We have featured the development of the Parrot AR.Drone here on Geeky Gadgets since it was first unveiled. But if you haven’t got the $299, you could consider making your very own as Greg “Grease” Lehman of St. Paul, Minnesota did.
Greg’s created his version from ash, oak, walnut, and paduak via CNC and a Sherline Mini mill and is equipped with MikroKopter electronics allowing it to hover and automatically fly to coordinates via GPS, or you can switch to a first-person view.
The Craftsmanship Behind the Wooden Quadrocopter
The choice of materials in Greg’s quadrocopter is particularly noteworthy. Ash, oak, walnut, and paduak are all known for their durability and aesthetic appeal. Ash is often used in tool handles and sports equipment due to its strength and flexibility. Oak is a staple in furniture making, prized for its robustness and grain patterns. Walnut is a premium hardwood, often used in high-end furniture and cabinetry, known for its rich color and fine grain. Paduak, with its striking reddish hue, adds a unique visual element to the quadrocopter. The combination of these woods not only makes the quadrocopter sturdy but also visually appealing.
The use of CNC (Computer Numerical Control) machining and a Sherline Mini mill in the construction process ensures precision and accuracy. CNC machining allows for the creation of complex shapes and designs that would be difficult to achieve with traditional hand tools. The Sherline Mini mill, known for its versatility and precision, is a popular choice among hobbyists and professionals alike for small-scale milling projects.
Technological Integration and Capabilities
Equipped with MikroKopter electronics, Greg’s quadrocopter is not just a beautiful piece of craftsmanship but also a highly functional flying machine. MikroKopter electronics are known for their reliability and advanced features, making them a popular choice among drone enthusiasts. The ability to hover and fly to specific coordinates via GPS adds a level of autonomy to the quadrocopter, making it suitable for various applications, from aerial photography to surveying and mapping.
The first-person view (FPV) capability is another exciting feature. FPV allows the operator to see from the perspective of the quadrocopter, providing an immersive flying experience. This is achieved by mounting a camera on the quadrocopter and transmitting the live video feed to a display screen or FPV goggles. FPV is particularly popular in drone racing and aerial photography, where precise control and real-time feedback are crucial.
Greg entered his creation into the Minnesota State Fair’s “airplane flying model, scratch built” class and drew a second place. This recognition is a testament to the skill and effort that went into building the quadrocopter. The competition at such fairs is often fierce, with many talented hobbyists showcasing their creations. Securing a second-place finish is a significant achievement and highlights the quality and innovation of Greg’s work.
If you fancy building your very own, you can get full details from Instructables. The Instructables website is a valuable resource for DIY enthusiasts, offering step-by-step guides and tutorials on a wide range of projects. Whether you’re a seasoned builder or a beginner, you’ll find plenty of inspiration and practical advice to help you get started on your own quadrocopter project.
Via Engadget
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