In the 11 years since Honda pieced together ASIMO, the anthropoid robot has evolved in his abilities. Whereas the automotive manufacturer was embarrassed time and time again by the bot's poor balance and dexterity, Honda is so confident in their invention that it's sending ASIMO into the nuclear depths of Fukushima.
Capable of carrying objects, greeting humans and running on flat surfaces, ASIMO is prepared for the job ahead. But first, the loveable robo will have its upper body upgraded and its legs replaced with treads before its sent into the foreboding Fukushima Daiichi plant.
ASIMO may not be the first robot sent into the Fukushima power core, but it may be the first to return unscathed. Only time will tell!
What Makes This Trend Stand Out
- Radiation-immune Robots
- Developing robots that can withstand nuclear radiation can be beneficial for disaster-stricken areas.
- Worker Robots for Hazardous Sites
- Creating robots specifically designed for working in hazardous environments can ensure the safety of workers.
- Upgrading Robotics Abilities
- Consistently upgrading the dexterity and abilities of robots can increase their potential for use in a variety of industries.
Sectors Adopting This
- Nuclear Energy
- Robotics advancements can contribute to safer and more efficient operations in nuclear power plants.
- Manufacturing
- Worker robots can improve efficiency and safety in manufacturing processes.
- Disaster Relief
- Radiation-immune robots can aid in disaster relief efforts and rescue missions in hazardous environments.
