MadLab Industries have ingeniously combined a six-bladed hexacopter and a six-legged hexapod to create a new type of terrifying hexadrone that can not only walk but fly as well. This innovative creation pushes the boundaries of robotics and aerial technology, merging the capabilities of both ground and air mobility into a single, versatile machine.
The Hexapod is a modified PhantomX kit from Trossen Robotics, and a custom MLI hexacopter, have been spliced together using carbon-fibre and aluminium to keep the weight to a minimum. The use of these lightweight yet strong materials ensures that the hexadrone maintains its structural integrity while being agile both on the ground and in the air. Watch the video after the jump to learn more about the Hexadrone project and see it in action.
Development and Potential
Back in December, the development team behind the creation explained that if they could successfully get the creation to function as they wanted, they might consider starting a Kickstarter campaign to raise the required funds to take their creation into production. This potential crowdfunding effort could help bring the hexadrone to a wider audience, enabling further advancements and applications in various fields such as search and rescue, surveillance, and even entertainment.
The development team explains:
“Here we have combined a quadcopter (actually a hexcopter) with a Hexapod. Both machines are fully functional, and currently controlled separately. You are able to walk around, and take off, land and continue walking. You are able to operate the hexapod’s legs during flight as well.”
This dual functionality opens up a plethora of possibilities. For instance, in a search and rescue mission, the hexadrone could navigate through rough terrain on foot and then take to the skies to cover larger areas quickly. The ability to operate the hexapod’s legs during flight adds another layer of maneuverability, allowing it to land on uneven surfaces and continue its mission seamlessly.
Technical Specifications and Future Prospects
The Hexadrone’s technical specifications are equally impressive. The hexacopter component is equipped with six powerful rotors, providing the necessary lift and stability for flight. The hexapod, on the other hand, features six articulated legs, each capable of independent movement, allowing for precise navigation over challenging terrain. The integration of these two systems required meticulous engineering and innovative design solutions to ensure seamless operation.
One of the key challenges faced by the development team was the synchronization of the control systems for both the hexacopter and the hexapod. Achieving this level of coordination required advanced programming and the development of custom algorithms to manage the complex interactions between the two components. The result is a machine that can transition smoothly between walking and flying, offering unparalleled versatility.
Looking ahead, the potential applications for the hexadrone are vast. In addition to search and rescue operations, it could be used for environmental monitoring, providing a unique perspective on ecosystems by combining ground-level observations with aerial surveys. In the entertainment industry, the hexadrone could be used for dynamic filming, capturing footage from angles that were previously impossible to achieve.
The development team is optimistic about the future of the hexadrone and is actively exploring opportunities for collaboration and commercialization. With the right support and investment, this groundbreaking technology could revolutionize multiple industries and pave the way for new innovations in robotics and aerial systems.
Source: Slashgear
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