Here is another smart robot that uses a wide variety of sensors for obstacle avoidance and indoor navigation. The Ateago S4 is a high load capacity mobile robot with LiDAR sensors, depth cameras, and laser SLAM and VSLAM multi sensor fusion algorithms for navigation. It also has auto recharging capability.
This is the GPK-32 Robot from SuperDroid Robots: it is a compact, rugged robot designed to inspect hard to reach places, such as air ducts. It has an anodized black aluminum chassis and supports remote camera operation. It has a wheelie bar that can be mounted to its back to prevent flipping over.
Here is another robotic litter box that takes care of your pet’s waste, so you don’t have to. The PetNF Robotic Litter Box comes with a mmWave sensor and app. It automatically scoops and deposits the waste into a drawer box with carbon filter to manage odor. This litter box combines with your phone to help you track your pet’s heath.
Meet the LionsBot R3 Scrub Pro: an autonomous vacuum cleaning robot ready to take on heavy duty tasks. It has cylindrical brushes and two side brushes delivering 0cm edge cleaning. It delivers 8kg of downward force to get rid of stains or grimes.
This is the DEEP Robotics Lite3: an agile robot dog that can do frontflips and overcome obstacles. It has a modular design, so it can be scaled. This robot is available in 4 versions. The LiDAR model has front/rear auto-stop, object following, obstacle avoidance, and auto navigation capability.
This is the Clearpath Dual-Arm Warthog Mobile Robot: an unmanned ground vehicle that can handle tough environments. It can move through soft soils, thick mud, and steep grades. It can be customized with sensors. This particular version has two Universal Robotics UR16e Robotic Arms. The robot has max payload capacity of 272kg with max speed of 18km/h.
The arms have max payload of 16kg with max reach of 900mm. You can find out more here.
Here is a myriapod robot that relies on variable body-axis flexibility to navigate. Developed by researchers from the Department of Mechanical Science and Bioengineering at Osaka University, this robot can turn without a complex control system thanks to its flexible couples. This robot was inspired by insects that make quick movement changes by controlling the dynamic instability in their motion.
The above video shows how this robot works.
[HT] [credit: Shinya Aoi, Yuki Yabuuchi, Daiki Morozumi, Kota Okamoto, Mau Adachi, Kei Senda, and Kazuo Tsuchiya]
This is the Thermonator: a flamethrower wielding robot that can shoot fire anywhere. This quadruped robot carries an ARC flamethrower that has a firing range of up to 30ft. It has a modular design and can be attached to a tripod, rifle, and UTV too.
The flamethrower can also be remote controlled from up to 350ft. It has a 6061-T6 aluminum construction.
Here is a home drone that can autonomously capture mosquitoes, bugs, and other insects. The Debugger drone has an instant detection system. It uses suction to capture and relocate bugs to the location of your choice. It is as small as your smartphone and has an obstacle avoidance system.
Here is a snake robot developed by Osue Construction and Motoyasu Tanaka’s laboratory that can be used for inspecting underground pits at construction sites. It can climb over steps up to 600mm in height. It can run for up to 3 hours.
