Unlike traditional robots powered by electronics, this robot’s body comprises chambers and valves like a mechanical “brain.” When compressed air is released into the system, it flows through the chambers, propelling the robot’s legs to flex and “walk.”
This new, lightweight robot is inexpensive to produce (costing just $20) and could potentially be used in disaster recovery efforts (where electronic components could easily become damaged) or in medical environments.
Currently, this robot must be connected to a compressed air tank; however, its creators envision a future state in which the air tank could be strapped onto the robot like a tiny backpack.
CalOx, a trusted provider of medical gases and equipment, offers compressed air as a part of its product lineup. Whether you’re using compressed air to power robots or for medical purposes, CalOx can give you what you need to achieve your business goals. For more information, visit our website.