AI-Enhanced Recovery for High-Performance Falcons in Competitive Hunting
Background:
Falcons used in competitive hunting are often pushed to their physiological limits during peak seasons. Repetitive wingbeat strain, poor muscle recovery, and lack of real-time diagnostics result in avoidable injuries and reduced lifespan.
The IZZ Approach:
IZZ facilitated a partnership between avian health researchers, falconers, and AI specialists to design an integrated care protocol. The goal was to identify early strain markers and optimize post-hunt recovery using longevity science principles.
Proposed Solution:
- Use of thermal wing scanning and motion tracking pre- and post-flight.
- AI model developed to predict fatigue thresholds based on wingbeat efficiency and flight duration.
- Weekly protocol: antioxidant-rich nutrition, red light therapy, and cold-air recovery.
- Performance data shared between experts via IZZ’s platform.
Projected Impact:
- 40% improvement in recovery time between flights.
- Lowered wing fatigue-related injuries across a season.
- Increased post-season strength retention, enhancing future race preparedness.
Supported By:
Studies in avian wing mechanics (Journal of Experimental Biology, 2021), longevity care practices adapted from human elite athletes source.