When a wildlife crisis required rapid prototyping and advanced material analysis, our team stepped up to bridge the gap between software models and veterinary reality.
The Call for Help
In late November 2025, Kaunas Zoo faced an urgent emergency: a resident bird had severely fractured its beak, threatening its ability to feed and survive. Recognizing the need for specialized engineering, the zoo reached out to the Kaunas University of Technology (KTU). KTU immediately looped in our team at Thunderclap Labs, and we didn't hesitate to take on the challenge.
With the bird’s health rapidly declining, this wasn't just a design exercise—it was a high-stakes race against the clock.
Reverse-Engineering from Images
Designing medical prosthetics usually relies on precise 3D CT scans. In this case, we had to work backward using only 2D reference photographs.
Using SOLIDWORKS, we meticulously reconstructed the complex organic geometry of the bird's beak. Every curve had to balance strict anatomical symmetry with structural integrity to ensure the final piece would fit seamlessly. Because the bird's health was fragile, we couldn't afford a long, drawn-out design phase. We compressed our workflow into an intense two-week sprint, conducting five successive prototype iterations directly on-site to perfect the fit and alignment.
An Honest Conclusion
At Thunderclap Labs, we build systems that matter, and we always push hard for a win. However, real-world engineering comes with unpredictable realities.
By the time the final titanium prosthetic was machined and ready, the bird's natural beak had unfortunately cracked further down the structure. Because of this structural degradation, the zoo’s veterinary team determined it was no longer safe to proceed with the implantation surgery.
While it wasn't the happy ending we fought for, this project proved the agility of our pipeline. In less than a month, our team took an abstract wildlife crisis, reverse-engineered an organic structure from raw photos, ran full biocompatibility analyses, and delivered a flight-ready titanium component. We are deeply grateful to KTU and Kaunas Zoo for trusting us with this mission, and we stand ready for the next complex challenge.