00:00Artificial bees that fly autonomously.
00:03Robotic swallows that defy the limits of flight with acrobatics and coordinated movements.
00:09The smart bat and its ability to plan without waving its wings that make it exceptionally versatile.
00:16The flying interior object that redefines the interaction between humans and technology by being able to grab and transport objects.
00:22This and much more we will see in this video.
00:26This is Advanced AI and welcome to our channel, if you like our channel, leave your like that helps us a lot.
00:33Have you ever wondered what it would be like to fly next to a flock of artificial bees,
00:38each buzzing in perfect harmony while they explore the sky autonomously?
00:43Get ready to immerse yourself in the fascinating adventure of Avionik B,
00:46a revolutionary project that challenges the limits of technology and nature.
00:51Imagine being in the middle of the action, observing how these small winged wonders,
00:56designed with the latest technology and biomimetic principles,
00:59unfold their filigree wings and launch into the air in perfect formation.
01:04With each flap, they inspire amazement and admiration, demonstrating their ability to fly with freedom and coordination,
01:10as if they were a single entity.
01:13But the real magic lies in their autonomy.
01:16These mechanical bees not only fly, but do so independently,
01:20guided by high-precision navigation systems and intelligent algorithms.
01:25They move in a swarm, tracing intricate routes and avoiding obstacles with grace and precision,
01:31like true masters of the sky.
01:33Explore the incredible world of Avionik Swifts.
01:37These engineering wonders represent a perfect fusion between nature and technology,
01:42defying the limits of flight with their impressive acrobatics and coordinated movements.
01:47With a design inspired by real swallows, the Avionik Swifts are agile,
01:51skillful and capable of making closed turns and loops with incomparable grace.
01:56Equipped with an advanced GPS-based navigation system based on radio,
02:00these robotic bees can move autonomously and coordinatedly in a defined airspace,
02:05automatically adapting to changes in environmental conditions.
02:10Their ultra-lightweight and efficient design allows them to perform with exceptional precision,
02:15while their aerodynamic plumage guarantees optimal aerodynamics at all times.
02:20At the core of each Avionik Swift is an avant-garde engineering,
02:24which integrates all the necessary components in a compact and light space.
02:29From the brushless motor to the servomotors and the battery,
02:32each element is designed to offer exceptional performance and unparalleled durability.
02:38With exciting applications both in the field of robotics and industrial intralogistics,
02:42the Avionik Swifts represent the future of autonomous and safe flight.
02:46Get ready to witness the convergence between nature and technology
02:50in its maximum expression with the amazing potential of the Avionik Swifts.
02:55The sky is no longer the limit.
02:57At the heart of this ultra-lightweight flying object is an engineering inspired by nature
03:02and enhanced by the most advanced technology.
03:05We study closely the flying fox, the masters of active flight among mammals,
03:09to capture and reproduce their amazing aerial skills.
03:13Now, the Avionik Flying Fox can deploy its intelligent kinematics in a defined aerial space,
03:19moving with semi-autonomous agility and precision.
03:22With a wingspan of 228 cm and a weight of only 580 grams,
03:27this technical wonder presents a replica faithful to the bat patagio,
03:31resistant and light at the same time.
03:34Its elastic membrane, designed with precision and robustness,
03:37guarantees a smooth and efficient flight, even in challenging conditions.
03:42The Avionik Flying Fox communicates with a tracking system of the movement,
03:46which supervises its position and programs its flight trajectories.
03:50This collaboration between technology and nature allows the artificial bat
03:54to perform maneuvers with extraordinary precision,
03:57following pre-programmed routes and dynamically adapting to changes in its environment.
04:02Equipped with infrared cameras and active markers,
04:05the Avionik Flying Fox is able to learn and continuously improve its behavior during flight.
04:11With regulatory algorithms that adapt and perfect in real time,
04:14this semi-autonomous flying object becomes a masterpiece of biomimetic engineering.
04:20The Avionik Flying Fox is ready to conquer the sky with its grace and unparalleled intelligence.
04:25In the continuous search for perfection in flight,
04:28the fusion of the most advanced technology with the beauty and efficiency of the natural world.
04:33Inspired by the success of previous projects,
04:36the Emotion Butterfly bionic butterflies represent the culmination of years of research and development
04:41in the Avionik Learning Network.
04:43These ultra-light winged creatures not only imitate the structure and flight of their natural counterparts,
04:48but also carry the concept of collective behavior to new heights.
04:53Equipped with a sophisticated tracking system based on GPS and infrared cameras,
04:58these artificial butterflies can coordinate their movements in a precise and harmonious way,
05:03creating an unmatched aerial spectacle.
05:06The key to their success lies in their intelligent design and functional integration.
05:11Each butterfly is equipped with latest generation electronics that control their wings individually,
05:16allowing agile and fast movements.
05:19In addition, its light structure and minimal use of materials guarantee a faithful flight to nature,
05:24without compromising efficiency or aesthetics.
