EquiMoves provides high-end tools that can be used by equine vets, equine trainers and breeders, and stud book associations in several application domains.
The interface is designed to show asymmetries in a variety of ways, ranging from an easy overview to in depth stride by stride information. This is paired with quick and easy comparisons of measurements and a report function, making it cutting edge technology for objective lameness assessment.
EquiMoves empowers equine clinicians, trainers and breeders to monitor and optimize performance.
Who can use EquiMoves
Our asymmetry analysis tool makes lameness exams quick and reliable.
- Lameness exams
- Pre-purchase exams
- Sport horse monitoring
Equine trainers & breeders
Equine trainers are able to monitor objectively the training of horses.
- Fit to compete
- Monitoring training (trainers)
- Selection of horses (breeders)
Stud book associations
During studbook inspections horses are evaluated for the primary traits of movement.
- Fit to compete
- Selection of horses
- Tool in combination with genomic selection
Request more information
If you are interested in using EquiMoves in your activities please send us a message and we will be happy to give you more information.
The EquiMoves system was presented on October 25th 2020 on the Dutch TV channel NPO Start during the talk show “Tussen Kop en Staart” (Between Head and Tail). You can enjoy EquiMoves in action starting from minute 17:50… Read more →
EquiMoves will be presented by Filipe Bragança on 21st of October at 19:00 during the Science of Equine Locomotion Symposium. The symposium is an online event taking place on 30th of September and 21st of October 2020. … Read more →
Using Different Combinations of Body-Mounted IMU Sensors to Estimate Speed of Horses – A Machine Learning Approach
Hamed Darbandi, Filipe Serra Bragança, Berend Jan van der Zwaag, John Voskamp, Annik Imogen Gmel, Eyrún Halla Haraldsdóttir and Paul Havinga Sensors 2021, 21(3), 798; https://doi.org/10.3390/s21030798 Speed is an essential parameter in biomechanical analysis and general locomotion research.… Read more →