Meet Plasan’s Wilder: an armored vehicle for the military and special forces that is ready for fully autonomous operations. This vehicle offers Stanag 4569 Level 2 protection for 4 people and has 800kg payload capacity. It has an 8-speed automatic gearbox and central driving position.
