Some of you may know the great exhilaration and joy that comes with flying a drone, which have been systematically replacing kites in parks around the world. But these unmanned aerial vehicles (UAV) do more than just buzz around and take pretty videos from up in the air. In fact, there are a number of 3D printed drones that have been designed to assist with medical emergencies, as well as pizza and even 7-Eleven Slurpee deliveries. One of the most popular consumer drones is the DJI Phantom 4, the most intelligent and sleek drone from DJI’s product line. Now, their high quality drone been enhanced further with a new 3D printed exoskeleton attachment.
Looking to make the most out of their drone model, Chinese manufacturer DJI has used the rugged and lightweight EXO 1 exoskeleton to transform their UAV into a search and rescue tool. The attachment was developed through the Search and Rescue 3D Printing Design Contest, a collaborative contest launched by DJI and the 3D printing service bureau Shapeways to prove the versatility of the Phantom 4. The design collective behind the EXO 1, Frost Design, ended up winning first place in the competition, which came with a prize of $1,000 and a DJI Phantom 4.
The EXO 1 is extremely simple to assemble, equipped with a cable mounting system that eliminates the need for additional tools. There are a number of mounting points that can be used to attach GoPro cameras, lights, or any other properly fitting attachments. For instance, bicycle light mounts can be utilized to improve the visibility of the camera, making it more efficient for search and rescue missions.
According to Frost Design, the mounting points work extremely well with Knog Qudos lights due to their small size and powerful lighting, which is especially useful when coupled with GoPro mounting ports. Additionally, the 3D printed exoskeleton can be equipped with a simple payload system, and by using carabiners and neodinyum magnetic components, can deliver this payload without having to land on the ground. The Phantom 4 drone has been utilized by the search and rescue organization Down East Emergency Medicine Institute (D.E.E.M.I.). Now, the organization is able to cover thousands of acres in one camera shot, which the volunteers are able to dive into right away on a computer.
The 3D printed exoskeleton can be purchased through Shapeways for $113, while the Phantom 4 currently costs $1,199 through DJI’s website. DJI’s latest drone is perfect for exploring your surroundings, but as the EXO 1 has shown, the Phantom 4 can be used for critical life-saving missions as well. Ultimately, the 3D printed exoskeleton proves how versatile and adaptable this drone really is, proving that drone technology will continue to impact society in a number of ways. Discuss this in the EXO 1 forum at 3DPB.com.
[Source: Science World Report]Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
You May Also Like
Additive Manufacturing’s Opportunity: The Agile Solution to the US Manufacturing Crunch
The US manufacturing sector is bracing for what could be a perfect storm of supply shortages and surging demand. This ‘storm’, driven by reshoring efforts, potential tariffs, and ongoing manufacturing...
The Potential for “Stick-on” 3D Printing
“Stick-on” 3D printing involves joining different 3D-printed components into a single assembly. This is a growing but still niche trend that remains largely unexplored. A significant challenge is that examples...
3D Printing and Dentistry: 2024’s Progress, 2025’s Promise
Few industries have embraced technology as naturally as dentistry did with 3D printing. From faster workflows to new materials, additive manufacturing has cemented itself as a cornerstone of modern dental...
3D Printing Predictions for 2025: Industrial Production
The prevalence of 3D printing in manufacturing and industrial component production is steadily increasing. Significant strides are being made in producing end-use parts and advancing into full-scale manufacturing. Industries are...