05:28These Emotion Butterflies are not only a technological wonder,
05:31but also an example of innovative research and futuristic vision.
05:36With their ability to adapt and continuously improve,
05:39they represent the future of collective flight and intelligent interconnection in the factory of tomorrow.
05:44Without a doubt, an experience that defies the limits of imagination
05:48and transports you to a world where technology and nature converge in perfect harmony.
05:53Inspired by the elegance and versatility of the flight of the butterfly,
05:57the Bionik-Opter represents a milestone in biomimetic engineering.
06:01Developed by the Bionic Learning Network,
06:03this ultralight flying object accurately emulates the complex skills of its natural counterpart,
06:08offering unmatched flight performance in the realm of aeronautical technology.
06:13Built with a light and highly integrated structure,
06:16the Bionik-Opter takes full advantage of each millimeter of its design
06:19to achieve an exceptionally agile and stable flight.
06:22Its wings, made with a carbon fiber frame and a thin sheet,
06:26allow fluid maneuvers in all directions,
06:29from elegant turns to effortless gliding.
06:32Thanks to its 13 degrees of freedom,
06:34this technological prodigy can control every aspect of its flight with unprecedented precision.
06:40From adjusting the frequency and amplitude of the wing
06:43to directing its impulse in any desired direction,
06:46the Bionik-Opter redefines the limits of what is possible in controlled flight.
06:50But its innovation does not stop there.
06:53Equipped with a permanent diagnosis and communication system in real time,
06:57this device guarantees safety and stability during each flight.
07:02With the ability to recognize complex events and critical states,
07:05the Bionik-Opter stands out as an example of advanced and reliable technology.
07:10With the Bionik-Opter, the sky is no longer the limit,
07:13but the starting point for new heights of innovation and discovery.
07:17In the tireless search for innovation,
07:20the Bionic Learning Network has merged manipulation and flight
07:23into a unique and revolutionary creation, Free Motion And Lean.
07:27This interior flying object redefines the interaction between humans and technology
07:30by offering an autonomous flight combined with the ability to grab and transport objects easily.
07:36Built on an ultralight carbon ring that houses 8 adaptable propellers,
07:40Free Motion And Lean features a rotating helium sphere in its center,
07:44equipped with an ingenious integrated grip system.
07:47Unlike other flying devices,
07:50its design guarantees safety at all times,
07:53allowing a risk-free interaction between people and spheres.
07:57This technological advance opens new borders for tomorrow's work space.
08:02The free motion sphere can serve as a flying assistance for a variety of tasks,
08:07from high-altitude work to work in difficult-to-access spaces,
08:11offering unprecedented versatility.
08:14The essence of Free Motion And Lean lies in the combination of several bionic principles.
08:19Inspired by the chameleon grip mechanism,
08:22the FlexChip GripPair guarantees safe and adaptable object holding,
08:26while the adaptive propellers, perfected from the EmotionsPairs,
08:30offer exceptional flight control thanks to their design inspired by the dragonfly.
08:35The control of the flying object is carried out autonomously,
08:38coordinated by an interior GPS and backed by integrated cameras
08:42that allow precise position determination and detailed object recognition.
08:47This combination of advanced technologies guarantees efficient and safe manipulation at all times.
08:54With Free Motion And Lean, the future of manipulation is here,
08:57ready to challenge the limits of what is possible.
09:01The EmotionsPairs represent a fascinating advance in the coordination
09:04of multiple flying objects in a defined airspace.
09:08Whether on individual flight or in formation,
09:10these autonomous spheres move with grace and precision,
09:13avoiding collisions even in chaotic environments
09:16thanks to intricate behavior patterns.
09:19Precision in positioning is essential,
09:22and the EmotionsPairs achieve this with mastery thanks to infrared technology.
09:27Ten strategically located cameras detect the spheres using infrared markers,
09:32transmitting this information to a central computer
09:34that calculates and coordinates the actions of each sphere in a decentralized way.
09:39The propulsion system is equally impressive,
09:41with each sphere propelled by eight small propellers,
09:44all providing an efficient thrust forward and backward.
09:49This unique design is based on the adaptation of the wing of the dragonfly,
09:53ensuring a smooth and highly efficient flight.
09:56Each sphere, with a diameter of 95 centimeters and filled with helium,
10:00becomes a masterpiece of aeronautical engineering.
10:04The adaptive propellers, inspired by the structure of the wing of the dragonfly,
10:08have a stable frame covered by a flexible membrane
10:11that imitates the natural movement of the insect.
10:14This innovative design allows a smooth and effortless flight,
10:18reflecting the elegance of the flight of nature.
10:21In short, these flying objects not only represent outstanding technological achievements,
10:26but also serve as reminders of the amazing potential found in nature,
10:31inspiring innovation and advancement in the world of aviation and beyond.
10:35What do you think of this technology?
10:38Watch this video of the mining robot in search of raw materials that will surprise you about a necessary future.
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10:52This is ia avanzada and see you in the next one.
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