The robot, known as a biomimetic bird, uses advanced wing actuators that are just a few centimeters long. Unlike traditional drones, this robot does not use propellers, but rather wings with a span of about 50.8 cm that move like those of vertebrates. Click Petr\u00f3leo e G\u00e1s points out that the device weighs less than 0.5 kg, which allows it to be extremely agile and silent, which is essential for wildlife observation or surveillance missions in 2026.<\/p>\n\n\n\n
The technology behind this achievement includes an artificial intelligence processor that adjusts the angle of the wings in real time according to air currents. Click Petr\u00f3leo e G\u00e1s explains that during testing, the robot took off from the ground independently, which has been a major challenge for such systems until now. The body of the device, made of lightweight composite materials, measures approximately 30.48 cm in length. Energy is provided by a small lithium battery, which allows for up to 30 minutes of continuous flight.<\/p>\n\n\n\n
Experts cited by Click Petr\u00f3leo e G\u00e1s believe that these robots will become the standard in IT hardware for environmental monitoring by 2026. The development costs of such a device are estimated at around \u20ac12,000 per unit, but mass production could bring the price down to below the estimated \u20ac1,500. Users can follow the robot's movements on 4K resolution screens with a diagonal of 68.58 cm (27 inches), where artificial intelligence visualizes flight stability data. With this discovery, Click Petr\u00f3leo e G\u00e1s confirms that nature and technology are merging into one.<\/p>\n