Provide your horse with the advantage it deserves- every day. Have you ever considered how your bridle impacts your horse's comfort and performance, particularly during training? We believe that every horse deserves the best- and that’s what Finesse Bridles delivers.
Dr. Adrian reveals the groundbreaking science behind Finesse Bridles in the following video.
Listen as he discusses how our unique design positively influences a horse's mobility, balance, transitions, and overall well-being, and why he considers it an invaluable tool in rehabilitation processes. His conviction is clear: these bridles are so beneficial that all horses should experience the difference.
Imagine being able to "listen" to each muscle in a horse's body as it moves. That's exactly what Curo Acoustic Myography achieves! It functions like an advanced stethoscope for muscles. Sensitive sensors detect the minute sounds and vibrations produced by muscles during contraction. By analyzing these "muscle listening waves," we can determine whether the horse's muscles are working harmoniously, symmetrically, and efficiently—or if there are areas of tension, imbalance, or weakness that could lead to issues.
Learn More About Dr. Adrian Harrison
The pioneer behind Curo® Acoustic Myography and the author of 145 published research projects!
Dr. Adrian Harrison is a prominent figure in veterinary research and a true innovator in his field. As a current researcher and lecturer at the prestigious University of Copenhagen, he is recognized for his groundbreaking development of Curo® Acoustic Myography (CAM)—a technology that revolutionizes our understanding of equine muscle function.
With a deep passion for horse welfare and a sharp scientific mind, Dr. Harrison has dedicated his career to discovering better and more precise methods for diagnosing and monitoring equine health and performance. His work culminated in the creation of CAM, which enables us to "listen" to a horse's muscles in an unprecedented way.
This innovative technique employs advanced acoustic sensors to capture and analyze the minute sounds and vibrations produced by muscles during movement. By interpreting this data, we can objectively identify asymmetries, tensions, and imbalances in the musculature that would otherwise be invisible to the naked eye.
Driven by a desire to give horses a voice in their physical well-being
Dr. Harrison believes that CAM technology provides veterinarians, trainers, and owners with an invaluable tool for optimizing training, preventing injuries, and effectively monitoring rehabilitation processes. His work underscores a philosophy that precise knowledge about a horse’s body is fundamental to its optimal health and performance.
Through his research at the University of Copenhagen and his tireless dedication to CAM, Dr. Adrian Harrison continues to set new standards for equine welfare and biomechanical analysis for the benefit of horses worldwide.