Revolutionising Falconry and rehabilitation: 3D Printing in harmony with nature

NZ Harrier hawk in flight with 3D printed tail mount visible with GPS

Falconry stands as one of the oldest forms of hunting known to mankind, with its roots tracing back thousands of years. It embodies a symbiotic relationship between humans and birds, characterised by mutual benefits. The avian partner finds safety and security from predators and diseases, while humans gain a reliable source of freshly caught food. Even in contemporary times, falconry continues to be practised by thousands, not only for recreational purposes but also for pest control and educational pursuits. These majestic birds have consistently captivated our imaginations.

While the fundamental principles of training have endured, advancements in technology have allowed us to refine our methods and leverage more sophisticated tools. A notable technological addition in recent times is the incorporation of 3D printing, an unlikely union given the historical context and considering even King Henry VIII once engaged in falconry. The application of 3D printing has proven instrumental in adopting modern equipment, such as GPS telemetry, enabling us to monitor the birds’ movements closely. From a rehabilitation perspective, this technology has been a game-changer. Additionally, it facilitates the collection of crucial data essential for a comprehensive understanding of these birds’ day-to-day lives.

Two 3D printed objects still attached to the 3D print bed after it has finished printing.
Two GPS trackers clipped to a 3D printed mount for tracking raptors during rehabilitation.

In collaboration with Imprint3D NZ, we have designed improved “tail mounts & backpacks.” These innovations not only simplify the attachment and removal of GPS telemetry but also allow for the addition of accessories like tail guards for protecting fragile feathers and cameras for capturing live footage. This development has become an indispensable component of our daily falconry toolkit. Engineering these mounts presents challenges due to the intricate requirements involved. Fortunately, our collaboration with experienced engineers has not only refined the mounts themselves but has also involved experimentation with the best available materials.

These backpacks are held on using a very soft Teflon ribbon and is non invasive. They are designed to lightweight so it does not impair the bird in any way.

Falconry equipment for sale in today’s market can be limited so having the opportunity to develop exactly what we need. Imprint3D NZ also helps by providing a unique opportunity to not only customize but also actively participate in the design process. Our collaboration with them has resulted in a revolutionary approach to acquiring falconry gear.

Written by Chris Brook, Co-founder of Kahu Conservation, New Zealand

Interested in learning more about what Kahu Conservation is up to? You can find them using the following links:

www.kahuconservation.com

www.instagram.com/kahu.conservation

www.facebook.com/kahu.conservation


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