The point
was never
the point
A spur doesn’t need a point to be understood. For two centuries the industry made a signal unmistakable with the crudest tool available: pain. It was never necessary.
A spur is a signalling device. Its whole job is to make one instruction arrive clearly at one place on the horse’s side, and then disappear the instant the horse answers. Nothing about that job requires a blade.
Sharp edges were never a communication improvement. They were compensation for imprecise timing, for an aid that arrived late, for a leg that never stopped talking. When the signal got blurry, the industry sharpened the tool instead of fixing the signal. We fixed the geometry.
The body is one continuous, edge-free form in recycled plastic: no rowel, no vertex, no welded seam. A rubber inner lining grips the boot rather than cushioning the horse, so the aid arrives exactly where and when it was intended, and a quick-release clasp fastens with intent and opens in one motion.
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actually works
Pressure is force divided by area. A pointed spur doesn’t deliver a stronger message; it delivers the same force, concentrated.
A horse registers light contact and pain through two different sensory channels with different thresholds. Between them lies a real band of force in which the contact is felt clearly and no pain receptor fires. Every spur works somewhere in that band or above it, and geometry decides which.
Tip shape alone moves the threshold measurably. In horses, mean mechanical thresholds have been measured at roughly 5.6 N for a sharp probe against roughly 11.4 N for a blunt one: the same animal, the same tissue, double the margin. By spreading contact across a continuous rounded surface, VeroSpur raises the force needed to reach pain while leaving the signal completely intact.
- ISES Training Principles. International Society for Equitation Science, equitationscience.com
- Mühlemann, S., Leandri, M., Risberg, Å. I., Spadavecchia, C. (2021). Comparison of Threshold and Tolerance Nociceptive Withdrawal Reflexes in Horses. Animals 11(12):3380.
- Haussler, K. K. (2020). Pressure Algometry for the Detection of Mechanical Nociceptive Thresholds in Horses. Animals.
- Zuber et al. (2017). Algometry to measure pain threshold in the horse’s back: an in vivo and in vitro study. BMC Veterinary Research.
- Love, E. J. et al. Mechanical nociceptive thresholds using four probe configurations in horses. Veterinary Anaesthesia and Analgesia.
