A Swedish startup is using printed sensor technology to measure, in real time, how equipment affects the horse, giving trainers and riders concrete data to guide welfare based decisions.
The equestrian world is entering a new phase of knowledge based development. With printed sensor technology, the Swedish startup OfHorse is creating tools that allow researchers, trainers, and riders to understand the interaction between horse and human in real time, without affecting how the horse moves.
Depending on the project, sensors can be built into equipment, prototypes, or dedicated research setups, capturing data on force, pressure, strain, movement, acceleration, timing, contact, and interaction.
One of the co founders is Professor Lars Roepstorff, 2025 co-recipient of the Professor Fredricson Foundation scholarship. His long-standing expertise in equine biomechanics and surface quality has been central to the project's development and scientific foundation.
OfHorse also collaborates with Bhoof, founded by Peder Fredricson, an Olympic rider with several medals and a team world champion. Together, they work to develop equipment that is anatomically correct, supports natural movement, and provides measurable insights into how pressure and forces change when the horse is in motion.
In a recent test, OfHorse fitted sensors to a girth and breastplate to measure tension and pressure as the horse stood, moved, and jumped, giving Bhoof concrete data on how each product loads the horse rather than relying on feel alone. Where pressure under a girth is easy enough to check by hand while the horse stands still, it is far harder to know how that pressure shifts once the horse is moving or jumping. Measurements like these let equipment be assessed on how it actually behaves in motion, not just how it fits at rest, and give trainers and riders a clearer basis for improving comfort and preventing unnecessary restriction.
This kind of documentation also has a broader value: it strengthens the equestrian sport's Social License to Operate, the trust the sport must earn and maintain, by making welfare based decisions more transparent and evidence based.
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Two days. One shared goal: advancing horse welfare through science, education and practice. Join leading international experts at the Horse Welfare Summit 2026, where Dr Andrew McLean will deliver two keynote lectures and receive the Professor Ingvar Fredricson Foundation Scholarship.
A new review examines how smartphones are becoming genuine tools for monitoring a horse's soundness, heart rate and recovery, and even for meeting international competition requirements. Among the systems it highlights is Sleip, co-founded by Dr. Elin Hernlund, one of the Foundation's own scholarship recipients, whose work builds on decades of Swedish equine biomechanics research going back to Professor Ingvar Fredricson himself.
On November 2, visitors gathered in Hall B at the Jönköping Horse Show for the Professor Ingvar Fredricson Foundation’s 2025 scholarship ceremony, celebrating groundbreaking Swedish research in equine biomechanics. From the pioneering efforts of the 1970s—when high‑speed cameras and manual measurements were the researcher’s tools—to today’s AI‑powered motion analysis and robotic hoof simulators, the audience was taken on a journey through decades of innovation. Professors Lars Roepstorff and Marie Rhodin, together with Associate Professor Elin Hernlund, shared their latest breakthroughs, followed by live demonstrations showing how AI and high‑precision sensors are transforming the understanding of horse–rider interaction. Moderator Jens Fredricson guided the dialogue and inspired exchange between researchers, while post‑event discussions with attendees helped build valuable bridges between research and practice.
The FEI's guardian framework resonates with the work we champion at the Professor Fredricson Foundation. Advancing equestrian sport means placing the horse's welfare and wellbeing at the center — not as an afterthought, but as the foundation upon which all excellence is built.